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Variperm Stainless Steel Screens - Male x Female

Target (NSF Certified)

Sizes Available

Steel Casing Sizes Available

Unicoil with U-Bend Cap and Air

Sizes Available

Casing Available

Schedule 40

Sizes Available

ABS Well Seals

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Recommended Devices

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5 oz. Bullet Weight & Weight Clip

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Kwik Klamp 1

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B Compact Plus Water Swivel Spares Kit and Parts

B Core Barrel Assembly & Options

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B Core Barrel Spares

B Overshot Assembly

B Overshot Spares

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Fluids may be filtered through Activated Carbon or the Activated Carbon may also be added directly to a contaminated fluid to remove impurities. It is advisable to use a dust mask and eye protection while mixing all powdered products.

Earth Pro Can-Break ECA can be added directly to the mud system through the mixing hopper. It is advisable to use a dust mask and eye protection while mixing all powdered products.

In case of contact, immediately flush with copious amounts of water. Flush eyes with flowing water immediately and continuously for 20 minutes.

See a physician if necessary. Remove contaminated clothes and shoes. Wash clothes before re-use. Employ eye and skin protection when handling this product.

Organic solvent-based degreaser, emulsifier and deodorizer

Removes oil and grease in many cleaning applications

Particularly useful for hydrocarbon residue removal

Biodegradable rig wash

Contains no petroleum distillates

Cost-effective

Under normal conditions, for a program with a corrosion level of +25 mpy, initially add one pail of Earth Pro Corinox per 16m³ of fluid to be treated. Sever corrosion may require higher concentrations.

To assess the requirement of Earth Pro Corinox in any condition, it is best to use a corrosion rate method such as corrosion ring analysis or an instantaneous corrosion monitor.

If high corrosion rates persist and are determined to be oxygen related, supplemental additions of an oxygen scavenger such as sodium sulfite should be made to the system

A very effective thinner in carbonate/bicarbonate and sulphate contaminated muds where conventional thinners have little or no effect

Stable up to 175°C (347°F)

Cost-effective

Environmentally acceptable

Effectiveness has been proven in fresh water gel, K+ polymer, gyp and saturated salt muds up to 10,000 mg/L Cl

Alternative to heavy metal lignosulphonates, lignites and tannis

Promotes solids setting and reduces pump pressure

Improved sampling through cleaner samples and more distinct cuttings

Increased penetration rates

Reduced hole friction and torque

Reduced bit balling, mud rings and cake build-up on drill strings

Reduced wear on surface mud system expendables

Increased bit life

Ideal for combating mild to severe foaming

Can be premixed as an anti-foaming agent in fluids where vigorous agitation is required or with products that are known to have foaming tendencies

Easy to mix and works quickly

Compatible with other commonly used mud additives

Earth Pro Liquipac should be added slowly (30-40 minutes per pail) through the hopper or at point of agitation. Caution: It is slippery when spilt on the floor. See MSDS for handling and disposal.

Earth Pro Poly-Xan disperses in water with moderate agitation. Continued mixing provides a smooth viscous fluid. It should be added slowly to the active system to avoid lumping or fish-eyes, which may occur if the polymer is not allowed to properly disperse.

Earth Pro Red Dye comes in two water-soluble packets (1kg each) sealed in a ziplock plastic bag. After removing from the outer ziplock bag, the pigments can be added directly to the displacement fluid. A small amount of agitation will keep the colorant suspended.

Normal safety precautions should be used for handling dusty materials to prevent ingestion or eye irritation. Care should be taken to avoid contact with skin and clothing, as pigment tends to color everything it touches.

Provides emulsion stability

Does not require lime for activation (quick action)

Improves rheological properties (lowers plastic viscosity)

Not effected by electrolyte type or concentrations of water phase

For maximum effectiveness Earth Pro XL-Defoamer should be added directly to the fluid system as close to the point of foaming (e.g. shale shaker) as possible. It may also be sprayed over the fluid through a wash gun diluted in a mineral oil mixture if necessary (e.g. over mud tanks).

Earth Pro XL-Defoamer may cause irritation to the skin and eyes. Use rubber gloves, rubber apron, mask and eye protection when using this and other liquid mud additives.

In case of skin contact, wash with water as required. In case of eye contact, wash with water for at least fifteen minutes and seek medical attention if necessary. Although stable, do not store Earth Pro XL-Defoamer near strong oxidizing agents.

Excellent solubility in cold conditions

Carefully controlled, low molecular weight

Saves energy costs and unnecessary delays associated with conditioning the mud

Improved dispersibility control over conventional PHPA’s

Provides added lubrication and lowers fluid loss

Improves filter cake quality and is readily dispersible with no formation of fish eyes

Environmentally friendly

Alcomer 755 / Zetag 7557 should be added through a chemical barrel at the flow line or injected directly into a centrifuge from a premixed polymer tank, usually in a 0.5% stock solution.

Add an appropriate organic or inorganic coagulant before adding Alcomer 755 / Zetag 7557. It can also be used for fluid clarification when added at the centrifuge in sumpless drilling operations.

Mix directly into the hopper at 30 minutes per sack or add (with agitation) to a chemical barrel or polymer-mixing tank. Avoid mixing too rapidly. A mask and goggles should be worn to prevent inhalation of dust and contact with eyes.

Alkapam A-1103D becomes very slippery when coming in contact with water. A spill should be cleaned up with an absorbent material.

Aquabloc HT mixes readily and may be added to a mud system through the hopper at 10-15 minutes per sack. It is advisable to use a dust mask and eye protection while mixing all powdered products.

Weight formula for Cal Carb 0:

Cal Carb 0 (lb/bbl) equals 945(W₂ - W₁) divided by 22.5 - W₂

Where:

W₁ = initial mud weight in ppg

W₂ = desired mud weight in ppg

Weight formula for Cal Carb Supercal:

Cal Carb Supercal (lb/bbl) equals 945 (W₂ - W₁) divided by 22.5 - W₂

Where:

W₁ = initial mud weight in ppg

W₂ = desired mud weight in ppg

Calcium Nitrate can be added through the hopper or pre-dissolved in water in the chemical barrel prior to being added. Note that in the presence of excess hydroxide concentration, ammonia gas will be liberated.

Ammonia gas will irritate the nose, throat and respiratory system and can cause eye injury. It is advisable to use a dust mask and eye protection while mixing all powdered products. Store securely away from combustible materials and reducing agents.

Helps to solubilize acidic compounds

Assists in reducing the corrosivity of water based drilling fluids

Increases the hydration rate of dispersed clays

Restrict the solubility of lime, in lime based muds

Environmentally compatible

Temperature tolerance in excess of 149°C

Soluble in systems of high salinity, high hardness and at any pH level

Maximum deflocculation at low concentrations

Works in most water-based mud formulations

Citric Acid 99.5% min Water 1.0% max

Sulphated Ash 0.1% max Calcium 200 mg/L max

Chloride 50 mg/L max Iron 50 mg/L max

Oxalate 350 mg/L max Sulphate 150 mg/L max

Arsenic 3 mg/L max Heavy Metals 10 mg/L max

Drilstar HT mixes readily. It may be added through the hopper at rates of 5-10 minutes per sack when required. It is advisable to use a dust mask while it is being mixed.

Emul-Break can be added directly to the mud on surface or through the mixing system. Avoid inhalation of vapors. Do not get on skin, in eyes or on clothing. Keep container closed when not in use. Wear suitable protection for eyes and skin when handling. Use with adequate ventilation. Avoid contact with incompatible materials.

Store in cool, dry, well-ventilated area away from sources of heat, ignition and sparks. Use proper grounding techniques if product is classed as flammable or combustible. Avoid using natural rubber, use neoprene.

Caution: Emul-Break is a surface-active demulsifier. It is a respiratory and digestive tract irritant that should be handled with care.

Application Concentration (lb/100 gal)

Make up fluid (with polymer addition) 10-15

Normal drilling 15-25

Unconsolidated formations 25-40

Lost circulation 35-50

Gilsonite is relatively stable and of low hazard. However it should not be stored or used near strong oxidizing agents such as chlorates, nitrates or peroxides. Excessive dust is subject to combustion or explosion upon contact with spark or open flame. Use good industrial hygiene practice to avoid eye and excess skin contact. Wear a protective dust mask and goggles when handling and mixing.

Glide Graph is added to the mud system through the mud-mixing hopper. Because it is extremely fine, it is recommended that a dust mask and goggles be worn while the graphite is being mixed.

Note: Glide Graph will have the same effect as ball bearings on any hard surface. Post warning signs if spilled and sweep up immediately.

Mix directly through the mud hopper. Addition of Caustic Soda (or equivalent) will be required to maintain the pH at 9.0 or higher. It is advisable to use a dust mask and other approved protection apparel while mixing all powdered products.

Mix directly into the hopper at 30 minutes per sack or add (with agitation) to a chemical barrel or polymer-mixing tank. Avoid mixing too rapidly. A mask and goggles should be worn to prevent inhalation of dust and contact with eyes.

Hyperdrill AF 204RD becomes very slippery when wet. A spill should be cleaned up with an absorbent material.

Shale stabilization/inhibition

Minimized viscosity increases

Added lubricity and lower fluid loss

Improved filter cake quality

Readily dispersible with no formation of fisheyes.

The solid grade form is more cost effective than liquids

Environmentally friendly

Mix Hyperdrill CP 911 slowly into a chemical barrel or polymer mixing tank and allow product to hydrate (approximately 1 hour). Avoid mixing too rapidly. Wear a mask and goggles to prevent dust inhalation and contact with eyes.

Hyperdrill CP 911 becomes very slippery when it comes in contact with water, therefore spills should be cleaned up with an absorbent material instead of water.

Mix Hyperdrill NF 301H slowly into a chemical barrel or polymer mixing tank and allow product to hydrate (approximately 1 hour). Avoid mixing too rapidly. Wear a mask and goggles to prevent dust inhalation and contact with eyes.

Hyperdrill NF 301H becomes very slippery when it comes in contact with water, therefore spills should be cleaned up with an absorbent material instead of water.

Acid soluble, non-fermenting and non-corrosive

Temperature stable, inert & non-damaging

Compatible with all drilling and completion fluids

Nodulized structure and surfactant coated for easy mixing

Readily available, economical and requires low treatment levels

Increases temperature range of polymers

Provides effective buffering action in high hardness and saturated salt brines

Solution preparation in pH neutral waters is rapid; however, attention to water temperature is necessary as cold waters require a much longer hydration time.

In high pH waters Natrosol Hi-Vis will dissolve much faster regardless of water temperature, however this is not recommended. Laboratory testing is recommended for loading confirmation and application. This HEC is compatible in fresh water, sea water, and salt solutions up to
saturation.

Store in a cool, dry place away from incompatible materials. Wear the appropriate safety goggles and protective equipment when handling this product.

Mix directly into mud hopper. Avoid mixing too rapidly. A mask and goggles should be worn to prevent inhalation of dust and contact with the eyes. Fresh air ventilation should be provided in the mixing area.

Temperature stability exceeding 200°C

Calcium tolerance to 50,000 ppm

Stabilization of rheological properties

Improved filter cake quality

Works at any pH above 7.0

Non-damaging to the formation

Low replacement levels

Environmentally safe

Prima-Seal is a lost circulation material, which may be used by itself or in conjunction with other lost circulation additives.

Generally, its use may be based on the following criteria:

Prima-Seal Coarse - seals large fractures, requires large jets (16 mm or larger) or an open watercourse.

Prima-Seal Medium - seals fine fractures and porous zones, should be used with jets larger than 10.3 mm.

Depending on the severity, the total lost circulation material concentration may be as high as 75.0 kg/m³ of whole mud.

It is advisable to use a dust mask and eye protection while mixing all ground and powdered products.

It is advisable to use a dust mask and eye protection while mixing all powdered products Avoid skin contact and do not inhale dust or allow contact with eyes. Do not ingest.

Remove Soap Stick FS-16 from paper tube before dropping in well. Practice reasonable caution and personal cleanliness. Avoid skin and eye contact. Avoid ingestion. Store in sealed containers in a cool, dry area away from oxidizers. Keep away from heat and open flame. Material is slippery when wet.

Non-hazardous and widely available

An effective, economic treatment for calcium removal

Quickly reduces soluble calcium levels and fluid pH

Easy to mix and use - soluble in water

Safe to use - noncombustible

Sodium Sulfite - Catalyzed readily decomposes. It is usually added at a concentration of one to two sacks to a barrel of water. After mixing, the mixture is covered with a 10.0-15.0 cm blanket of mineral oil to minimize absorption of oxygen from the air. It is then slowly pumped into the central stream of the mud pump suction with an injection pump. Wear suitable protection for eyes and skin when handling. Use in areas with adequate ventilation.

Microtox threshold that exceeds normal use concentrations

More efficient than regular starches

Nearly as efficient as cellulosics at controlling fluid loss

Non-fermenting and requires no biocide under normal conditions

Stable against drilling fluid enzyme contamination that could result in viscosity breakdown

Enhances shear thinning

T-352 Biocide is corrosive and will cause irreversible eye damage. Wear suitable protection for eyes and skin and ensure there is adequate ventilation in the mixing area.

Torq-Trol W can be added directly to the active mud system at any point of agitation.

As a cure for lost circulation, mix Walnut into the mud or in a lost circulation pill in concentrations of 10.0-30.0 kg/m³. It is advisable to use a dust mask and eye protection while mixing all powdered products.

Zinc Carbonate can be added directly to the mud hopper. It is advisable to use a dust mask and eye protection while mixing all powdered products.

Earth Pro Red Dye comes in two water-soluble packets (1 Kg each) sealed in a ziplock plastic bag. After removing from the outer ziplock bag, the pigments can be added directly to the displacement fluid. A small amount of agitation will keep the colorant suspended. Normal safety precautions should be used for handling dusty materials to prevent ingestion or eye irritation. Care should be taken to avoid contact with skin and clothing, as pigment tends to color everything it touches.

Overcomes high temperature degradation (when wellbore temperatures exceed 115°C)

Best suited for temperatures ranging from 10-35°C for placing plugs

Meets ERCB Directive

Typically used on a small scale for dump-bail treatment

Stabilizes the cement slurry

Helps set deep plugs at extreme temps.

Used in wireline drilling

Can be used for dump-bail treatments

Temp Density Working Time Setting Time Time to 500 psi 24 Hr Strength

°C kg/m³ Hr Est. Hrs Hr:min psi

60 1830 2.5-3.0 4.75 10:30 1000

70 1830 2.5-3.0 4.25 10:00 1050

80 1830 2.5-3.0 4.00 9:00 1100

90 1830 2.5-3.0 4.00 8:30 1150

Barite (20.4μ) has two major functions in cementing operations:

Weighting Agent - Used where high pore pressures, unstable wellbores and deformable plastic formations are controlled by high hydrostatic pressures. Slurries with densities of up to 2280 kg/m³ (19.0 lbs/gal) can be prepared with Barite to control such wells.

Plugs - A Barite plug will seal the wellbore due to the high hydrostatic head pressure of the slurry. In addition the Barite slurry has a high filtrate loss causing it to dehydrate rapidly forming a plug. The viscosity and yield point of the Barite slurry must be kept low if the Barite is to settle and form a plug.

A table outlining the general effect of calcium chloride upon the thickening time and compressive strength is presented below. Results are based on an 1872 kg/m³ API Class A cement slurry.

Thickening Time

API for Casing Cement Test (Hr:min) API for Squeeze Cementing Test (Hr:min)

Calcium Chloride (%) 300M Well 600M Well 1200M Well 300M Well 600M Well 1200M Well

0.0 4:40 3:63 2:25 3:30 2:49 1:52

1.0 1:55 1:30 1:04 1:30 1:20 0:54

3.0 0:50 0:47 0:41 0:48 0:43 0:37

Compressive Strengths (KPA)

Pressure Atmospheric Atmospheric Atmospheric

Temp 15°C 27°C 35°C

CaCl₂ (%) 6 Hrs 12 Hrs 24 Hrs 6 Hrs 12 Hrs 24 Hrs 6 Hrs 12 Hrs 24 Hrs

0 138 483 6,481 517 2,793 13,307 1,620 7,343 18,685

1 3,172 5,413 15,790 5,861 10,618 27,442 8,067 16,272 30,717

3 5,206 6,585 16,686 7,550 11,549 27,442 8,446 16,030 31,372

Oilfield Cementing: Typical concentration can vary from 0.5% to 2% BWOC. CRM-22B has a synergistic effect on slurry fluid loss control. It can be used to disperse weighted slurries up to 2250 kg/m³, but addition of this product to low-density slurries may result in a large excess of free water and particle segregation.

Excessive dispersant loading can lead to slurry disintegration, severely retarded set and possible bridging off mid-job. This is typical of cement
dispersants, and laboratory testing should be carried out before recommending for field use. CRM-22B is not recommended at temperatures exceeding 60°C.

Earth Pro Defoamer Powder is non-hazardous. Store in a cool dry place and away from incompatible materials. Earth Pro Defoamer Powder components may cause irritation to sensitive skin areas. Wear the appropriate safety goggles and protective equipment when handling this product.

Wear a mask and goggles while mixing Guar Gum HP 4501P to prevent dust inhalation and contact with eyes. Guar Gum HP 4501P becomes very slippery when it comes in contact with water, therefore spills should be cleaned up with an absorbent material instead of water.

Industrial Moulding Plaster is typically dry blended in the cement. For further handling and safety instructions consult Material Safety Data Sheet.

Metso 66’s unique formulation reduces or eliminates the need for transport or handling of any flammable or hazardous fluids on the rig site (diesel fuel, solvents, and other related components).

By using Metso 66, disposal costs are further reduced. The recommended loading is 5-6 bags of Metso 66 per m³ of water (fresh or sea water). Laboratory testing is recommended to determine the precise loading for general use or specific well situations. Fluid contact time within the wellbore is most important.

Sufficient fluid volume with the recommended Metso 66 loading is necessary for complete removal of oil-based materials and reversal to a water-wet condition. This volume will vary depending on depth, and hole-pipe configuration. Metso 66 can also be used as a spacer for water- based mud removal to improve cement-to-pipe and cement-to-formation bonding.

Store in a cool, dry place away from incompatible materials. Wear the appropriate safety goggles and protective equipment when handling this product.

OGC-60 is not known to be toxic. Normal precautions for handling dusty products should be used for handling this product.

The table below details the approximate amount of Plug Sand required to fill one (1) vertical meter of casing or drill pipe:

Casing O.D. (mm) Plug Sand (kg required to fill 1 meter vertical)

139.7 19

177.8 32

219.1 52

222.3 49

244.5 64

Note: The weight of Plug Sand indicated in the above table is provided only as a guideline. Average casing weight was selected from typical oilfield tables for casing capacities, and may vary from your particular situation. To calculate the amount of Plug Sand required, the following formula can be used:

Amount of Sand Req (kg)= Casing Capacity (m³/meter) X 1650 kg/m³ (Bulk density of Plug Sand)

Salt mixes readily with water and can be mixed directly into the water.

Silica Fume (Undensified) is very stable and is not susceptible to fire, explosion or decomposition. The finely divided dust may cause eye and respiratory irritation. Use good industrial hygiene practice and wear goggles and a dust mask when handling the material.

Sodium Glucoheptonate is not hazardous. Avoid excessively humid conditions. Store in a cool dry place. Avoid inhalation or ingestion of product.

Stimpro 763 is a flammable liquid. Use good industrial safety procedures when handling this material.

The product is corrosive and requires special handling procedures. Refer to Material Safety Data Sheets for handling instructions.

High viscosity for bit face evacuation and cuttings transport

Creates filter cake for wellbore stability

Exhibits gel strength for static cuttingsuspension

Increased lubrication to bit and tubulars over water alone

Inexpensive viscosifier for lost circulation situations

Easily clarified by flocculation andcoagulation with appropriate additives

Weight formula for Cal Carb 325:

Cal Carb 325 (lb/bbl) equals 945 (W₂ - W₁) divided by 22.5 - W₂

Where:

W₁ = initial mud weight in ppg

W₂ = desired mud weight in ppg

Viscosifier for fresh water based muds

Reduces fluid loss by the formation of a tight filter cake on the wellbore surface

Mixes and hydrates easily and quickly

Lubricates the bit and drilling assembly

Impermeable membrane applications

Earth Pro Bio Bear Rod Grease can be applied like normal rod grease by hand swabbing it on. It is firmer in texture than traditional rod grease
products and requires a bit of technique change for application but field trials have shown that when applied properly this product has superior performance to its competitors.

Less friction for reduced galling

Lowers torque requirements — proper makeup is achieved quickly with minimum torque

Performs as an excellent sealant at pressures up to 20,000 psi

Environmentally friendly

Corrosion and rust inhibitor

Phosphate free and biodegradable

Rinses easily from samples

Minimize wear on the inner tube

Lubricates the core lifter

Facilitates the core sliding into the inner tube

Make up fluid (w/ polymer addition): 15 lb/100 gal

Unconsolidated formations: 20-30 lb/100 gal.

Tru-Bore loses effectiveness in hard, low pH or salt water. To achieve the maximum yield of 240-260 bbl, the make up water should be treated with soda ash (sodium carbonate) to a pH of 8.0-9.0. Do not use salt water since it cannot be treated.

Reduces viscosity in drilling fluid

Can be utilized for wellbore cleanup prior to production

Used to treat some contaminants in bentonite slurries

Aids in well cleanup for water well or environmental reasons

Lowers fluid loss

Promotes a very thin slick filter cake

Minimizes screen blinding due to short polymer length in comparison to synthetics

High shear mixing capability

High “low shear rate” viscosity for hole cleaning

Lubricates the drilling assembly

Exceptional rheology profile and inhibition on sensitive formations

Maximizes viscosity yield

Minimizes hydration times

Does not have a negative flocculating effect on bentonite systems

Less susceptible to salt or brackish water contamination

Easy, quick and even mixing

Maximize stability and usability

Hydrates in the formation not only in the wellbore

Complete solution for broken ground or loose over burden drilling

Stops lost circulation to formation by plugging fissures in rocks

Bonds loose rock together and prevents sloughing

Provides lubrication in loose, abrasive broken ground conditions

Resists alcohol bases and acids

Increases viscosity to provide hole cleaning and cutting transport

Shear thinning polymer to reduce pumping pressure demands

Maintains hole conditions in friable zones such as overburden, silts, sands and clays

Superior lubricating qualities eliminating vibration while increasing core recovery

Encapsulating structure reduces swelling of clays and caving shales

Increase viscosity to provide hole cleaning and cuttings transport

Shear thinning polymer to reduce pumping pressure demands

Maintains hole conditions in friable zones such as overburden, silts, sands and clay

Superior lubricating qualities eliminate vibration while increasing core recovery

Encapsulating structure reduces swelling of clays and caving shales

Environmentally acceptable, non-toxic and does not ferment.

Seal micro-fractures in rock to prevent water infiltration and eventual breakdown

Reduced torque and drag on rotating assemblies

High temperature seepage loss material applications

100% soluble in fresh or brackish water drilling fluids

Concentrated organic amine solution

Inhibit infiltration and hydration of reactive clay and shale

Can be added in batch form and discontinued to save costs

Does not adversely affect viscosity nor does it require shear to mix properly

Fill available tanks with fresh water and apply maximum agitation to allow for quicker dispersion and hydration of initial application. Slowly add 1 kg Sand Stabilizer to 1000 L of water and allow to hydrate at maximum shear in the tank for 5 mins.

While pumping mixture down, add an additional 2 kg/m³ as close to the suction point as possible to allow for semi hydrated polymers to reach formation. As the semi hydrated polymers are hydrated in or on the surface of the formation, they will form a securing polymer matrix that will halt further sloughing and collapse.

Regular drilling applications in potential sloughing sand and loose overburden should be met with 2 kg/1000 L of water of Sand Stabilizer mixed and hydrated in the surface tanks like normal drilling polymers.

Regular semi hydrated sweeps of Sand Stabilizer may also benefit broken ground conditions. Sweep by adding .5 kg of drill Sand Stabilizer at a point close to the suction in the mud tanks while pumping

Excellent performance on high-chrome or nickel alloys

Contains no metals

NSF H2 Registered

Extreme pressure additives protect against seizure and galling

Completely biodegradable

High film strength

High frictional properties ideal for casing drilling applications

Nontoxic

Feedback received from mud engineers that have used this product include:

Easy to work as it dissolves easily

High performing fluid loss product

Exceeds performance of top brand products at lower concentrations

This product makes a night and day difference

As a flocculant Hyperdrill AD 855 can be added directly to the flow line, or it may be dispersed in water in the chemical barrel prior to adding to the flow line. Hyperdrill AD 855 is very slippery if spilled. A spill should be cleaned up with an absorbent material. (Do not add water to a spill).

Handling: Minimize skin contact. Wash with soap and water before eating, drinking, smoking, or using toilet facilities. Bags and containers of this material may be hazardous when emptied. Empty containers retain product residues.

Storage: prevent absorption of moisture and possible caking. Store in a cool, dry place. Do not store with cyanides, sulfides, chlorine, hypochlorous acid, hypochlorites or alkalis.

General Comments: Treat as a strong acid

Handling: The product is not considered dangerous and requires no special handling

Storage: Avoid contact with strong acids or alkaline-based products

Handling: Minimize skin contact. Wash with soap and water before eating, drinking, smoking, or using toilet facilities.

Storage: Keep in well ventilated area. Keep package tightly closed. Store above 32°F (0°C). Product should not be stored with or near strong caustic or oxidizing agents.

Contains no lead, copper or graphite

Prevents seizure up to 1427°C

Protects against rust and corrosion

Chemically inert

Acid resistant

Strong resistance to water wash off

Earth Pro pH Up Soda Ash is only partially soluble in water so prehydrating or attempting to dissolve it in water and then add it to a system will result in minimal benefit. Earth Pro pH Up Soda Ash is best added dry either through a mixing hopper or mechanically dispersed (sprinkled) over the top of the fluid surface or added at a point of agitation.

In make up water or to treat contamination from cement, anhydrite or to treat out Ca+ from floc water the flowing guideline is used if hardness can be measured.

350 mg/L calcium ions requires 1.0 kg/m³ of Earth Pro pH Up Soda Ash

If total hardness or calcium can not be measured at the time of treatment or if blindly pretreating make up water for premixing, add Earth Pro pH Up Soda Ash in 0.5 kg/m³ increments until pH is 8.5 - 9.0. Do not exceed 3 kg/m³ without being able to physically determine the effectiveness of the addition either through chemical tests or general analysis of the mud. Over-treatment of Earth Pro pH Up Soda Ash can result in carbonate alkalinity and consequent excessive gel strengths and problems due to increased fluid loss.

The product is corrosive and requires special handling procedures. Refer to Material Safety Data Sheet for handling instructions.

Recommended monovalent brine concentration is <20,000 mg/L TDS and multivalent ion concentration <2,000 mg/L TDS.

Earth Pro FR 200 has been formulated with an environmentally friendly surfactant package that ensures polymer hydration occurs almost instantaneously providing optimal performance. As a result, the product may be added as supplied on the fly by direct addition to the fracturing fluid.

Typical dosage is the range 0.25 – 2.0 L/m³.

Recommended monovalent brine concentration is <110,000 mg/L TDS and multivalent ion concentration >15,000 mg/L TDS.

Earth Pro FR 400 has been formulated with an environmentally friendly surfactant package that ensures polymer hydration occurs almost instantaneously providing optimal performance. As a result, the product may be added as supplied on the fly by direct addition to the fracturing fluid.

Typical dosage is the range 0.25 – 2.0 L/m³.

Product Number Size

38449 3” x 6”

49561 4” x 6”

30651 4” x 7”

38450 4” x 7”

46446 4” x 7”

46135 4.5” x 6”

30650 4.5” x 8”

38451 5” x 8”

49172 5.75” x 8”

31036 6” x 9”

38452 6” x 10”

46341 8”

38442 8” x 14”

Product Number Description

49011 4.5" 5TPI Female X 3" NPT Female

49010 4.5" 5TPI Female X 4" NPT Female

49006 4.94" Female Slip X 4" NPT Female

48962 4.94" 5TPI Female X 3" NPT Female

49005 4.94" 5TPI Female X 4" NPT Female

49167 5" LH 5TPI Female X 3" NPT Female

49166 5" LH 5TPI Female X 4" NPT Female

49165 5" LH 5TPI Female X 5" NPT Female

49164 6" LH 5TPI Female X 4" NPT Female

49009 6" LH 5TPI Female X 5" NPT Female

49007 6" RH 5TPI Female X 4" NPT Female

49008 6" RH 5TPI Female X 5" NPT Female

Product Number TEL x Length Slot Size

49523V 4” x 5’ .008”

41195V 4” x 5’ .010”

41196V 4” x 5’ .012”

41198V 4” x 5’ .020”

41268V 4” x 5’ .030”

41236V 5” x 10’ .007”

41238V 5” x 10’ .015”

46091V 5” x 5’ .008”

41199V 5” x 5’ .010”

41201V 5” x 5’ .015”

41202V 5” x 5’ .020”

41203V 5” x 5’ .025”

41204V 6” x 5’ .010”

41205V 6” x 5’ .012”

41206V 6” x 5’ .015”

41207V 6” x 5’ .020”

42320V 6” x 5’ .025”

41386V 6” x 5’ .030”

41383V 6” x 5’ .040”

41395V 6” x 5’ .050”

Product Number Product Name Packaging

47252 Silica Sand 10/20 50lb

47255 Silica Sand 20/40 50lb

19460/28111 Silica Sand 50/100 40kg/88lb

28113 Silica Abras. Sand 30/50 88lb

30122 Silica Sand #16 80lb

99900466 Silica Sand, LM #50 50lb

99900467 Silica Sand, LM #20/30 50lb

Product Number Size Schedule Description

46429 1" x 20' 120 SHUR-ALIGN MPT x FPT

49107 1-1/2” x 20’ 120 SHUR-ALIGN MPT x FPT

47021 1-1/4” x 20’ 120 SHUR-ALIGN MPT x FPT

46858 2” x 20’ 120 SHUR-ALIGN MPT x FPT

Product Number Size Wall Thickness End Type

41724 4-1/2" x 21' .237" Thread & Coupled

41735 5-9/16" x 20' .188" Inserted Joint

41736 5-9/16" x 20' .258" Inserted Joint

41165 6-5/8" x 5' .188" Plain End

47139 6-5/8" x 20' .188" Bevelled

41746 6-5/8" x 20' .188" Inserted Joint

41751 7" x 20' .231" Inserted Joint

41759 8-5/8" x 21' .322" Thread & Coupled

46778 10-3/4" x 21' .365" Thread & Coupled

Product Number Product Name SDR

47168 3/4" X 150' 11.0

47270 3/4" X 185' 11.0

49221 3/4" X 200' 11.0

49223 3/4" X 300' 11.0

46873 1" X 315' 9.0

49205 1" X 350' 11.0

46743 1" X 375' 11.0

49131 1" X 400' 11.0

49204 1" X 500' 11.0

49641 1-1/4" X 155' 11.0

48968 1-1/4" X 200' 11.0

48748 1-1/4" X 205' 11.0

46811 1-1/4" X 250' 11.0

47030 1-1/4" X 270' 11.0

46980 1-1/4" X 275' 11.0

46984 1-1/4" X 285' 11.0

46977 1-1/4" X 305' 11.0

46612 1-1/4" X 310' 11.0

46976 1-1/4" X 325' 11.0

47417 1-1/4" X 330' 11.0

49198 1-1/4" X 350' 11.0

46978 1-1/4" X 380' 11.0

49102 1-1/4" X 406' 11.0

47105 1-1/4" X 420' 11.0

49103 1-1/4" X 425' 11.0

47269 1-1/4" X 460' 11.0

47470 1-1/4" X 470' 11.0

47131 1-1/4" X 475' 11.0

49203 1-1/4" X 492' 11.0

48741 1-1/4" X 500' 11.0

47473 1-1/4" X 505' 11.0

46897 1-1/4" X 510' 11.0

48803 1-1/4" X 515' 11.0

47141 1-1/4" X 600' 11.0

47368 1-1/4" X 605' 11.0

49551 1-1/4" X 644' 11.0

47253 1-1/4" X 650' 11.0

Product Number Bolts Size

46358 3 2-3/8"

46783 4 3-1/2"

41815 4 4-1/2"

44510 3 4-1/2"

44585 4 5-9/16"

46190 3 6-5/8"

41817 4 6-5/8"

46063 4 8-5/8"

48955 3 10-3/4"

41802 4 10-3/4"

49701 4 12"

41804 4 12-3/4""

49209 4 14"

48788 4 16"

Product Number Product Description

47098 QC Slope Indicator Casing 70 mm x 3 m (2.75” x 10’)

48901 QC Slope Indicator Casing 85 mm x 3 m (3.34” x 10’)

48908 QC Slope Indicator Casing 85 mm x 1.5 m (3.34” x 5’)

49020 QC Slope Indicator Casing 70 mm x 1.5 m (2.75” x 5’)

Product Number Size TPI Description

41081 2” x 5’ 2 .020” Slotted

41102 2” x 5’ 2 .010” Slotted

41183 2” x 5’ 4

41184 2” x 5’ 4 .020” Slotted

41082 2” x 10’ 2 .010” Slotted

41083 2” x 10’ 2 .020” Slotted

41103 2” x 10’ 2

41182 2” x 10’ 4 .020” Slotted

46154 4” x 10’ 8

46155 4” x 10’ 8 .020” Slotted

41343 5” x 20’ 8

Product Number Size Description

37814 3.5” x 10” Manhole Cover CI Water Tight

46420 4” x 7” Manhole Cover Cast Iron

41385 6” Manhole Heavy Skirt

47103 6” Monitoring Well Manhole Lid and Ring Only #6SLW

37815 6” x 6” Manhole Cover Aluminum

41224 6” x 10” Manhole

36601 7” x 10” Manhole EMI Painted

41217 7” x 10” Manhole EMI

37807 7” x 10” Manhole Cover

36602 8” x 8” Manhole EMI Painted

46561 8” x 8” Manhole Cover

37808 8” x 12” Manhole Cover

41961 8” x 12” Manhole

37812 9” Manhole Cover MI 519 Load 39000 Heavy Duty Water Tight

37809 9” x 12” Manhole Cover

37810 12” x 12” Manhole Cover

39739 18” Manhole Lid

37811 18” x 12” Manhole Cover

39740 18” x 18” Manhole Cover

46519 18” x 18” Manhole Lid Only

Product Number

Size

Description

37740

6.25” x 1 x 2.75”

37741

4” x 1”

37742

5” x 1”

38486

4” x 1” x 2.75”

38488

5” x 1” x 1.25”

38494

6.25” x 1”

38496

6.25” x 2”

Single Hole

42602

2” x 1”

Clamp over well

42609

8”

Single Hole

42610

8”

Single Hole

42611

8”

Single Hole

42612

5” x 1.5”

42613

6” x 1.25”

46614

10” x 3”

Single Hole

47377

12” x 2”

Single Hole

47387

4” x 1.25”

The Hydrolift-2 is an electrically powered automatic actuator for use with the Standard Flow, High Flow and Low Flow Inertial pumping systems.

The Hydrolift-2 is fully adjustable and will adapt to almost any size casing or protective well casing and can also be used with flush grade well completions. The Hydrolift-2 supports the inertial pump tubing and also anchors the discharge end of the tubing facilitating sample collection.

The Hydrolift-2 requires either a 110 volt or 220 volt AC power supply. Using the Hydrolift-2 will result in a big boost to your field sampling program. This actuator is perfect for purging and sampling 2” diameter monitoring wells up to 150 to 200 feet deep.

This actuator is also great for use when developing monitoring wells. The use of an automated actuator will eliminate the fatigue that can be experienced on large monitoring programs.

fully adjustable

hinged tubing clamp

suitable for use with Standard Flow, High Flow and Low Flow Inertial Pumps

adapts to almost any size casing or protective well casing

anchored discharge end of tubing facilitates sample collection

reduces fatigue when purging large volumes from wells

The PowerPack PP1 is a gasoline powered automatic actuator for use with the Standard Flow System, High Flow System and Low Flow Inertial Pumping systems.

The PowerPack PP1 is fully adjustable and will adapt to almost any size casing or protective well casing and can also be used with flush grade well completions. The PowerPack PP1 supports the inertial pump tubing and also anchors the discharge end of the tubing facilitating sample collection.

The PowerPack PP1 is powered by the Honda GX25 a 25cc Mini 4-Stroke OHC gasoline engine. This lightweight motor is EPA/CARB compliant, runs on regular gas and has a quiet - pleasing "low" tone. The PowerPack PP1 includes a backpack frame making it completely portable. Using the PowerPack PP1 will result in a big boost to your field sampling program.

This actuator is perfect for purging and sampling 2” diameter monitoring wells up to 150-200 feet deep. This actuator is also great for use when developing monitoring wells.

The use of an automated actuator will eliminate the fatigue that can be experienced on large monitoring programs.

fully adjustable

powered by Honda GX25 a 25cc Mini 4-Stroke OHC gasoline engine

includes backpack frame for complete portability

suitable for use with Standard Flow, High Flow & Low Flow Inertial Pumps

adapts to almost any size casing or protective well casing

anchored discharge end of tubing facilitates sample collection

reduces fatigue when purging large volumes from wells

The High Flow System is considerably heavier than the Standard Flow System and consequently is not nearly as suitable for manual operation. The High Flow System can be manually operated in monitoring wells up to a maximum depth of about 60 feet depending on the operators strength and endurance.

It is recommended to use an automated actuator with the High Flow System. The Hydrolift-2, PowerPack-PP1 or PowerPump-2 are all recommended for use with the High Flow System.

The Micro Flow System is usually hand operated.

EcoBailers are made of clear virgin PVC with a density of 1.31 whereas most disposable bailers are made of polyethylene which has a specific gravity of 0.96 to 0.98. PVC is also transparent whereas polyethylene is translucent, because of this, when you use the EcoBailer you can inspect your sample while it's still in the bailer.

Clear PVC EcoBailers are easily adapted to the FHT-45 Disposable Groundwater Filter for collection of samples for metals analysis directly from the bailer. A short length of 1/4" OD or 1/2” OD LDPE tubing along with the bottom emptying spout can be used to easily connect the FHT-45 or FMT-45 inline disposable groundwater filter to the bailer. This allows the bailed sample to flow by gravity directly through the filter and into a sample container. In many cases a 1 liter sample can be filtered in under 2 minutes using this method.

These bailers are designed with a special valve and valve seat to provide more positive sealing and less clogging when removing the bailer from the well. All bailers come with the handy bottom emptying spout. It assists in collecting non-aerated samples from the valve end of the bailer, which is ideal for VOC sample collection.

available in 1.5" diameter x 3' length, 1027 mL volume

longer valves to prevent silt entry and leakage

easy pour tops to facilitate the sampling process

custom molded emptying devices that allow control of sample flow

No-purge device provides comparable, formation quality samples of ALL parameters from 3" and larger wells for both short and long-term monitoring

Disposable

Fits in 3" Schedule 40 and larger wells

Standard material = virgin 4 mil PE. Tensile strength 25-35 lb

Absolute maximum volume obtainable without spilling 1.68 liters

Layflat = 4"W x 30"L

Filled Diameter = 2.6"

Filled Volume = ~1600 mL

Fill Stroke = 30"

Fits in 1.5" Schedule 40 and larger wells

Standard material = stainless steel

Intended for use with the Standard 2-inch HydraSleeve (600 mLs) or as the bottom weight used in conjunction with any top weight.

Dimensions: 0.75" OD x 2.5" long

Product Number Description

WCP4V 4V Well Cap

27030 5V Well Cap

30567 5W Well Cap

27033 6.6V Well Cap

27032 6V Well Cap

The most popular patented tool used worldwide by well drillers, pump installers, well servicemen, and environmental drillers.

All steel construction but light weight-only 14 lbs.
Easy to operate, over center locking of jaws when downward pressure is applied to lever.

Kwik Klamp allows workers to bring pipe joint up to an easy working level.

Equipped with serrated and hardened replaceable jaws.

Excellent holding capability with load tests over 3000 lbs.

Designed to hold pipe sizes 1" - 2"(1.315"OD-2.375"OD) PVC, stainless, & galvanized. (not intended for bare steel drill rod)

Safety pin to prevent accidental unclamping.

Kwik Klamp is one of the safest time saving tools you will ever own.

Product Number Description

41191 Kwik Klamp 1 for 1" to 2" Pipe

37195 Adjusting Screw with nylon water

37196 Lever Linkage 2 pcs.

37199 Jaw Set with bolts

37203 Spring

37206 Lock Pin

Product Number Description

30209 Safety Plug EX P150

30210 Safety Plug AQ P187

30211 Safety Plug BQ P238

30212 Safety Plug NQ P300

30213 Safety Plug HQ P387

Product Number Description

30151 CW Plug – HQ

30152 CW Plug – NQ

30153 CW Plug – BQ

30154 CWBP Plug – AQ

30155 CWBP Plug – NQ

30156 CWBP Plug – PWT

30158 CWBP Plug – HWT

30170 CWBP Plug - HQ

Product Number	Plug Size	Hole Size
36837	0.94” x 72”	1”
30171	1.125” x 36”	1.25”
30172	1.125” x 48”	1.25”
36999	1.125” x 12”	1.25”
37000	1.125” x 18”	1.25”
37001	1.125” x 24”	1.25”
37002	1.125” x 60”	1.25”
37003	1.125” x 72”	1.25”
37004	1.125” x 96”	1.25”
37005	1.125” x 120”	1.25”
39597	1.125” x 6”	1.25”
30173	1.25” x 48”	1.375”
37006	1.25” x 12”	1.375”
37007	1.25” x 18”	1.375”
37008	1.25” x 24”	1.375”
37009	1.25” x 36”	1.375”
37010	1.25” x 60”	1.375”
37011	1.25” x 72”	1.375”
37012	1.25” x 96”	1.375”
37013	1.25” x 120”	1.375”
30174	1.375” x 36”	1.5”
37014	1.375” x 12”	1.5”
37015	1.375” x 18”	1.5”
37016	1.375” x 24”	1.5”
37017	1.375” x 48”	1.5”
37018	1.375” x 60”	1.5”
37019	1.375” x 72”	1.5”
37020	1.375” x 96”	1.5”
37021	1.375” x 120”	1.5”
30175	1.625” x 18”	1.75”
30176	1.625” x 36”	1.75”
30177	1.625” x 48”	1.75”
30178	1.625” x 72”	1.75”
37022	1.625” x 12”	1.75”
37023	1.625” x 24”	1.75”
37024	1.625” x 60”	1.75”
37025	1.625” x 96”	1.75”
37026	1.625” x 120”	1.75”
39554	1.625” x 144”	1.75”
30179	1.75” x 36”	1.875”
30180	1.75” x 48”	1.875”
37027	1.75” x 12”	1.875”
37028	1.75” x 18”	1.875”
37029	1.75” x 24”	1.875”
37030	1.75” x 60”	1.875”
37031	1.75” x 72”	1.875”
37032	1.75” x 96”	1.875”
37033	1.75” x 120”	1.875”
39546	1.75” x 144”	1.875”
39547	1.75” x 120”	1.875”
30181	1.875” x 36”	2”
30182	1.875” x 48”	2”
30183	1.875” x 72”	2”
30184	1.875” x 96”	2”
37034	1.875” x 12”	2”
37035	1.875” x 18”	2”
37036	1.875” x 24”	2”
37037	1.875” x 60”	2”
37038	1.875” x 120”	2”
30193	2.125” x 48”	2.25”
37040	2.125” x 18”	2.25”
37041	2.125” x 24”	2.25”
37042	2.125” x 36”	2.25”
37043	2.125” x 60”	2.25”
37044	2.125” x 72”	2.25”
37045	2.125” x 96”	2.25”
37046	2.125” x 120”	2.25”
30194	2.25” x 36”	2.375”
30195	2.25” x 48”	2.375”
30196	2.25” x 60”	2.375”
30197	2.25” x 72”	2.375”
30198	2.25” x 96”	2.375”
37047	2.25” x 12”	2.375”
37048	2.25” x 18”	2.375”
37049	2.25” x 24”	2.375”
37050	2.25” x 120”	2.375”
39135	2.25” x 240”	2.375”
30199	2.375” x 12”	2.5”
30201	2.375” x 36”	2.5”
30202	2.375” x 48”	2.5”
30203	2.375” x 72”	2.5”
37051	2.375” x 18”	2.5”
37052	2.375” x 24”	2.5”
37053	2.375” x 60”	2.5”
37054	2.375” x 96”	2.5”
37055	2.375” x 120”	2.5”
37039	2.625” x 12”	2.75”
39530	2.625” x 48”	2.75”
30204	2.875” x 36”	3”
30205	2.875” x 48”	3”
30206	2.875” x 72”	3”
30207	2.875” x 96”	3”
37056	2.875” x 12”	3”
37057	2.875” x 18”	3”
37058	2.875” x 24”	3”
37059	2.875” x 60”	3”
37060	2.875” x 120”	3”
39099	3.375” x 36”	3.5”
39382	3.375” x 48”	3.5”
39221	3.875” x 72”	4”
39369	3.875” x 60”	4”
39456	3.875” x 48”	4”
39639	3.875” x 36”	4”

Excellent biodegradability (>60% by DOC Method) essentially non-toxic

Non-oil wetting

Non-foaming

Multiple absorption sites

The normal concentration used in the field is 3-5 L/m³

Part Number Description

102109 / 102117 BWL 3 m (10 ft)

102125 / 102133 BWL 1.5 m (5 ft)

102110 / 102118 NWL 3 m (10 ft)

102126 / 102134 NWL 1.5 m (5 ft)

102111 / 102119 HWL 3 m (10 ft)

102127 / 102135 HWL 1.5 m (5 ft)

Part Number Metric Length Imperial Length

102073 / 102072 3 m 10 ft

102071 / 102070 1.5 m 5 ft

103298 / 103297 0.6 m 2 ft

Part Number Size Metric Length Imperial Length

102081 / 102080 HW 3 m 10 ft

102079 / 102078 HW 1.5 m 5 ft

102907 / 102372 HW 0.6 m 2 ft

102089 / 102088 HWT 3 m 10 ft

102087 / 102086 HWT 1.5 m 5 ft

102963 / 102328 HWT 0.6 m 2 ft

Speeds are easily changed with a control knob

Shear stress values are displayed on a lighted magnified dial for ease of reading

Motor RPM is continuously monitored and automatically adjusted by the pulse power electronic speed regulator to maintain a constant shear rate under varying input power and drilling fluid shear conditions

Suitable for both field and laboratory use and uses a motor-driven electronic package to provide drilling fluid engineers with an extremely accurate and versatile tool

Conventional oilfield rotor, bob, and torsion springs maintains rheology history and reproducibility between instruments and laboratories (wide variety of bob and torsion springs available for a variety of fluids test)

Operates anywhere in the world without flipping switches or re-wiring

Threaded rotor - mechanically attaches to the unit the same way every time

Available with retractable legs for placement in kits

Ultimate in portability

Proven test procedures

Reliability

Small footprint if used in laboratory

Accurate, tamper proof temperature controller

Not recommended for testing cuttings

Available in three sizes: 50 mL (for greatest accuracy), 20 mL, and 10 mL

Includes all accessories necessary to run a test

Rugged, stainless steel carrying case

Electronic temperature control:

Available on 20 mL and 50 mL sizes

Improves accuracy and readability

Digital display

Provides better reproducibility

Power Requirements:

50 mL: 115 Volts at 4.2 Amps or 230 Volts at 2.5 Amps, 50/60 Hz

20 mL: 115 Volts at 4.2 Amps or 230 Volts at 2.5 Amps, 50/60 Hz

10 mL: 115 Volts at 3 Amps or 230 Volts at 1.5 Amps, 50/60 Hz

Not recommended for testing cuttings

Rugged, stainless steel carrying case

Electronic temperature control

Improves accuracy and readability

Digital display

Provides better reproducibility

Ultimate in portability

Small footprint if used in laboratory

Accurate, tamper proof temperature controller

Includes all accessories necessary to run a test

Recommended for testing cuttings

Extremely portable

May be operated by filtering upwards, which negate cutting settling on the filter meduim prior to testing

Easily obtainable CO2 Bulbs provide pressure

Proven design for over 50 years of successful usage

Easy to service and obtain replacement parts

Stainless steel test cell

Built-in pressure regulator

Suitable for field and lab use

Conforms to API specifications

Variable-speed controlled

Enclosure is constructed of stainless steel for longer life

Stainless steel rollers promote a cleaner environment inside the oven

Glass-impregnated Teflon® roller bearings extend the life of the rollers and allow for longer maintenance-free service

Digital temperature controller that can be read directly from outside the oven

Temperature is controlled by an electronic solid state thermostat and operates between 100°F and 450°F (38°C - 232.2°C)

Circulating fan greatly improves air circulation within the oven and provides more stable, consistent, and reliable heating

Meter:

Wave form: Sine, < 5% total harmonic distortion

AC Frequency: 340 ± 10 Hz

Output Units: Peak Volts

Ramp Rate: 150 ± 10 Volts per second, automatic operation

Minimum Output Range: 3 - 2,000 Volts (Peak)

Trip Current: 61 ± 5 μA

Size: 9.5” × 6.5” × 3.5” (24.1 × 16.5 × 8.9 cm)

Weight: 2 lbs. 15 oz. (1.3 kg)

Shipping Size: 11” × 11” × 7” (28 × 28 × 18 cm)

Shipping Weight: 10 lbs. (4.54 kg)

Electrode:

Housing: Material resistant to oil mud components up to 220°F (105°C)

Material: Corrosion-resistant metal

Diameter: 0.125” ± 0.001” (3.18 ± 0.03 mm)

Spacing (gap): 0.061” ± 0.001” (1.55 ± 0.03 mm) at 72°F (22°C)

Anodized finish provides better heat transfer than paint

Strain relief on the power cable protects wiring from damage

Maximum Speed: 23,000 RPM

115-Volt, 60 Hz, or 230-Volt, 50 Hz

Each can be operated via a 1.25 KVA power supply

Size: 45” × 32” × 12” (114 × 81 × 31 cm)

Weight: 75 lb (34.1 kg)

Crated Size: 45” × 32” × 12” (114 × 81 × 31 cm)

Crated Weight: Approximately 215 lb (97.6 kg

Two preset mixing speeds and variable speed (For Cement: 4,000 and 12,000 RPM, For Fracturing Fluids: 500 and 1,000 RPM)

Mixing Container (For Cement: Stainless Steel, 1 Liter - For Fracturing Fluids: Glass, 1 Liter)

Automatically conditions the slurry in-place (1 - 150 RPM)

Provides a direct mechanical measurement of static gel strength

Simultaneously measures static gel strength and compressive strength (dual-cell units only)

Intermittent or continuous measurement under high-temperature, high-pressure conditions

Data acquisition system with automatic temperature control included

Simple calibration and system check

Quick clean up and turn around

Maximum Pressure: 16,000 PSI (110.3 MPa)

Maximum Temperature: 400°F (204.4°C)

Temperature Controller: Digital PID 1° Resolution

Internal Heater: 2,500 Watt (5,000 Watt Available)

Slurry Cup: 150 RPM Rotational Speed; 316 Stainless Steel

220 Volt, 50/60 Hz, 25 Amp electrical power supply

Size: 25 × 16 × 20 inches (63.5 × 40.6 × 50.8 cm)

Weight: Approximately 215 lb (97.6 kg)

Small footprint, our new and slim design saves valuable lab space

Automatic temperature and pressure control, variable speed motor (0 - 150 RPM) powered by a magnetic drive

Oil Reservoir, features a cap with built-in funnel to help prevent spills, a removable top and bottom that makes cleaning easy, and a sloping bottom that collects sediment for easy removal

Windows based, Computerized Data Acquisition and Control system, provides detailed test information in convenient formats, and can control multiple units from one computer via RS-232 or Ethernet connection

Safety Features, temperature, pressure, and consistency alarms

Status indicator, symbolizes (3) selectable ranges of consistency

Conforms to API Specification 10 guidelines

A controlled Nitrogen pressure source (sold separately)

A pressure manifold with two regulators (primary and back pressure)

A high-pressure test cell

Components are fully interchangeable with those marketed by other manufacturers

Ideal for laboratory use

Safety valves protect against over pressurization

High performance hoses, connections, and valves

A temperature controlled heating jacket for heating the test cell

Gauges monitor nitrogen tank, primary, and back pressures

Power consumption: 0.2 W

Memory: 4 GB

Communication method: Built in Bluetooth 2.1

Temperature range: -20°C - 70°C

Dimensions: Diameter 21.56 mm, Length 226 mm

Running gear: 26 mm O.D.

Battery charge lifetime: 75 hours

Battery type: Rechargeable NiMH Technology

Battery Dimensions: Diameter 21.56 mm, Length 439 mm

OSK- Overpack Spill Kit (approx. absorption capacity = 231 liters/51 gallons):

100 - sorbent pads

6 - small pillows

2 - large pillows

5 - large socks

2 - small socks

1 - 25 lb. bag granular absorbent

1 - plug pattie (instant stop leak)

1 - neoprene drain cover

2 - disposal bags

2 - pair splash goggles

2 - pair reusable nitrile gloves

2 - poly-coated Tyvek coverall

1 - 95 gal overpack (DOT/UN rated)

Sodium Metasilicate (%BWOC) Slurry Density (kg/m³) Slurry Yield (m³/ton) Water Compressive Strength, 24 hr (kpa) Thickening Time (hr:min)

m³/ton % 50 60

0 1893 0.929 0.537 44 32889 36613 +4:05 3:10 2:35 ---

0.15 1737 1.116 0.732 60 12039 15500 3:20 2:37 2:10 ---

1.0 1737 1.116 0.732 60 13073 14997 2:40 1:34 --- ---

0.25 1678 1.221 0.830 68 9791 10411 --- --- --- ---

1.0 1678 1.221 0.830 68 11308 11880 --- --- --- ---

0.5 1618 1.342 0.952 78 6523 8812 --- 3:30 2:10 ---

2.0 1618 1.342 0.952 78 9150 9791 1:53 1:28 --- ---

0.5 1558 1.488 1.100 90 5171 6392 --- --- --- ---

2.0 1558 1.488 1.100 90 827 7447 --- --- --- ---

0.75 1498 1.658 1.270 104 2634 4309 +5:00 +5:00 +5:00 +5:00

2.0 1498 1.658 1.270 104 4365 4502 +5:00 1:43 --- ---

1.0 1438 1.876 1.490 122 1827 2620 --- --- --- ---

2.0 1438 1.876 1.490 122 2896 3517 --- --- --- ---

1.5 1378 2.175 1.795 147 1014 1586 +5:00 +5:00 +5:00 +5:00

3.0 1378 2.175 1.795 147 1869 1993 +5:00 1:27 --- ---

2.0 1318 2.588 2.199 180 703 1207 --- --- --- ---

3.0 1318 2.588 2.199 180 1000 1414 --- --- --- ---

Bentonite

%

Slurry Weight

kg/m³

Mix Water

m³/ton

Slurry Yield

m³/ton

0 1893.3 0.440 0.757

2 1785.4 0.547 0.870

4 1713.5 0.653 0.984

6 1665.6 0.759 1.097

8 1593.7 0.867 1.218

10 1569.7 0.971 1.323

12 1521.8 1.078 1.440

16 1461.9 1.291 1.880

Calcium can be dry blended or prehydrated in water. The mixing of calcium and water generates heat.

In cable tool operations, these granular Enviroplug No.8 can be used to grout the casing as it is being driven. A hole should be dug at the surface 6 to 8 inches larger than casing and 12 to 14 inches deep. Once the driving has begun, fill this hole with Enviroplug No.8. The granules will follow the drive shoe downward as driving continues creating a bentonite collar around the casing.

Dry Driven Casing: In cable tool operations, these granular Enviroplug No.20 can be used to grout the casing as it is being driven. A hole should be dug at the surface 6 to 8 inches larger than casing and 12 to 14 inches deep. Once the driving has begun, fill this hole with Enviroplug No.20. The granules will follow the drive shoe downward as driving continues creating a bentonite collar around the casing.

Pumpable Grout Seals: Enviroplug No.20 can be used in a pumpable slurry mix to grout wells or abandon holes. Agitate until the polymer is dispersed, then add 50 pounds of Enviroplug No.20. Pump immediately.

CAUTION: Continued agitation will result in extreme viscosity and become unpumpable.

Product Number Description

11052 3/8" Uncoated Tablets

11052 3/8" Coated Tablets

11056 1/4" Uncoated Tablets

11057 1/4" Coated Tablets

Standard safety equipment should be worn when handling this product. For further handling and safety instructions consult Material Safety Data Sheet.

Losing the fluid phase of a slurry into the soil can compromise the integrity of the formations. This can allow materials to fall in against the segments, increasing drag and elevating jacking pressures. Micro-Gel slurries protect against excessive fluid loss by laying down a thin tough filter cake that limits the water phase influence on surrounding formations. Traditionally used slurries demonstrate fluid loss values nearly twice the level of Micro-Gel.

Part Number Length Description

30682 5' H3 Kleer-Kore Tube

30683 5' N3 Kleer-Kore Tube

39595 5' P3 Kleer-Kore Tube

39163 10' N3 Kleer-Kore Tube

39214 10' H3 Kleer-Kore Tube

39631 10' P3 Kleer-Kore Tube

View Description Part Number

1. Sleeve 25549031

2. Socket Head Cap Screw (2 Required) S029045

3. Plunger 25270042

4. Pawl S552035

5. Spring S553033

6. Retriever S270034

7. Capscrew 006009567

8. Overshot Cocking Tool S033740

Super-Sweep Fiber is added to a variety of drilling fluids to increase the flow and removal of solids within a well-bore application. Super-Sweep Fiber suspends easily and uniformly in fresh water, salt water, water-based drilling muds, allowing it to effectively transport solids out of the drilling environment. Super-Sweep Fiber does not affect the chemistry nor increase the viscosity of the drilling fluid.

Graphite Powder is added to the mud system through the mud-mixing hopper. Because it is extremely fine, it is recommended that a dust mask and goggles be worn while the graphite is being mixed.

Note: Graphite Powder will have the same effect as ball bearings on any hard surface. Post warning signs if spilled and sweep up immediately.

Part Number Description

102584 BWL Rod Box to Tubing Blank

102586 BWL Rod Pin to Tubing Blank

Part Number Description

100680 BWL Rod Box to BW Rod Pin (Rod to Casing)

100679 BWL Rod Box to AW Rod Pin (Rod to Rod)

Part Number Description

102573 BWL Rod Box to BD Rod Pin

Part Number Description

100669 AW Rod Pin to BWL Rod Pin (Compact)

100670 BW Rod Pin to BWL Rod Pin (Universal)

Part Number Description

103350 BW Casing Bit

103351 NWL Casing Bit

Part Number Drilling Parameter Edge Series Waterway Configuration

101045 B 2-4 Edge 2 Abrasive Standard

101218 B 2-4 Edge 2 Abrasive Wide

101206 B 4-6 Edge 5 Standard

101032 B 4-6 Edge 5 Wide

101275 B 6-7 Edge 6 Standard

101254 B 6-7 Edge 6 Wide

102711 B 6-8 Edge 6 Abrasive Standard

102785 B 6-8 Edge 6 Abrasive Wide

103054 B 7-8 Edge 7 Standard

103987 B 7-8 Edge 7 Superflush

101255 B 6-8 Edge 7 Endurance Standard

101274 B 6-8 Edge 7 Endurance Wide

101730 B 7-8 Edge 8 Standard

103228 B 7-8 Edge 8 Wide

103705 B 5-9 Edge 8 Abrasive Standard

103768 B 5-9 Edge 8 Abrasive Wide

103893 B 7-9 Edge 8 Endurance Standard

102729 B 7-9 Edge 8 Endurance Wide

101064 B 7-10 Edge 9 Standard

100925 B 7-10 Edge 9 Wide

101065 B 7-9 Edge 9 Endurance Standard

101066 B 7-9 Edge 9 Endurance Wide

103055 B 9-10 Edge 10 Standard

102762 B 9-10 Edge 10 Wide

Part Number Description

102274 NWL (T11) Rod Shoe

102663 NWL (T12) Rod Shoe

Part Number Description Qty

101389 Compact Plus Water Swivel Spares -

101354 Wavy Washer 2

101355 O-Ring, Upper 6

101356 Swivel Packing Set 3

101357 Wear Sleeve, Slotted 2

101359 Ball Bearing 1

101361 O-Ring, Lower 6

101363 Thrust Bearing 1

101365 Felt Seal 2

Part Number Description Qty

100738 Core Barrel Assembly, 3 m (10 ft) -

100699 Core Barrel Assembly, 1.5 m (5 ft) -

100768 Locking Coupling, Conventional, Tang 1

100735 Adaptor Coupling 1

100737 Landing Ring 1

100726 Outer Tube, 3 m (10 ft) 1

100758 Outer Tube, 1.5 m (5 ft) -

100734 Inner Tube Stabilizer 1

100700 Head Assembly 1

100725 Inner Tube, 3 m (10 ft) 1

100757 Inner Tube, 1.5 m (5 ft) -

100730 Stop Ring 1

100731 Core Lifter, Slotted 1

100733 Core Lifter Case 1

Options

Part Number Description

100739 Locking Coupling, Conventional, No Tang

100736 Locking Coupling, Full Hole, Tang

100763 Locking Coupling, Full Hole, No Tang

100732 Core Lifter, Fluted

101566 Core Lifter, Smooth

101623 Core Lifter, Slotted, Diamond Coated

101624 Core Lifter, Fluted, Diamond Coated

100776 Outer Tube 3 m (10 ft) C/P

100775 Outer Tube 1.5 m (5 ft) C/P

100761 Inner Tube 3 m (10 ft) C/P

100760 Inner Tube 1.5 m (5 ft) C/P

100644 Core Barrel Plug

Part Number Description Qty

100700 Head Assembly -

100462 Spearhead Point 1

100447 Spearhead Spring 1

100463 Detent Plunger 1

100448 Spring Pin, ø7/16" x 1" Long 1

100712 Spearhead Base 1

100701 Latch Retracting Pin 2

100713 Latch Retracting Case 1

100714 Upper Latch Body 1

100702 Latch Pivot Pin 1

100722 Latch Spring 1

100715 Latch 2

100716 Landing Shoulder 1

100452 Stainless Steel Ball, ø22mm 1

100468 Landing Indicator Bushing with OD Groove 1

100717 Lower Latch Body 1

100703 Lock Washer 1

100704 Hex Nut 1

100718 Spindle 1

100705 Shut Off Valve, Hard 2

100706 Shut Off Washer 2

100707 Spindle Bearing 2

100719 Spindle Bushing 1

100709 Compression Spring 1

100711 Self Locking Nut 1

100721 Inner Tube Cap Assembly without Thread Protector 1

100639 Thread Protector, Inner Tube Cap 1

Options

Part Number Description

100551 Landing Indicator Bushing without OD Groove

100582 Shut Off Valve, Soft

101818 Solid Spindle Spacer

101152 Parts Pouch

101821 Inner Tube Cap Assembly with Thread Protector

100611 Fluid Retention Kit

Part Number Description Qty

103229 Core Barrel Spares Kit -

100462 Spearhead Point 1

100447 Spearhead Spring 1

100463 Detent Plunger 1

100448 Coiled Spring Pin, ø7/16" x 1" Long 2

100701 Latch Retracting Pin 2

100722 Latch Spring 2

100715 Latch 4

100702 Latch Pivot Pin 2

100452 Stainless Steel Ball, ø22mm 1

100468 Landing Indicator Bushing with OD Groove 2

100716 Landing Shoulder 1

100704 Hex Nut 1

100705 Shut Off Valve, Hard 4

100707 Bearing, Upper 2

100711 Self Locking Nut 1

100461 Grease Fitting 2

100730 Stop Ring 2

100731 Core Lifter, Slotted 20

100733 Core Lifter Case 4

100737 Landing Ring 1

100734 Inner Tube Stabilizer 2

Part Number Description Qty

101169 Overshot Assembly -

101809 Overshot Head Assembly -

100518 Cable Swivel Eye Bolt 1

100519 Cable Swivel Collar 1

100520 Thrust Bearing 1

100521 Castle Nut 1

100522 Cotter Pin 1

100461 Grease Fitting 1

101157 Cable Swivel Body 1

101158 Jar Staff 1

101161 Jar Tube Assembly 1

101164 Locking Sleeve 1

101162 Hex Nut, 9/16" UNC 1

101163 Nord-Lock Washer 1

101165 Overshot Head Body 1

100533 Set Screw, 3/8" UNF x 3/4" NYLOK 1

100888 Compression Spring, Lifting Dog 1

100889 Lifting Dog 2

101166 Lifting Dog Pivot Pin 1

101167 Upper Sway Pin 1

101558 Spring Pin, 3/16" x 1-3/8" 1

101168 Pin Link 2

100539 Self Locking Cap Screw 4

100692 Overshot Loading Fork Tool 1

100774 Overshot Loading Funnel 1

Part Number Description Qty

101855 Overshot Spares Kit -

100520 Thrust Bearing 1

100521 Castle Nut 1

100522 Cotter Pin 2

100461 Grease Fitting 1

101162 Hex Nut, 9/16" UNC 1

100888 Compression Spring, Lifting Dog 1

100889 Lifting Dog 2

101166 Lifting Dog Pivot Pin 1

101167 Upper Sway Pin 1

101558 Spring Pin, 3/16" x 1-3/8" 1

101168 Pin Link, Overshot 2

100539 Self Locking Cap Screw 4

Superior shelf life - does not separate like other polymer suspensions

Easily mixed in liquid form

Requires minimum amounts of shear to fully hydrate

Reduces footprint when compared to alternatives like organophilic clays

Greatly increases the speed and overall yield when compared to liquid guar suspensions

Optimal treatment concentration will vary depending on the specific application.

Earth Pro Bitu-Seal is typically used in the concentrations ranging from 10 to 30 kg/m3 and is added directly to the mud system. Avoid breathing dust.

Consult the MSDS, safety posters, and/or product label before use, and use personal protective equipment as advised.

Under normal conditions, for a program with a corrosion level of ≥ 25 mpy, initially add 5 L/m³ Earth Pro Brine-Cor. Severe corrosion may require higher concentrations.

To assess the requirement of Earth Pro Brine-Cor in any condition, it is best to use a corrosion rate method such as corrosion ring analysis or an instantaneous corrosion monitor. If high corrosion rates persist and are determined to be oxygen related, supplemental additions of an oxygen scavenger such as Earth Pro Brine-Oxy should be added to the system.

Earth Pro Brine-Cor may be used in conjunction with Earth Pro Brine-Oxy brine oxygen scavenger and Earth Pro Brine-Lube brine lubricant.

Myacide GA25 is corrosive and will cause irreversible eye damage. Wear suitable protection for eyes and skin and ensure there is adequate ventilation in the mixing area.

High yielding

Highly dispersible and fast mixing

Environmentally friendly

Reduce waste

Lubrication and fluid loss control

Compatible in cement grouts

Traditional

Modern

Traditional

Linear

Traditional

Linear

Modern

Linear

Traditional

Modern

Traditional

Modern

Traditional

Linear

Traditional

Linear

Modern

Linear

Traditional

Linear

Traditional

Linear

Modern

Traditional

Modern

Traditional

Modern

Traditional

Linear

Modern

Traditional

Linear

Physical Properties

Mixing & Handling

Physical Properties

Mixing & Handling

Physical Properties

Mixing & Handling

Physical Properties

Mixing & Handling

Physical Properties

Specifications

Mixing & Handling

Physical Properties

Mixing & Handling

Physical Properties

Mixing & Handling

Physical Properties

Mixing & Handling

Physical Properties

Mixing & Handling

Physical Properties

Mixing & Handling

Physical Properties

Application

Mixing & Handling

Physical Properties

Mixing & Handling

Physical Properties

Mixing & Handling

Physical Properties

Mixing & Handling

Physical Properties

Packaging & Controls

Mixing & Handling

Concentration

Mixing & Handling

Concentration

Physical Properties

Application

Physical Properties

Premier Silica (NSF Certified)

Casing Protector Sizes Available

Anchors Available

Schedule 40 F-480

Specifications

Well Development

Damaged Wells

4" HydraSleeve - 2.5 Liter

Kwik Klamp 2

Mixing & Handling

Specifications

Optional Item

Specifications

Optional Items

Specifications

Requirements

Specifications

Control & Processing

Mixing & Handling

Physical Properties

Characteristics

Application

Physical Properties

Mixing & Handling

Accessories

Optional Equipment

Mixing & Handling

Physical Properties

N Sizes Available

BTW Sizes Available

H Sizes Available

BU Compact Plus Water Swivel Spares Kit and Parts

BU Core Barrel Assembly & Options

BU Head Assembly & Options

N Core Barrel Spares

BU Overshot Assembly

N Overshot Spares

Mixing & Handling

Physical Properties

Mixing & Handling

Physical Properties

Mixing & Handling

As a flocculant Earth Pro AE 851 can be added directly to the flow line or it may be dispersed in water in the chemical barrel prior to adding to the flow line.

Earth Pro AE 851 becomes very slippery when it comes in contact with water. A spill should be cleaned up with an absorbent material.

Appearance: Amber liquid, petroleum odor

Specific Gravity: .96

Flash Point: 73.3°C (TCC)

Appearance: Light tan powder

Specific Gravity: .9

Pour Point: N/A

Flash Point: Not flammable

For maximum effectiveness, Earth Pro Defoamer Silicone should be added directly to the fluid system as close to the point of foaming as possible.

Avoid contact with eyes, skin and clothing. In case of contact, immediately wash with plenty of water, flush eyes with flowing water immediately and continuously for 15 minutes.

Actual amount required depends upon the amount of solids present in the system, concentrations for normal use range from 0.3 - 3.0 L/m³ (requirements are typically 1/4 that of lignosulphonate).

A highly concentrated pill of Earth Pro Di-Sperse 74 will induce well cake breakdown prior to completion, cementing or stimulation operations.

Earth Pro Di-Sperse 74 should be added directly to the mud system through a mud hopper. This product is stable at high and low temperatures and has excellent freeze-thaw stability.

Oil mud systems using Earth Pro Emul can be prepared using the proper amounts of oil, water, lime, Earth Pro Emul and electrolytes to form a stable invert emulsion.

Although the use range can vary with well conditions the general addition rate would be 5.0 – 20.0 L/m³. For example a concentration of 5 L/m³ Earth Pro Emul will provide a stable invert emulsion in unweighted muds.

Muds weighted to 1400 kg/m³ will require 15 L/m³ Earth Pro Emul as additional emulsifier is required to oil wet the suspended solids.

Earth Pro K2 Plus can be added directly to the mud system either on surface or through the mixing system. Avoid eye and skin contact, should contact occur, flush thoroughly with water and seek proper medical attention.

Wear plastic or latex gloves and chemical splash goggles. Do not wear contact lenses when handling this material. Wear chemical impervious clothing. Wash thoroughly after handling. Keep containers tightly closed at all times.

Additions can be made directly into the system at an area of good agitation. Normal safety precautions should be adhered to as with any drilling fluids product.

Appearance: Tan colored liquid

Specific Gravity: 1.05

Boiling Point: 280°C

Appearance: Amber liquid

Specific Gravity: 1.08

Pour Point: -15°C

Flash Point: >100°C

Appearance: Tan-grey powder

Specific Gravity: 2.45 - 2.55

Bulk Density: 881 - 885 kg/m³

Flash Point: 10% maximum

Particle Size: 80% passing 200 mesh (75µ)

Use the chemical barrel to dissolve the water-soluble package. The water temperature in the chemical barrel should be above 10°C to dissolve the package. Open the outer poly bag and add the water-soluble package of 2K7 directly into the chemical barrel. Agitate until the package and product is dissolved then add to the system as needed.

NOTE: Flush chemical barrel with water prior to adding 2K7. Caustic Soda will greatly reduce the ability of 2K7 to control bacteria.

Alcomer 120L OS may be mixed directly into the active mud system, premixed at higher concentrations prior to blending into the system or added through the hopper.

Like all PHPA polymers, Alcomer 120L OS is sensitive to calcium and subject to shear degradation. The mix water or base bentonite slurry should be pre-treated with Soda Ash.

Alcomer 120L OS can be chemically broken down with household liquid bleach (5% sodium hypochlorite) at a concentration of one gal per 100 gal of Alcomer 120L OS fluid. Do not use solid calcium hypochlorite or perfumed liquid bleach to break down Alcomer 120L OS.

Mix Alcomer 758 / Zetag 7587 slowly into a chemical barrel or polymer mixing tank and allow product to hydrate. Avoid mixing too rapidly. Wear a mask and goggles to prevent dust inhalation and contact with eyes.

Alcomer 758 / Zetag 7587 becomes very slippery when it comes in contact with water, therefore spills should be cleaned up with an absorbent material instead of water.

Aluminum Stearate should be added through a chemical barrel at the flow line or injected directly into a centrifuge from a premixed polymer tank, usually in a 0.5% stock solution. It can also be used for fluid clarification when added at the centrifuge in sumpless drilling operations.

Aluminum Stearate should be stored in a dry, cool environment. Some dust will occur while mixing. Care should be taken to avoid contact with the eyes. If contact is made, rinse the eyes for five to fifteen minutes with water. It is advisable to use a dust mask and eye protection while mixing all powdered products.

To calculate the amount of Barite required to raise the weight use the following formula:

Barite kg/m³ equals 4200 (W₂ - W₁) divided by 4200 - W₂

where W₁ = present mud weight in kg/m³
where W₂ = desired mud weight in kg/m³

Every 100 sacks of Barite added will increase the volume of the system by one cubic meter.

Cal Carb Poultry Grit may be added directly through the hopper. To minimize settling in the surface tanks, the fluid should be of sufficient viscosity, or the agitation such that the particles are kept in suspension. It is advisable to use a dust mask and eye protection while mixing all powdered products.

Appearance: White powder

Specific Gravity: 2.2

Boiling Point: 1670°C

Melting Point: 772°C

Caustic Potash is a strong alkali and produces a strong basic solution. The reaction with water generates heat. Always add potassium hydroxide to water and watch for bubbling and splashing.

Caustic Potash will cause severe burns and skin/eye contact is to be avoided at all times. Wear full clothing, rubber gloves and goggles or face mask. The use of a rubber protective apron is also recommended.

In the event of contact wash immediately with water for at least fifteen minutes. Seek medical attention, especially if burning persists or the contacted area is inflamed. It is advisable to use a dust mask and eye protection while mixing all powdered products.

The loss of circulation during a primary cementing job is a serious problem. It usually results in having to do some remedial cementing. Circulation losses tend to occur in vuggy cavernous formations and particularly in highly fractured incompetent zones. These zones may break down at relatively low hydrostatic pressures. For this reason Cellophane has found a wide application in routine cementing operations. Application rates may vary between 1-20 kg/m³ with normal applications around 5 kg/m³ of cement. At concentrations above 20 kg/m³, bulk loading and mixing of the cement slurry becomes extremely difficult. Cellophane has temperature limitations, but even in high temperature environments, the material is generally effective long enough to merit its presence.

Employ rubber gloves, rubber apron and skin and eye protection and ensure mixing is done in an area where adequate ventilation is available.

Wear a self-contained breathing apparatus in pressure-demand, MSHA/NIOSH approved and full protective gear. Irritating and highly toxic gases may be generated by thermal decomposition or combustion. Non-combustible, substance does not burn but may decompose upon heating to produce irritating, corrosive and/or toxic fumes.

Drispac (Plus) should be stored in a dry location. In order to avoid lumping it is added to the mud system through the hopper at 30-40 minutes per sack. It is advisable to use a dust mask and eye protection while mixing all powdered products.

Appearance: Grey to tan granules

Specific Gravity: 2.45 - 2.55

Bulk Density: 480 - 560 kg/m³

Grind Size: Medium (100% passing 3/8" mesh)

Appearance: Tan colored, fibrous powder

Boiling Point: 280 - 360 kg/m³

Appearance: Clear glass beads

Specific Gravity: 2.5 - 2.9

Flash Point: 600°C

Appearance: Amber liquid

Specific Gravity: .824 @ 15.6°C

Melting Point: -40°C

Flash Point: 52.2°C (SFCC)

Appearance: Fine white powder

Specific Gravity: 2.3 - 2.4

Bulk Density: 320 - 690 kg/m³

Appearance: Off-white powder

Specific Gravity: 0.65

Bulk Density: 0.7 kg/m³

Appearance: White powder

Appearance: White-tan powder

Appearance: White, free-flowing powder

Specific Gravity: 0.75 - 1.0

Appearance: Grey-black flakes

Specific Gravity: 2.7 - 2.9

The extending properties of bentonite can be greatly enhanced if the material is allowed to completely hydrate in the mix water prior to slurry mixing. The presence of high concentrations of calcium ion in the aqueous phase of cement slurry inhibits the hydration of Naturalgel.

Polydrill can be added directly into the mud system through the mixing hopper. It is advisable to use a dust mask and eye protection while mixing all powdered products.

Appearance: White crystalline powder

Specific Gravity: 1.98

Appearance: White powder

Bulk Density: 880 - 1041 kg/m³

Particle Size: Less than 20 mesh (850 microns)

Appearance: Dark amber liquid

Specific Gravity: 0.91 - 0.92

Pour Point: -29°C

Flash Point: 43°C

Appearance: Grey to tan powder

Specific Gravity: 1.9 - 2.4

Particle Size: 4.3% > 200 mesh

Free Moisture: 11.6%

Loss on Ignition: 15.7%

Bulk Density: 1200 - 1280 kg/m³

Appearance: White odorless powder

Specific Gravity: 2.53

Bulk Density: 1073 kg/m³

Moisture Content: 0.04%

Type: Bactericide

Solubility: Miscible

pH: <12.0

Appearance: Light colored powder

Specific Gravity: 1.6

Appearance: White crystalline

Specific Gravity: 2.126

Moisture Content: 0.05%

Appearance: White granules or powder

Molecular Weight: 330.34

Bulk Density: 0.96 - 1.2 g/cc

Ultra Seal can be mixed through the mud hopper or directly into the mud system at a point of agitation.

Note: A dust hazard is present while Ultra Seal is being mixed. It is advisable to use a dust mask and eye protection while mixing all powdered products.

Appearance: Cream-tan powder

Moisture Content: 13.3%

Bulk Density: 640 - 961 kg/m³

Earth Pro Oilwell ‘G’ Cement is not hazardous. However, if product becomes wet through unforeseen circumstances, some heat will be given off due to hydration. Avoid excessively humid conditions. Store in a cool dry place.

Earth Pro Oilwell ‘G’ Cement contains free silica. Avoid breathing dust, and wear appropriate dust mask as a precaution. When product is mixed with water, some heat evolution will occur. Caution should be exercised to mix continually until ready to place the slurry in the dump-bail.

Since Earth Pro Oilwell ‘G’ Cement is caustic in nature (pH 10-12), and will cause severe burns to the eyes and other sensitive skin areas. Wear the appropriate safety goggles and protective equipment when handling this product.

Appearance: Clear liquid

Density: 0.85 - 0.88 g/cc @ 20°C

Oilfield Cementing: Typical use on a small scale is for dump-bail treatments. The product is batched in small volumes according to the following blend table, and dumped down the wellbore using conventional rig equipment. After a period of time the cement sets, providing a small, hard plug in the problem area.

				Approximate Working Time (Hrs:Min at BHT)
Bag Size (kg)	Water Requirement (liters)	Slurry Yield (liters)	Density (kg/m³)	20°C	30°C
20	8.2	14.9	1885	2:30	2:00

Compressive Strength, MPa @ 20 to 30°C (16-24 hours)

2.5, 5.0

3.8, 6.1

NOTE: Strengths are for reference only. Actual values may vary due to changing wellbore conditions, variations in density, and water quality. Samples should be taken at the time of treatment and observed at estimated wellbore temperature for strength development.

At temperatures below 30°C, calcium chloride can be added in a small amount, to accelerate the set time if required. Typical dosage is 0.5-1% w/w, depending on well depth and wellbore temperature. Slurry viscosity and working time will be reduced substantially. (Exercise extreme care in the addition of calcium chloride. In itself calcium chloride is a corrosive material and will cause skin burns. If poorly mixed, it can cause excessive heat through hydration, potentially leading to a flash set of the cement before placement has occurred.)

Oilfield Cementing, High Temperature Application: This cement blend is not designed for use where wellbore temperatures exceed 30-40°C during plug placement. However, Earth Pro Thermal 40 Cement is stable to +/-360°C, providing the optimum slurry density of 1880-1900 kg/m³ is maintained. Long-term effects (30 days or more at 300-340°C) indicate only minor loss in compressive strength, and a slight increase in permeability.

Earth Pro Thermal 40 Cement will meet the ERCB Specification in Directive 20, Open Hole Abandonment Requirements, Section 4.2, “Open-Hole Abandonment of Wells That Have Penetrated Oil Sands Zones”, and will provide a minimum compressive strength of 3500 kPa in 48 hours at temperatures up to 360°C.

Test Items Units Limits

Particle size >20 mesh (841 microns), max Wt% 0

API/ISO Static Fluid Loss @ 40°C, max (see note for slurry formation) ml <30

Specific Gravity - 1.60 +/- 0.05 g/cm³

pH (1% solution in water) - 6.0 - 8.0

Note - For laboratory testing the following weights for standard density slurry are to be used: Earth Pro Oilwell 'G' Cement: 792.0 g, tap water: 349.0 g, Earth Pro FLA-6: 5.54 g, LTR (Low Temperature Retarder): 3.17 g, liquid defoamer: 0.7 mL. The fluid loss test is performed at 40°C and 1000 PSI.

Slurry Volume per Pail (20kg) ResinBond 13.6 liters

Slurry Density 1840 kg/m³

pH 6.0 - 8.0 (1% w/v demineralized water)

Compressive Strength > 10 MPa in 24 hours

Earth Pro ResinBond Cement is a unique blend of polymer and high purity gypsum that has been purposely designed to provide 90-120 minutes of open time, or fluid state to enable proper mixing and displacement to the desired plug zone.

Combined with RB Catalyst, low viscosity fluid properties are maintained for 30 - 60 minutes at BHT provided proper mixing procedures are followed, and product does not become contaminated. This enables confident placement at a wide variety of depths and wellbore temperatures.

Due to this delay feature, should another plug of the same type be required on top of the first one, a certain amount of waiting time is necessary to ensure adequate strength on the preceding plug to prevent disturbance of the weak bonds.

Generally, a minimum of 4 hours is required to allow proper set and initial cure before another similar plug may be placed on top. It is recommended that a retain (cup sample) of the slurry be taken after mixing and monitored at surface (above freezing temperature), to provide a more accurate indicator of the slurry set.

Aluminum Powder 200 is of low toxicity. Excess dust may however produce irritation of the eyes and respiratory system. Use good industrial
hygiene practice and wear goggles and a dust mask when handling the material.

Store in a cool, dry, well-ventilated area away from sources of heat, ignition, sparks and incompatible materials such as oxidizers, halogenated hydrocarbons, some acids and alkalis. Keep material dry as aluminum powder will react with water and slowly generate heat and hydrogen.

Appearance: White crystals

Density: 1.44 g/cc

Appearance: Pale brown liquid

Bulk Density: 0.80 - 0.81 kg/L @ 15°C

Volatile Content: 95-96%

Daxad 19 can be dry blended or dispersed in water. Care should be taken to avoid breathing dust.

Appearance: Reddish brown powder

Bulk Density: 500-700 kg/m³

Viscosity: 2100-2400 cP (Brookfield LVT 30 RPM, spindle 63)

Microtox: 142.6 L/m³

Appearance: Brown powder

Bulk Density: 320-500 kg/m³

Moisture Content: <7%

Metso Beads 2048 can be added directly through the admix bottle or pre-dissolved in the cement mix water tank prior to use. If pre-hydrating in water, calcium chloride must added first to ensure gel formation. Metso Beads 2048 exhibit a natural tendency to absorb humidity from the air. When stored in humid air for prolonged periods, these products may become sticky and cake into solid masses. Store product in a dry place and ensure packaging is tightly sealed.

Appearance: Light grey

Specific Gravity: 0.6-0.8

Bulk Density: 320-400 kg/m³

Particle Size: 10-300 microns

Average Wall Thickness: 10% diameter

Crush Strength: 3500-5000 psi

Softening Point: >2700°F

Appearance: Slightly grey granules

Appearance: White pellet

Bulk Density: 1122 kg/m³

Specific Gravity: 1.94 gm/cm³

Particle Size Distribution:

Mesh Size #30 #40 #50 #70 #100 #150 Pan

Microns 600 425 300 212 150 106 <100

% Retained 1 14 25 30 15 9 6

Appearance: Light grey powder

Specific Gravity: 2.1 - 2.4

Bulk Density: 608 - 720 g/cm³

Particle Size: 0.4 microns

Appearance: White granular crystals

Specific Gravity: 2.533 gm/cm³

Bulk Density: 930 kg/m³ (min)

Appearance: White crystals

Specific Gravity: 2.7 gm/cm³

Bulk Density: 1285-1445 kg/m³

Melting Point: 884°C

Particle Size Distribution:

Mesh Size #20 #35 #60 #100 #200 #400 Pan

Microns 850 500 250 150 75 38 0

% Retained 0 12.2 30.9 28.7 18.7 5.5 4.0

Appearance: Colorless liquid

Specific Gravity: 1.16

Flash Point: >93°C (closed cup)

Pour Point: -30°C

Appearance: Colorless liquid

Specific Gravity: 1.23

Flash Point: >93°C

Pour Point: -30°C

Appearance: Brown to grey powder

Specific Gravity: 4.2 - 4.4

Melting Point: 1580°C

May be used for all types of freshwater drilling but yield may vary depending on quality of water. High salinity or low pH will adversely affect yield. Ideal pH range for hydration is 8-10 and total hardness should be less than 80 mg/L (Calcium + Magnesium)

40 kg/m³ regular drilling applications

60-80 kg/m³ lost circulation applications for suspension of LCM solids

15-20 kg/m³ as filter cake enhancer in polymer systems

Earth Pro X-TRA Gel should not be mixed directly into salt water. Pre-hydrate in fresh water before adding to salt or brackish fluid. Expect yield to be diminished.

Typical E.P. Toxicity Analysis

Standard ppm Set Grout ppm

Arsenic 5.0 <0.10

Barium 100.0 0.50

Cadmium 1.0 <0.05

Chromium 5.0 <0.10

Lead 5.0 <0.10

Mercury 0.2 <0.02

Selenium 1.0 <0.05

Silver 5.0 <0.10

17.7% Solids 20.0% Solids

Grout-Well DF 50lbs 50lbs

Water 28 gal 24 gal

Usable Slurry 31 gal 27 gal

Appearance: Brownish yellow

Penetration: ASTM

Worked at 25°C: 212

Dropping Point: 252°C (485°F)

Pour Point: -27°C (-15°F)

Appearance: Black/Brown

Dropping Point (ASTM D-566): 91°C (195°F)

Specific Gravity: 1.05

Density: 1.05

Flash Point (ASTM D-92): >221°C (430°F)

The combination of fresh water, Therm-Ex Grout and silica sand constitute the system for back filling geothermal loops. Use locally available dry silica sand. For best results, use sand ranging in size from 30 mesh to 70 mesh (AFS GFN particle size classification 38 to 50).

Mix as follows:

.93 Btu/hr-ft-OF 1.05 Btu/hr-ft-OF 1.13 Btu/hr-ft-OF 1.2 Btu/hr-ft-OF

Water 17 gal 20 gal 21 gal 22 gal

Therm-Ex Grout 1-50lb bag 1-50lb bag 1-50lb bag 1-50lb bag

Silica Sand 200lb 300lb 350lb 400lb

Add the Therm-Ex Grout to the water while agitating. Mix for approximately one minute, then add the sand. Agitate until the sand is uniformly dispersed and pump into place using a tremie line.

For best results, place the tremie line near the bottom of the loop and pump into place. Providing local regulations allow, slowly extracting the tremie line as you come up the hole reduces pump pressure, aids the grout in setting quicker, and reduces the opportunity for formation
damage.

Earth Pro BioFoam concentration should be 2-6L per 400L water for regular foam and gel foam applications. For dust suppressant, 0.25-0.5L per 400L and for mist drilling, 1-2L per 400L water.

When used alone for coring in competent rock the concentration of Earth Pro CombiVis L should be 2L/m³. In loose or fractured rock or for optimal reduction in torque increase additions to 2-4L/m³.

Earth Pro HydraVis D is a dry powdered product so it should be mixed very slowly and at a point of agitation or through a hopper to prevent fish eyes and clumping. Do not mix Earth Pro HydraVis D any faster than 5 mins/kg.

Earth Pro HydraVis D mixing ratio in lbs. per 500L of water:

Normal conditions 2-3 kg

Sand and gravel 3-4 kg

Earth Pro Mud Terminator 50lbs bags will solidify approx. 1000-1200 gallons of used drilling slurry.

For optimum performance, Earth Pro RockBond should be added to a system before the troublesome zone is penetrated or as soon after as possible.

Premix the prescribed amount in the surface system by adding it at a point of agitation near a mixer in the tank.

For enhancing filter cake in troublesome shale and sands use a concentration of 9.0 to 17.0 kg/m³. For shock treatment of a zone that has already been penetrated mix 20-30 kg/m³ in the initial 2-3 m³ of fluid then maintain the concentration at 5-10 kg/m³ until the zone has been completely drilled and 1hr afterwards.

When used within Mineral Exploration, hydration is almost immediate. 1-1.5 kg/m³ is generally sufficient for normal vertical drilling applications.

In unconsolidated or broken formations that are prone to sloughing or in water reactive clay / shale the concentration should be increased to 1.5-2.5 kg/m³. This product is sensitive to high salinity, if mixing in salt water - contact Di-Corp for specialized instruction.

When used within Horizontal Directional Drilling, 0.5-1 kg/m³ can be used as an additive to Tru-Bore based fluid to enhance viscosity properties and proved shale and clay encapsulation.

Thoroughly mix 1 to 3 liters of Earth Pro TurboCut into 100 liters of fresh water or drilling fluid, depending on drilling conditions. Earth Pro TurboCut can be added to polymer and bentonite drilling systems.

Geo-Flo is a dry powdered product so it should be mixed very slowly and at a point of agitation or through a hopper to prevent fisheyes and clumping. Do not mix Geo-Flo any faster than 5 mins/kg.

Geo-Flo mixing ratio in lbs. per 500L of water:

Normal conditions 2-3 kg

Sand and gravel 3-4 kg

Mix the G-Stop directly in the tank with 200 times its volume water. Wait 10 minutes. Inject the mixture into the drill string. Inject a volume of water to move mixture to the correct location. Wait 20 minutes. Drill. If the problem persists attempt treatment a second time.

or

Place 1 gallon of dry G-Stop in a 20-liter pail with 10 liters of water. Allow G-Stop to partially swell. Add 1 liter of partially swollen G-Stop to the rods after the core tube has been pulled. Pump down hole and replace inner tube. Repeat as necessary to stop loss.

Recommended concentration when mixed with DR-133 – 2 Liters/1000 L water

Recommended concentration when mixed alone with no other viscosifiers – 3-4 L/1000 L water

Recommended concentration to enhance bentonite system properties – 1.5 L/1000 L Mud

Appearance: Free-flowing white powder

Appearance: Water clear to pale yellow

Flash Point: 23°C

Boiling Point: 85°C

Freezing Point: -40°C

Hyperdrill AE 853 exhibits a low order of toxicity. However, precautions should be taken to avoid inhalation, ingestion or contact with skin or eyes. For additional information, see the relevant MSDS.

SPILLS: Polymer spills are extremely slippery and therefore hazardous. They should be addressed immediately. An absorbent material should be applied to the spill, then swept up and disposed of according to local, state or federal regulations. The area should then be washed down with a bleach solution. Do not add water to a spill.

Appearance: Yellow-brown pellet

Boiling Point: 320°F (160°C)

Specific Gravity: 2.1 @ 68°F (20°C)

Melting Point: 268°F (131°C)

Appearance: Colorless to lightly colored liquid

Boiling Point: 275°F

Specific Gravity: 1.5850 @ 60°F

Melting Point: -17.5°C (75% H₃PO₄)

Appearance: Clear yellow liquid

Boiling Point: 250°F

Specific Gravity: 1.19

Appearance: Coarse white to off white crystal

Melting Point: 48°C (118°F) Loses water @ 100°C (212°F)

Specific Gravity: 1.67 @ 68°F

Appearance: Smooth grey paste

Dropping Point: 91°C (195°F)

Specific Gravity/Density: 1.59

Flash Point: >221°C (430°F)

Appearance: Colorless and odorless grains

Specific Gravity: 1.665

Molecular Weight: 192.14

Molecular Formula: HOC(CH₂CO 2H) 2CO₂H

Melting Point: 153°C

Appearance: Opaque liquid

Specific Gravity: 1.05

Pour Point: -30°C

Flash Point: >100°C (TCC)

Product Number Size Product Name

48894 4-1/2” x 2’ Figure K 5 TPI

49543 4-1/2” x 2’ Figure K Double 5 TPI for 6-5/8” Steel Casing

Product Number Description

48897 4.94" X 20' X .248" 5 TPI .020"

49001 4.94" X 20' X .291" 5 TPI .020"

48845 4" X 20' X SDR 21 5 TPI .020"

41124 4" X 20' X SDR 21 8 TPI .020"

49571 6" X 10' X .390" 5 TPI LH .020"

49173 6" X 20' X .390" 5 TPI LH .020"

48945 6" X 20' X .390" 5 TPI RH .020"

49572 6" X 5' X .390" 5 TPI LH .020"

Product Number Size Style

46014 5" x 4-2/25" ID x 4" Long Weld On

41871 5-9/16" x 5-1/4" ID x 4" Long Weld On

41874 5-9/16" x 5-1/4" ID x 4" Long Threaded

41884 6-5/8" x 6-1/8" ID x 4" Long Threaded

41883 6-5/8" x 6-1/8" ID x 4" Long Weld On

41921 6-5/8" x 6-1/8" ID x 4-1/2" Long Threaded

41906 6-5/8" x 6-1/8" ID x 5-3/8" Long Weld On

41885 6-5/8" x 6-1/8" ID x 5-3/8" Long Threaded

41897 6-5/8" x 6-1/8" ID x 5-3/4" Long Threaded

41915 6-5/8" x 6-1/4" ID x 3-1/2" Long Weld On

43478 6-5/8" x 6-1/4" ID x 5-1/2" Long Weld On

43478L 6-5/8" x 6-1/4" ID x 5-1/2" Long - Long Taper Weld On

43435 6-5/8" x 6-1/4" ID x 5-3/8" Long Weld On

41917 6-5/8" x 6-1/4" ID x 5-3/8" Long Threaded

41929 8-5/8" x 8-1/8" ID x 7-3/4" Long Weld On

Product Number Size Product Description

30448 2” AW Shelby Head Assembly with 4 Cap Screws #022033-3

30599 2” AWJ Shelby Head Assembly with 4 Cap Screws #022033-53

30468 3” NWJ Shelby Head Assembly with 4 Cap Screws #022033-59

35342 3” AWJ Shelby Head Assembly with 4 Cap Screws #022033-52

49310 3” AW Shelby Head Assembly with Coupler AW & AWJ

Dimensions 24" length, 17" height

Weight 8 lbs (3.6 kg)

Powered by Manual operation

Additional Requirements Above ground well completion

For Use with Inertial Pumping Systems —Standard Flow, High Flow, Low Flow

Dimensions 29" length, 30" height, 12" width (74cm L x 76cm H x 30cm W)

Weight 75 lbs (34 kg)

Powered by Honda GX100 Air-cooled, 4-Stroke OHC gasoline engine

Performance Characteristics Generates a 6" stroke,
adjustable 0—150 cycles/min

Additional Requirements Regular gasoline, SAE 10W-30 motor oil

For Use With Inertial Pumping Systems —Standard Flow & High Flow

The Inertial Pump has a substantial capacity for developing monitoring wells because of the cyclical action of the valve in the well screen area. This characteristic can be utilized to remove silt and sediment that has accumulated in the foot of the monitoring well and can also be used to remove fines from the sand pack and well screen.

The well development capacity of the High Flow D-32 foot valve can be enhanced by installing a SBD-32 Surge Block to the D-32 foot valve. The Surge Block is an excellent well development tool. It simply press fits over the body of the Standard Flow Foot Valve or High Flow Foot Valve (D-25 or D-32).

The Surge Block effectively increases the outside diameter of the D-25 or D-32 foot valve to 1-7/8” In 2” wells and 3-7/8” OD in 4” wells, reducing the annular gap between the valve and the inside of the well screen to approximately 1/16”. This results in a significant increase in the surging action of the valve.

The use of the Inertial Pump and Surge Block together is one of the most effective methods for developing monitoring wells because it simultaneously surges and pumps the well. This frees up silt and sediment in the sand pack and screen and breaks down bridging, drawing these particles it into the well and then removes this material from the well.

The recommended method for developing a monitoring well with the Inertial Pump and Surge Block is to begin the development process with the Surge Block near the top of the well screen. Operate the pump with the Surge Block in this position until the turbidity level of the water being delivered from the pump decreases to an acceptable level. Once this level is reached then the Surge Block is lowered in the well screen one to two feet and the process is repeated. Developing wells in this manner is one of the best methods, often resulting in turbidity levels below 10 NTUs.

The development capacity of the High Flow System is greater than that of the Standard Flow System because the pump generates a higher flow rate and the larger diameter tubing is stiffer and flexes less in 2” monitoring wells.

The Low Flow System is also useful for sampling in damaged or obstructed monitoring wells as well as in small diameter monitoring wells with low head levels or poor recharge.

The smaller diameter tubing used in the Low Flow System and lower flow rate produced by this system means that the pump itself contains a smaller volume of water when full, leaving more water in the piezometer available for pumping and ultimately sampling.

A pump with a larger storage volume or higher flow rate could potentially purge the well dry or displace the all of the standing water in the well into the pumps tubing and still not have delivered any all of the way to the surface.

The inertial pump has a substantial capacity for developing monitoring wells because of the cyclical action of the valve in the well screen area. This characteristic can be utilized to remove silt and sediment that has accumulated in the foot of the monitoring well and can also be used to remove fines from the sand pack and well screen.

The well development capacity of the Standard Flow D-25 foot valve can be enhanced by installing a SBD-25 Surge Block to the D-25 foot valve.

A Surge Block is an excellent well development tool. It simply press fits over the body of the Standard Flow or High Flow foot valve (D-25 or D-32).

The Surge Block effectively increases the outside diameter of the D-25 or D-32 foot valve to 1 7/8” In 2” wells and 3 7/8” OD in 4” wells, reducing the annular gap between the valve and the inside of the well screen to approximately 1/16” . This results in a significant increase in the surging action of the valve.

The use of the Inertial Pump and Surge Block together is one of the most effective methods for developing monitoring wells because it simultaneously surges and pumps the well. This frees up silt and sediment in the sand pack and screen and breaks down bridging, drawing these particles it into the well and then removes this material from the well.

The recommended method for developing a monitoring well with the inertial pump and Surge Block is to begin the development process with the Surge Block near the top of the well screen. Operate the pump with the Surge Block in this position until the turbidity level of the water being delivered from the pump decreases to an acceptable level. Once this level is reached then the Surge Block is lowered in the well screen one to two feet and the process is repeated. Developing wells in this manner is one of the best methods, often resulting in turbidity levels below 10 NTUs.

No-purge device provides larger sample volume, a full 1 liter, in 2" and larger wells

Disposable

Fits in 2" Schedule 40 and larger wells (will not fit in 2" Schedule 80 PVC)

Standard material = virgin 4 mil PE. Tensile strength 15-25 lb

Absolute maximum volume obtainable without spilling 1.2 liters

Requires the use of 8 oz. Bottom Weight

Layflat = 2.75"W x 38"L

Filled Diameter = 1.75"

Filled Volume = ~1000 mL

Fill Stroke = 38"

Two-piece 24-ounce top weight for use with the 1-liter and 2-liter HydraSleeve SS.

Top section is PVC and the bottom is stainless.

Thread together holding the SuperSleeve in place.

Reusable

Includes spring clip for attaching tether line.

Should be used in conjunction with a small bottom weight when deploying the SuperSleeves.

Length: 7.8"

OD: 1.9" (fits in 2" Schedule 40 well & larger)

Please leave a minimum of 3-5 feet slack in the tether line to allow the SuperSleeve to compress into the bottom of the well. This depends on the length of your sampler: 3 feet for the 1-liter SuperSleeve; 5 feet for the 2-liter SuperSleeve. A minimum of 48 hours should be allowed for equilibration time when using SuperSleeves.

The FHT-45 offers the user the most surface area available in capsule type filters today. The unique open pleat geometry and 600 square cm surface area provide the maximum media exposure while ensuring that even with the most turbid samples, you will not lose filtration media to blinding.

The FHT-45 uses 600 square cm of high quality polyethersulphone 0.45 micron filter media, which offers excellent particle retention above the target micron size range. The high void volume of this media also helps prolong media life.

The FHT-45 also offers the user greater flexibility over other products by providing a compound inlet. It has both a 3/8" threaded nipple and a 1/2" hose barb allowing the filter to be attached easily to a variety of pumps and tubing sizes.

All Inline Disposable Micron Filters are pre-rinsed with one liter of de-ionized water to ensure purity, and are now certified to rinse clean. Independent ICP/MS analysis proves it.

Product Number Size

37074 .5” x 12”

30164 .5” x 18”

30165 .5” x 24”

30166 .5” x 36”

30167 .5” x 48”

30168 .5” x 60”

30169 .5” x 72”

37075 .5” x 96”

37076 .5” x 120”

37077 1” x 12”

30186 1” x 18”

30187 1” x 24”

30188 1” x 36”

30189 1” x 48”

30190 1” x 60”

30191 1” x 72”

30192 1” x 96”

30185 1” x 120”

39136 2” x 36”

39142 2” x 48”

39266 2” x 72”

39370 2” x 60”

Size and Thread Depth Capacity* Pullback** (rated minimum)

ND 3000 m (10,000 ft) 333 kN (75,000 lbf)

HD 2500 m (8200 ft) 523 kN (117,500 lbf)

PD 1500 m (5000 ft) TBA kN (TBA lbf)

*Depth capacity ratings are based on published industry values. Di-Corp uses comparable materials and manufacturing processes, and is confident the same results will be achieved. It is important to note that the care and handling, in addition to drilling conditions, practices, and equipment will play a significant role in the ultimate depth capacity and performance of any drill rod.

**Di-Corp is testing its rod offering at an independent facility and will publish values as they become available. Pullback is rated on a new, unused drill rod.

Size: 7.5” x 6.5” x 11.5” (19 x 17 x 29 cm)

Weight: 12 lb 5 oz (5.6 kg)

Maximum Temperature: 1000°F (537°C)

Temperature Control: Standard – Electronic Fixed Temperature Control

Cell Capacity: 10 mL

Heating Capacity: 350 Watts

Power Requirement: 115 Volt at 3 Amp or 230 Volt at 1.5 Amp, 50/60 Hz

20 mL Retort Kit with Thermostat (115V) and 20 mL Retort Kit with Thermostat (230V)

Temperature Control: Standard – Electronic Fixed Temperature Control

20 mL Retort Kit, with Electronic Temperature Controller (115V) and 20 mL Retort Kit, with Electronic Temperature Controller (230V)

Temperature Control: Electronic Variable Temperature Control

Maximum Temperature: 1000°F (537° C)

Cell Capacity: 20 mL Heating Capacity: 500 Watts

Power Requirement: 115 Volt at 3 Amp or 230 Volt at 1.5 Amp, 50/60 Hz

Size: 9 × 7 × 12 inches (23 × 18 × 30 cm) 20 lb (9.07 kg)

Weight: 20 lb (9.07 kg)

Density Measurement Ranges:

52 - 164 lb / ft³

6.9 - 21.9 ppg

.83 - 2.63 specific gravity

360 - 1130 PSI / 1000 ft

Resistivity Range - 0.01 to 400 Ohm-Meters

Temperature Range - 14 to 140°F (-10 to 60°C)

NaCl Measurements - ppm, kppm, gr/gal

NaCl Range - 0.2 to 300 kppm

Power Requirements - Two 9-Volt Batteries.

The Low Pressure SGSM fits in a low-pressure UCA test cell. This configuration is compatible with the Twin Cell UCA.

Maximum Temperature: 400°F (204°C)

Max Operating Pressure: 5,000 PSI (138 MPa)

Size (Including Cell): 18.25” Tall × 5.9” Diameter (46 × 15 cm)

Weight: 47.2 lg (21.4 kg)

Maximum Pressure: Atmospheric

Maximum Temperature: 200°F (93.3°C)

Heater: 1,500 watts

Slurry Cup Rotational Speed: 150 rpm

Temperature Control: PID controller

Temperature Bath Material: Stainless Steel

Display: Digital

Size: 24” × 16 × 20 inches (61 × 41 × 51 cm)

Weight: 98 lb (44 kg)

Crated Size: 32 × 21 × 32 inches (81 × 53 × 81 cm)

Crated Weight: 200 lb (91 kg)

Maximum Pressure: 25,000 PSI (172.4 MPa)

Maximum Temperature: 400°F (204°C)

Consistency Range: (0 - 125 Bc)

Digital Temperature Controller with 0.1° resolution

Pressure indicator resolution is 1 PSI and includes both high- and low-pressure alarms

Slurry cup rotational speed is variable up to 150 RPM

Size: 22.5” × 27.5” × 70” (57 cm × 70 cm × 178 cm)

Weight: Approx. 450 lb (204 kg)

Crated Size: Approx. 26” × 34” × 76” (66 cm × 86 cm × 193 cm)

Crated Weight: Approx. 750 lb (340 kg)

Modified Hassler cell accommodates cores of 1" length and 1" diameter

Instrumentation gauge displays driving pressure

All Hassler components are fabricated from 316 Stainless Steel

Nitrogen test fluid

Unit conforms to API Specification 10 guidelines

Tailored interface so the most common actions are the easiest to locate

Tab and drop-down based software, optimizing page screen areas, without sacrificing the amount of information presented at once

Capable of testing varying samples and displaying results on a real-time chart

Records historical data for easy analysis

Appearance: Off-white powder

Density: 1500 kg/m³

Bulk Density: 450-900 kg/m³

Soaks up oil, repels water. Fast acting - soaks up diesel and gasoline fluids, hydrocarbons, heavy and light oils, organic solvents, oil-based paints, vegetable oils, non-aqueous liquids and many liquids designated as hazardous by the EPA. Picks up to 20 times its weight in oil.

Non-toxic to humans, animals, fish or fowl.

Resists flames and extremes of cold, heat and humidity because of unique chemical structure of inert, non-woven synthetic fibers.

Won’t fall apart - has tough, durable bonding.

Won’t rot or mildew. Will not disintegrate or deteriorate.

Easy to deploy - floats indefinitely.

Has high tensile strength - resists tearing or disintegration.

Easy to collect with rakes, shovels or pitch forks for quick disposal after saturation.

Safe to store in or out doors for quick, easy emergency use.

Wide applications and many uses...in power plants, machine shops, industrial plants, process and refining industries, paint and solvent plants, printing plants, tank farms, airports, railroads, fire departments, highway and waterfront safety units.

Appearance: Colorless viscous liquid

Bulk Density: 1380 - 1400 kg/m³

Appearance: White powder

Specific Gravity: 2.63

Bulk Density: 1305 kg/m³

Melting Point: 1725°C

Standard (ppm) Set Grout (ppm) Standard (ppm) Set Grout (ppm)

Arsenic 5.0 <0.10 Lead 5.0 <0.10

Barium 100.0 0.50 Mercury 0.2 <0.02

Cadmium 1.0 <0.05 Selenium 1.0 <0.05

Chromium 5.0 <0.10 Silver 5.0 <0.10

97% minimum passing 8 mesh

5% maximum passing 50 mesh

NSF Certified

Standard (ppm) Set Grout (ppm)

Arsenic 5.0 <0.10

Barium 100.0 0.50

Cadmium 1.0 <0.05

Chromium 5.0 <0.10

Lead 5.0 <0.10

Mercury 0.2 <0.02

Selenium 1.0 <0.05

Silver 5.0 <0.10

Soda Ash is only partially soluble in water so prehydrating or attempting to dissolve it in water and then add it to a system will result in minimal benefit. Soda Ash is best added dry either through a mixing hopper or mechanically dispersed (sprinkled) over the top of the fluid surface or added at a point of agitation.

In make up water or to treat contamination from cement, anhydrite or to treat out Ca+ from floc water the flowing guideline is used if hardness can be measured.

350 mg/L calcium ions requires 1.0 kg/m³ of Soda Ash

If total hardness or calcium can not be measured at the time of treatment or if blindly pretreating make up water for premixing, add Soda Ash in 0.5 kg/m³ increments until pH is 8.5 - 9.0. Do not exceed 3 kg/m³ without being able to physically determine the effectiveness of the addition either through chemical tests or general analysis of the mud. Over-treatment of Soda Ash can result in carbonate alkalinity and consequent excessive gel strengths and problems due to increased fluid loss.

CRM-19 can be dry blended or prehydrated as required. Avoid breathing dust. Wear the appropriate protective equipment when handling this product. For further information, consult the Material Safety Data Sheet.

Description Part Number

Basket Catcher 2-3/4" Core S395013

Upper Inner Tube Shoe 2-3/4" Core 3760008948

Core Lifter Skirtless HF 2-3/4" Core S707179

Lower Pilot Inner Tube Shoe 2-3/4" Core 3760008050

Outer Tube Sub Stabilized to 6-1/8" S637076

6-1/8" Locking Coupling Stabilized for 6-1/8" PDC Bit S465221

.380 x .025 x 3.69 Leaf Spring S018022

Aluminum Rivet 006032130

Appearance: Amber/dark liquid

Specific Gravity: 1.06-1.09

Pour Point: -30ºC

Flash Point: > 93.3ºC (TCC)

Part Number Description

102596 NWL Rod Box to Solid Blank

102597 ND Rod Box to Solid Blank

102598 NWL Rod Pin to Solid Blank

102599 ND Rod Pin to Solid Blank

Part Number Description Hoisting Weight

100667 AW Rod Pin to NWL Rod Pin 5,000 LB

100852 AW Rod Pin to ND Rod Pin 5,000 LB

100595 NW Rod Pin to NWL Rod Pin 10,000/30,000 LB

102589 NW Rod Pin to ND Rod Pin 10,000/30,000 LB

102590 NW Rod Pin to NWL Bullnose 10,000/30,000 LB

102591 NW Rod Pin to ND Bullnose 10,000/30,000 LB

Part Number Description

100673 NWL Rod Box to NW Casing Pin

102592 ND Rod Box to NW Casing Pin

Part Number Description

102594 NWL Water Saver Sub

102595 ND Water Saver Sub

Part Number Description Crown Waterway Configuration

103031 N3 Carbonado (OS 3.032) W Superflush Waterway

102881 N3 Carbonado Tapered Wide Waterway

103833 N3 Carbonado W Wide Waterway

Part Number Description

101017 NW Level 1 Casing Shoe

101007 NW Level 2 Casing Shoe

103521 NW Carbonado Casing Shoe

Part Number Description

101765 N Standard Reaming Shell

102728 N Stabilized Reaming Shell (10" long)

103383 N Double Stabilized Reaming Shell (18" long)

103309 NTW Standard Reaming Shell

103310 NTW Stabilized Reaming Shell

Part Number Description Qty

101940 Casing Advancer Assembly -

102003 Inner Assembly, Casing Advancer -

102004 Spearhead 1

102005 Nord-Lock Washer 1

102006 Release Shaft 1

102007 Latch Body 1

102008 Latch Shoe 2

102009 Spring 2

102010 Locating Pin 2

102011 Stop Latch Set 1

102012 Stop Latch Pin 1

101889 Split Cotter Pin 2

101890 Stop Latch Spring 1

102013 Spacer Set 1

102014 Bit Sub 1

102015 Loading Sleeve 1

101939 Driver 1

Part Number Description Qty

101087 OD Gauge Assembly -

101085 OD Gauge, Drill Rod New 1

101057 OD Gauge, Drill Rod Wear 1

101084 Lock Nut, OD Gauge 1

101083 Flat Washer, OD Gauge 2

101082 Hex Bolt, OD Gauge 1

101090 Wear Sample -

Conversion Kit

Part Number Description Qty

101424 Link-Latch to Edge Latch Conversion Kit -

100808 Latch 2

100450 Latch Spring 1

100449 Latch Retracting Pin 2

100451 Latch Pivot Pin 1

100666 Drift Pin Tool, Latch Retracting Pin 1

100877 Drift Pin Tool, Latch Pivot Pin 1

101427 Conversion Instructions 1

101152 Parts Pouch 1

To simplify the conversion of your current core barrel systems to the Edge Latch system, Di-Corp offers a conversion assembly which can be attached to the spindle of most systems.

Conversion Head Assembly

Part Number Description Qty

100883 Core Barrel Conversion Head Assembly -

100462 Spearhead Point 1

100447 Spearhead Spring 1

100463 Detent Plunger 1

100448 Coiled Spring Pin, ø7/16" x 1" Long 1

100464 Spearhead Base 1

100449 Latch Retracting Pin 2

100465 Latch Retracting Case 1

100466 Latch Body, Upper 1

100451 Latch Pivot Pin 1

100450 Latch Spring 1

100808 Latch 2

100469 Landing Shoulder 1

100452 Stainless Steel Ball, ø22mm 1

100468 Landing Indicator Bushing with OD Groove 1

100470 Latch Body, Lower 1

100453 Lock Washer 1

BU Loading Chamber Assembly

Part Number Description Qty

101277 BU Loading Chamber Assembly -

100910 Packing Plug 1

100911 Cable Guide Washer 2

100912 Cable Packing 1

100913 Quick Coupler, #16 NPT 1

101278 Loading Chamber Body 1

Part Number Description

100632 Inner Tube Coupling

100552 Inner Tube Extension, Stabilized (10") Reaming Shell

100903 Inner Tube Extension, Double Stabilized (18") Reaming Shell

Part Number Description Qty

100635 Overshot Assembly, Rolling -

100604 Overshot Head Assembly -

100518 Cable Swivel Eye Bolt 1

100519 Cable Swivel Collar 1

100520 Thrust Bearing 1

100521 Castle Nut 1

100522 Cotter Pin 1

100461 Grease Fitting 1

100628 Roller Wheel 6

100631 Spring Pin, ø3/8" x 1-1/2" Long 6

100638 Cable Swivel Roller Body 1

100524 Jar Staff 1

100525 Jar Tube Assembly 1

100526 Hex Nut, 3/4" UNC 2

100527 Nord-Lock Washer 2

100637 Roller Body 1

100528 Overshot Head Body 1

100533 Set Screw 1

100529 Compression Spring, Lifting Dog 1

100530 Lifting Dog 2

100531 Lifting Dog Pivot Pin 1

100532 Sway Pin 1

100535 Pin Link 2

100539 Self Locking Cap Screw 4

100692 Overshot Loading Fork Tool 1

100689 Overshot Loading Funnel 1

Product Number Product Name Packaging

44269 Sand #40 Bodyshot 99% Silica 50lb

12 Volt DC Diesel Furnace – Fuel efficient 1.00 to 2.25 gal. of fuel per hour

110 Volt AC Diesel Furnace – Fuel efficient .50 to 3.00 gal. of fuel per hour

Propane Fired Torch c/w Regulator and Line Kit

Emergency Shut Down Switch

High Limit Automatic Heat Shut Down Sensor

Furnace By Pass switch

16” Foam Filled Tires

ATV Trailer Hitch

Low RPM Alternator with FMC Pump mounting brackets

Add Earth Pro Brine-Lube at the pump suction for reduction of torque and drag.

Earth Pro Brine-Lube can be added as required to improve the sliding of the drill string when building or maintaining hole angle. Skin and eye protection should be observed.

(See Material Safety Data Sheet for further information).

Appearance: Colorless to yellow liquid

Specific Gravity: 0.9

Pour Point: -25°C

Flash Point: 46°C (CC)

Boiling Point: 95°C

Size and Thread Depth Capacity* Pullback** (rated minimum)

NR & NR LITE >3000 m (10,000 ft) 378 TBA kN (85,000 TBA lbf)

HR & HR LITE >2500 m (8,202 ft) 556 kN (125,000 lbf)

*Depth capacity ratings are based on published industry values. Di-Corp uses comparable materials and manufacturing processes, and is confident the same results will be achieved. It is important to note that the care and handling, in addition to drilling conditions, practices, and equipment will play a significant role in the ultimate depth capacity and performance of any drill rod.

**Di-Corp is testing its rod offering at an independent facility and will publish values as they become available. Pullback is rated on a new, unused drill rod.

Chemical Properties

Physical Properties

Chemical Properties

Physical Properties

Chemical Properties

Physical Properties

Chemical Properties

Physical Properties

Chemical Properties

Mixing & Handling

Physical Properties

Chemical Properties

Physical Properties

Chemical Properties

Physical Properties

Chemical Properties

Physical Properties

Chemical Properties

Physical Properties

Chemical Properties

Physical Properties

Chemical Properties

Packaging & Controls

Chemical Properties

Mixing & Handling

Slurry Property Summary

Physical Properties

Chemical Properties

Physical Properties

Chemical Properties

Physical Properties

Chemical Properties

Physical Properties

Chemical Properties

Physical Properties

Mixing & Handling

Physical Properties

Mixing & Handling

Chemical Properties

Mixing & Handling

Chemical Properties

Hutcheson Sand Mixes

Caps Available

Performance Chart

Armored 4" HydraSleeve

Physical Properties

Features & Benefits

Optional Accessories

Available Accessories

Optional Item

Optional Features & Items

Optional Item

Requirements

Optional Items

Accuracy

Physical Properties

Chemical Properties

Packaging & Controls

Mixing & Handling

Chemical Properties

Packaging & Controls

Physical Properties

Chemical Properties

H Sizes Available

BTK Sizes Available

P Sizes Available

N Compact Plus Water Swivel Spares Kit and Parts

N Core Barrel Assembly & Options

N Head Assembly & Options

N2 Core Barrel Spares

N Overshot Assembly

Physical Properties

Chemical Properties

Physical Properties

Chemical Properties

Physical & Chemical Properties

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 20L pail

Type: Cellulose fluid loss polymer

Solubility: 100% soluble in water

pH: 6.5 - 8.0

Type: Acid

Solubility: Soluble (22g/100g water @ 20°C)

pH: 1.18 (1% solution)

Type: Potassium Phosphate

Solubility: 187g/100g H₂0 @ 25°C

pH: 10.2 - 10.7 (1% solution @ 25°C)

Microtox: MTX @ 10kg/m³

Appearance: Light tan fibrous powder

Specific Gravity: .613

Type: Xanthan biopolymer

Solubility: 100% soluble in water

pH: 7.0 (1% solution)

Microtox: >100% @ 6.0 kg/m³

Appearance: White powder

Specific Gravity: 2.7

Bulk Density: 1365 kg/m³

Particle Size Distribution: 87% passing 325 mesh

Type: Alcoholic blend in mineral oil

Solubility: Insoluble in water

Appearance: Greyish white powder

Specific Gravity: 1.60 +/- 0.05 g/cm³

Melting Point: >100°C

Particle Size: Pass 20 mesh > 99.9%

The table below depicts the typical strength development for Earth Pro ResinBond Cement. Using proper mixing and measuring techniques, the typical slurry will remain fluid for 1-1.5 hours after mixing. This time also includes the amount of time required at surface to mix.

Depth Temp Time (Hours)

(m) (°C) 1 1.5 2 3 4 5 6 7 24 48

400 15 Flows Flows Set, No Strength 0.0 0.4 2.1 3.5 6.3 12.6 16.8

600 20 Flows Flows Set, No Strength 0.0 1.8 5.6 7.0 9.1 16.8 19.6

750 25 Flows Flows Set, No Strength 0.0 0.7 2.8 9.8 11.9 15.4 17.5

900 30 Flows Flows Set, No Strength 0.7 2.8 8.1 9.8 11.9 16.1 18.9

1100 35 Flows Flows Set, No Strength 0.5 3.5 10.5 11.2 13.3 14.7 17.5

1300 40 Flows Flows Set, No Strength 1.8 9.5 11.2 12.6 13.3 14.7 20.3

1500 45 Flows Flows Set, No Strength 5.3 13.7 15.4 17.5 18.9 20.3 22.1

1700 50 Flows Flows Set, No Strength 0.0 4.2 5.6 7.7 11.6 16.1 21.0

1900 55 Flows Flows Set, No Strength 0.2 3.9 7.0 8.4 11.9 18.2 22.4

2100 60 Flows Flows Set, No Strength 0.7 4.2 7.7 9.8 13.3 21.7 23.1

Please note that shortly after this open time, the slurry begins the transition to the set state. In all cases, at 2 hours the slurry will no longer flow. This value does vary somewhat depending upon well depth and RB Catalyst loading, so always place the Earth Pro ResinBond Cement plug as quickly and as safely as possible.

The proper amount of clean water, accurate measurement of RB Catalyst, and adequate mixing of the cement all lead to a successful job.

Appearance: Silver grey powder

Specific Gravity: 2.7 (water=1)

Surface Area: 0.34 m²/cm³

Apparent Density: 1.0 g/cc

200 Mesh Retention: Trace

325 Mesh Retention: 11%

Type: Inorganic acid

Solubility: 4.7% w/w @ 20°C

pH: 5.1 (1% w/v in demineralized water)

Type: Blend

Solubility: Soluble in water

Appearance: Tan colored powder

Specific Gravity: 1.247 gm/cm³

Surface Tension: 71 dynes/cm

Type: Modified alkyl sulphonate 100%

pH: 8.0 - 11.4 (20% solution)

WHMIS: Not controlled

TDG: Not regulated

Packaging: 1000L tote

Reducing Sugars: <3%

Sulfur: 7-8%

Sodium: 8-9%

Calcium: <0.1%

Chloride: <0.15%

Appearance: Tan granules

Bulk Density: 840-900 kg/m³

pH: 6.5 - 7.5

Shell Properties

Silica: 55-65%

Alumina: 25-35%

Iron Oxide: <5%

Gas Properties

Carbon Dioxide: 65-75%

Nitrogen: 25-35%

Type: Powder blend mixture

Solubility: Soluble in water

pH: Slightly basic (1% solution)

Potassium Chloride: 99.47%

Chloride: 47.58%

Sodium: 0.177%

Sodium Chloride: 0.45%

Moisture: 400 ppm

Water Insolubles: 50 ppm

Loss on Ignition: <6.0%

pH: 6.0 - 9.0

Silicon Dioxide: >85%

Type: Chemical compound

Solubility: Soluble 18% @ 21°C

Sodium Carbonate: 99.5% min

Sodium: 58.2% min

Calcium: 150 ppm (max)

Magnesium: 50 ppm (max)

Sodium Sulphate: 400 ppm (max)

Iron: 500 ppm (max)

Moisture: 5 ppm (max)

Water Insolubles: .15% (max) - 500 ppm (max)

Solubility: 15.9% @ 20°C

pH: 8.3 (1% solution)

Sodium Sulphate: 99.1%

Calcium Sulphate: 0.14%

Magnesium Sulphate: 0.50%

Sodium Carbonate: 0.01%

Sodium Chloride: 0.20%

Sodium Bicarbonate: 0.03%

Water Insolubles: 0.02%

Type: Buffer

pH: 12.8

Type: Crosslinker

pH: 11.7

Type: Weighting material

Solubility: Insoluble

pH: 7.0 - 9.5

Appearance: Light tan to grey powder

Specific Gravity: 2.45 - 2.55

Melting Point: >450°C

Slurry Density: 9.4-9.5 lb/gal

Dry Bulk Density: 55-60 lb/ft³

Thermal Conductivity: .42 BTU/hr-ft-°F

Fluid Type: Petroleum

Thickener: Aluminum Stearate

Oil Separation, Wt. % Loss @ 100°C: <3.0%

Water Spray-Off (ASTM D-4049): <10%

NLGI Grade: 2

Copper Strip Corrosion (ASTM D-4048): 1A

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 50lb sack / bulk

Earth Pro BioFoam can be added directly to make-up water with mild agitation to ensure even mixing or inject directly into water line with a chemical pimp capable of metering proper treatment levels. If polymers are to be used, premix them in the make up water. Utilize eye/skin protection and dust mask when mixing.

Earth Pro CombiVis L should be mixed at a point of high agitation in the tank to promote even dispersion and hydration. Shake product before opening. Product may have natural separation/settling in liquid form.

Appearance: Off white to tan powder

Concentration: 2-3kg (normal conditions), 3-4kg (sand and gravel)

Appearance: Granules/Chips

Physical State: Solid

Specific Gravity: 0.5-0.8 g/ml

Melting Point: >390°F

Appearance: Black powder

Earth Pro SynVis D requires minimal shearing to yield very consistently and quickly compared to semi-synthetic or natural polymers.

Appearance: Yellow liquid

Specific Gravity: 1.04

Appearance: Free-flowing off-white powder

Specific Gravity: 0.68

Appearance: Grey to light brown granular solid

Density: 1.5

If being mixed as a standalone product or in combination with DR-133 in an open system it is easiest to place the container over the tank at a place of agitation and poke a small hole near the bottom and open the top to allow for gravity drainage. The hole size can be fine tuned to achieve consistent desirable viscosity. Ensure that each jug is shaken before using as the product may settle over time.

Solubility: Soluble in water

pH: 6.5 - 7.5 (1% solution)

Type: Bactericide

Solubility: Soluble in water

pH: 6.0 - 7.0 (1% @ 20°C)

Appearance: Opaque liquid

Specific Gravity: 1.02 - 1.06

Viscosity: 500 - 1500 cps

Pour Point: 5°F (-15°C)

Flash Point: >200°F (93°C)

Solubility: 21% in water

pH: 1.18

Vapor Pressure: 5.700 @ 68°F

Solubility: 100% in water

pH: 1.0 - 2.0

Volatile Percentage: 34%

Solubility: 100% in water

pH: 2.3

Solubility: 33% @ 0°C

pH: 8.6 (7.5% solution)

Shell 4 Ball Weld Point, kgf: 500

Copper Strip Corrosion: 1A

Oil Separation Wt. % Loss @ 100°C: <5.0%

NLGI Grade: 2

Type: Anhydrous crystals

Solubility: 60% @ 20°C (162gms/100mls of H₂O)

pH: 0.1 N solution: 2.2 (approx.)

Citric Acid 99.5% Water 1.0% max

Sulphated Ash 0.1% max Calcium 200 mg/L max

Chloride 50 mg/L max Iron 50 mg/L max

Oxalate 350 mg/L max Sulphate 150 mg/L max

Arsenic 3 mg/L max Heavy Metals 10 mg/L max

Type: Polyacrylamide

Shelf Life: 6 months when stored @ 5-30°C

Product Number Size Product Description

37099 2” Shelby Tube Plastic Cap #090367-43

30533 2.5” Shelby Tube Plastic Cap #090367-49

30534 3” Shelby Tube Plastic Cap #090367-55

The Performance Chart shown displays the performance capabilities of the Low Flow System. This chart is intended to assist you with the selection of the most suitable system for your specific site.

Please note that the ratings have been calculated by actual field testing in a variety of well conditions and therefore may seem somewhat conservative in value.

Factors that affect flow rate include such parameters as the depth of submergence of the foot valve, tubing diameter, well casing diameter, the length of pump stroke and the speed of oscillation of the pump.

Obviously, the speed of oscillation is the primary factor in imparting momentum to the water column in the pump's tubing. Generally a pumping rate of 100 to 180 strokes per minute is recommended. The recommended stroke length is 4 to 6 inches, with a longer stroke performing better in deeper piezometers.

Greater submergence of the foot valve increases the pressure differential (the pressure difference between the water within the tubing and the head pressure outside the valve) that is created at the end of the upward pump stroke. Increasing the pressure differential increases the rate of water inflow through the valve at the end of the upward stroke, thereby increasing the flow rate.

Another factor affecting the flow rate with the inertial pump is size of the annular gap between the inertial pump tubing and the ID of the well casing. When the inertial pump is operating, the flexible tubing will tend to wobble from side to side within the well casing. This wobble results in some of the up and down movement applied at surface to the tubing not reaching the depth where the valve is located. For this reason, the stiffer High Density Polyethylene tubing is usually preferred in deeper monitoring wells (depth in excess of 60 – 70 feet). The inertial pump performs best in smaller diameter piezometers (4" or less).

No-purge device provides larger sample volume, a full 1 liter, in 2" and larger wells

Armored HydraSleeves have a protective outer sleeve that more than doubles the wall thickness

Armored HydraSleeve could be useful in steel wells, open boreholes, or anywhere a HydraSleeve could come in contact with jagged edges or increased potential for abrasion

Disposable

Fits in 2" Schedule 40 and larger wells (will not fit in 2" Schedule 80 PVC)

Standard material = virgin 7 mil PE

Absolute maximum volume obtainable without spilling = 1.1 liters

Requires the use of 16 oz. Bottom Weight

Layflat = 2.75"W x 38"L

Filled Diameter = 1.75"

Filled Volume = ~1000 mL

Fill Stroke = 38"

Special 2-piece PVC Collar for use with SuperSleeve when Top Weight for compression into the bottom of the well is not needed.

Similar to SuperSleeve top weight, the SuperSleeves thread between the top portion and locking ring and are held in place by the threads.

Consists of a top threaded portion, and a threaded locking ring.

Spring Clip tether attachment included

To be used in conjunction with bottom weight (8-ounce bottom weight recommended)

Sand weight will not work because of the lack of density in water.

Length: 3"

OD: 1.9" (fits in 2" schedule 40 well & larger)

The medium turbidity FMT-45 has all of the great features of the FHT-45, but with a reduced surface area at 300 sq. cm. These filters provide an economical alternative for lower turbidity sampling, when the highest possible capacity is not required.

All Inline Disposable Micron Filters are pre-rinsed with one liter of de-ionized water to ensure purity, and are now certified to rinse clean. Independent ICP/MS analysis proves it.

Margo Plug Conduit

Product Number Size

39550 1” SCH10 per foot

30146 1” EMT per foot

30147 1.25” EMT per foot

30148 2.5” EMT per foot

Margo Plug Bushing

Product Number Size

39552 1” x .5”

30149 1” x 1.5”

30150 1.25” x 1”

Margo Plug Pipe

Product Number Size Schedule

30239 / 39551 .5” 40

30240 1” 40

30241 1.5” 80

Margo Plug Caps

Product Number Size

30214 / 38974 .5”

30215 / 39005 1”

Margo Plug Washers

Product Number Size GA

30228 1.125” x .875” 11

30230 1.25” x .875” 12

30229 1.375” x .875” 11

30236 1.625” x .875” 11

30231 1.75” x .875” 11

30216 2.125” x 1.375” 11

30232 2.25” x 1.375” 11

39450 2.625” x 1.375” 11

30234 2.875” x 1.375” 11

39384 3.375” x 2.5” 11

30235 3.625” x 2.5” 11

39372 3.875” x 2.5” 10

Margo Plug Nuts

Product Number Size

30227 .875”

30238 1”

30237 1.375”

30233 2”

Margo Plug Packer

Product Number Size

30218 1.125” x .875” x 3” Long

30219 1.25” x .875” x 3” Long

30217 1.375” x .875” x 3” Long

30220 1.625” x .875” x 3” Long

30226 1.75” x .875” x 3” Long

30221 1.875” x .875” x 3” Long

37078 2.125” x 1.375” x 3” Long

30222 2.25” x 1.375” x 3” Long

30223 2.375” x 1.375” x 3” Long

39451 2.625” x 1.375” x 3” Long

30224 2.875” x 1.375” x 3” Long

30225 3.75” x 2.5” x 3” Long

High Quality Materials

Electric resistance welded alloy steel tubing from American and Japanese suppliers, ensures a uniform wall thickness for greater joint integrity, balanced rotation and even wear.

Di-Corp drill rod is processed with an additional stress relief heat treat, to eliminate bent rods.

A final quench and temper heat treat process is performed before machining the thread to strengthen the rod joint for greater torsional and tensile properties.

Precision Machined Threads

Finished threads are precision machined and not distorted by any other process, providing a superior joint fit with less chance of the joint pulling apart.

20 mL Receiver Tube for Retort, 2-scales, 0-100% × 0.1, 0-20 mL × 0.1 mL, with certificate

12-Volt Adapter is available

Power: 100 - 240 Volt, 50 - 60 Hz, 2 Amp

Computer

Windows XP or higher

RS-232 Serial Port (or Serial to USB Adapter)

Minimum Screen Resolution: 1280 × 680

Air / Nitrogen supply (100 - 120 PSI)

Water supply for cooling (40 PSI)

Water Drain

230-Volt, 50 / 60 Hz, 25-Amp electrical power supply

Maximum press capacity: 40,000 lbf.

Maximum Pressure: 10,000 PSI (based on a 2” cement cube with surface area of 4 in 2)

Minimum press threshold: 1,000 lbf.

Minimum Pressure: 250 PSI (based on a 2” cement cube with surface area of 4 in 2)

Loading rates variable from 250 to 40,000 lbf/min. (increments of 250)

Size: 23” W × 23” D × 26.5” H (58 × 58 × 67 cm)

Weight: 225 lb. (102 kg)

Solubility: Soluble, gel formation

pH: 7.0 - 10.0 (1% solution)

Ignition Temperature: 360°C

Lower Explosion Limit: 60 g/m³

Dispose of contaminated Oil Sorbent Mats in accordance with local and provincial environmental regulations. Oil Sorbent Mats can be incinerated to less than 0.020/0 ash.

Solubility: 100% in water

pH: 12.5

Sodium Oxide: 8.60- 9.20% (w/w)

Sodium Dioxide: 28.00 - 29.40% (w/w)

Silicon Dioxide: min 98%

Water Solubility: max 0.5%

Particle Size Distribution (% Retained):

100 mesh, Max: 2

200 mesh, Max: 6

325 mesh, Max: 5

Pan, Min: 74

Enviroplug Grout can be mixed and placed using most available pumping equipment. Although paddle type mixers and positive displacement pumps work best, mixing can also be done through re-circulating systems.

Maximum performance is achieved at a ratio of 1 bag to 14 gallons of water (30% solids). Since pumps such as double diaphragm or gear pumps may not produce enough pressure to place highly viscous mixtures, the ratio can be adjusted to 1 bag per 16 gallons of water and still achieve a good grout set.

As Enviroplug Grout is added to the make-up water, a pan-cake batter consistency is generated. Pumping at this time is recommended as it minimizes migration into formations and allows for continued hydration to take place down hole.

Provided local regulations allow, it is always recommended to withdraw the tremie line as grout is being pumped. This permits the grout to continue its set undisturbed, reduces pump pressure and minimizes unnecessary migration into formations.

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 50lb sack/bulk

SiO₂ 61.4% MgO 1.70%

Al₂O₃ 18.1% CaO₃ 0.40%

Fe₂O₃ 3.50% TiO₂ 0.20%

K₂O 0.10% Na₂O 2.30%

H₂O 7.80% Other 0.07%

LOS 4.40% (Loss on Ignition)

Appearance: White granular crystal

Bulk Density: 930 kg/m³ (min)

Specific Gravity: 2.533 gm/cm³

Particle Size Distribution:

Mesh Size #20 #30 #40 #100 #140 #200 Pan

Microns 850 600 425 150 106 75 <75

% Retained 0.5 max 3.0 max 30.0 max 85.0 min 93.0 min 98.0 min 2.0 max

Appearance: Free flowing brown powder

Specific Gravity: 1.30 g/cc

Bulk Density: 640-750 kg/m³

Type: Amine blend

Solubility: Water (complete)

pH: 10.0-11.0

Microtox: Pending

Part Number Description

102624 HWL Rod Box to Solid Blank

102625 HD Rod Box to Solid Blank

102626 HWL Rod Pin to Solid Blank

102627 HD Rod Pin to Solid Blank

Part Number Description Hoisting Weight

100596 NW Rod Pin to HWL Rod Pin 10,000/30,000 LB

102612 NW Rod Pin to HD Rod Pin 10,000/30,000 LB

102613 NW Rod Pin to HWL Bullnose 10,000/30,000 LB

102614 NW Rod Pin to HD Bullnose 10,000/30,000 LB

Part Number Description

101866 HWL Rod Box to HW Casing Pin

102617 HD Rod Box to HW Casing Pin

100676 HWL Rod Box to HWT Casing Pin

102618 HD Rod Box to PD (HWT Casing) Rod Pin

102619 HW Casing Box to HWT Casing (PD Rod Pin)

102620 HWT Casing (PD Rod) Box to HW Casing Pin

Part Number Description

102622 HWL Water Saver Sub

102623 HD Water Saver Sub

Part Number Description Crown Waterway Configuration

103873 H Carbonado W Superflush Waterway

103181 H Carbonado W Wide Waterway

103247 H Carbonado (OS 3.895) W Wide Waterway

103438 H Carbonado Tapered Wide Waterway

Part Number Description

101019 HW Level 1 Casing Shoe

101009 HW Level 2 Casing Shoe

101020 HWT Level 1 Casing Shoe

101010 HWT Level 2 Casing Shoe

103824 HWL Carbonado Casing Shoe

103795 HW Carbonado Casing Shoe

103361 HWT Carbonado Casing Shoe

Part Number Description

101766 H Standard Reaming Shell

103311 H Stabilized Reaming Shell

Part Number Description Qty

101941 Casing Advancer Assembly -

102157 Inner Assembly, Casing Advancer -

102004 Spearhead 1

102005 Nord-Lock Washer 1

102006 Release Shaft 1

102007 Latch Body 1

102008 Latch Shoe 2

102009 Spring 2

102010 Locating Pin 2

102011 Stop Latch Set 1

102012 Stop Latch Pin 1

101889 Split Cotter Pin 2

101890 Stop Latch Spring 1

102013 Spacer Set 1

102014 Bit Sub 1

102158 Loading Sleeve 1

101943 Driver 1

Part Number Description Qty

101087 OD Gauge Assembly -

101085 OD Gauge, Drill Rod New 1

101057 OD Gauge, Drill Rod Wear 1

101084 Lock Nut, OD Gauge 1

101083 Flat Washer, OD Gauge 2

101082 Hex Bolt, OD Gauge 1

101090 Wear Sample -

Conversion Kit

Part Number Description Qty

101424 Link-Latch to Edge Latch Conversion Kit -

100808 Latch 2

100450 Latch Spring 1

100449 Latch Retracting Pin 2

100451 Latch Pivot Pin 1

100666 Drift Pin Tool, Latch Retracting Pin 1

100877 Drift Pin Tool, Latch Pivot Pin 1

101427 Conversion Instructions 1

101152 Parts Pouch 1

To simplify the conversion of your current core barrel systems to the Edge Latch system, Di-Corp offers a conversion assembly which can be attached to the spindle of most systems.

Conversion Head Assembly

Part Number Description Qty

100897 Core Barrel Conversion Head Assembly -

100462 Spearhead Point 1

100447 Spearhead Spring 1

100463 Detent Plunger 1

100448 Coiled Spring Pin, ø7/16" x 1" Long 1

100464 Spearhead Base 1

100449 Latch Retracting Pin 2

100465 Latch Retracting Case 1

100466 Latch Body, Upper 1

100451 Latch Pivot Pin 1

100450 Latch Spring 1

100808 Latch 2

100553 Landing Shoulder 1

100452 Stainless Steel Ball, ø22mm 1

100468 Landing Indicator Bushing with OD Groove 1

100470 Latch Body, Lower 1

100453 Lock Washer 1

Inner Tube Cap Assembly without Thread Protector

Part Number Description Qty

100475 Inner Tube Cap Assembly without Thread Protector -

100473 Inner Tube Cap Body 1

100461 Grease Fitting 1

100452 Stainless Steel Ball, ø22mm 1

100474 Check Valve Body 1

Inner Tube Cap Assembly with Thread Protector

Part Number Description Qty

101822 Inner Tube Cap Assembly with Thread Protector -

100473 Inner Tube Cap Body 1

100461 Grease Fitting 1

100452 Stainless Steel Ball, ø22mm 1

100474 Check Valve Body 1

100602 Thread Protector, Inner Tube Cap 1

If drilling in ground conditions where the loss of costly drilling fluids becomes a problem, it may be necessary to replace the Landing Indication components with optional Fluid Retention parts which act like a check valve to maintain a column of fluid in the drill string.

Fluid Retention Kit

Part Number Description Qty

100607 Fluid Retention Kit -

100452 Stainless Steel Ball, ø22mm 1

100612 Bushing, Fluid Retention 1

101138 Bushing, Heavy Mud Fluid Retention 1

100608 Fluid Retention Compression Spring, Light 1

100609 Fluid Retention Compression Spring, Medium 1

100610 Fluid Retention Compression Spring, Heavy 1

Part Number Description

100633 Inner Tube Coupling

100664 Inner Tube Extension, Stabilized (10") Reaming Shell

Inner Tube Extension, Double Stabilized (18") Reaming Shell

Part Number Description Qty

100635 Overshot Assembly, Rolling -

100604 Overshot Head Assembly -

100518 Cable Swivel Eye Bolt 1

100519 Cable Swivel Collar 1

100520 Thrust Bearing 1

100521 Castle Nut 1

100522 Cotter Pin 1

100461 Grease Fitting 1

100628 Roller Wheel 6

100631 Spring Pin, ø3/8" x 1-1/2" Long 6

100638 Cable Swivel Roller Body 1

100524 Jar Staff 1

100525 Jar Tube Assembly 1

100526 Hex Nut, 3/4" UNC 2

100527 Nord-Lock Washer 2

100637 Roller Body 1

100528 Overshot Head Body 1

100533 Set Screw 1

100529 Compression Spring, Lifting Dog 1

100530 Lifting Dog 2

100531 Lifting Dog Pivot Pin 1

100532 Sway Pin 1

100535 Pin Link 2

100539 Self Locking Cap Screw 4

100692 Overshot Loading Fork Tool 1

100689 Overshot Loading Funnel 1

Weight: 275 lbs (125 kg)

Height: 32” (81 cm)

Width: 27” (68 cm)

Length: 51” (129 cm)

Appearance: Red liquid

Specific Gravity: 0.93

Pour Point: -25°C

Flash Point: >100°C (CC)

Type: Blend

Solubility: Soluble in water and brine

pH: 10.0 - 11.0

Each stage of the process, from material selection to manufacturing, packaging and handling, is controlled and supported by an experienced team of professionals — you can be confident that every rod that leaves our factory will perform to your expectations.

Engineered to precise tolerances for maximum strength

HIGH QUALITY MATERIALS

Steel is specified to the highest industry standards.

Processed with an additional stress relief heat treat, to eliminate bent rods.

In-house through hardening process is monitored continuously and adjusted to each batch of material to ensure consistency.

PRECISION MACHINED THREADS

Threads are precision machined in our state of the art manufacturing facility by industry experienced professionals.

Unparalleled quality control in-house ensures consistent quality of finished product.

WARNING: All threads are precision machined and mixing Di-Corp rods with other manufacturers’ rods, adaptors, or threaded accessories is not recommended. Failure to adhere to this recommendation may cause premature failure, an inspection may result in the warranty becoming void.

Appearance: Off white liquid

Specific Gravity: 1.08 - 1.12

Pour Point: -30°C

Flash Point: 100°C

Type: Blend

Solubility: Dispersible (water)

Microtox: 30% @ 0.5L/m³

Type: Blend

Solubility: Forms suspension (Water)

pH: N/A

Microtox: 1.1 kg/m³

Appearance: Opaque-white liquid

Density: .98 - 1.02 kg/m³

Pour Point: 0°C

Boiling Point: 204 - 371°C

Flash Point: 150°C (closed cup)

Appearance: White powder

Specific Gravity: 0.75 - 0.85

Earth Pro Emul is often used in conjunction with Earth Pro Wet as required by muds with very high solids content. The amount of Earth Pro Emul should always equal or be higher than the amount of Earth Pro Wet used. Employ rubber gloves, rubber apron, and skin and eye protection and ensure mixing is done in an area with adequate ventilation.

Appearance: Clear liquid

Specific Gravity: 0.90

Pour Point: >-20°C

Flash Point: >100°C (TCC)

Appearance: Dark liquid

Specific Gravity: .96

Pour Point: <-20°C

Flash Point: >93.3°C (CC)

Type: Xanthan gum

Solubility: Soluble in water

Type: Ester

Solubility: Not soluble in water

Microtox: >91% @ 0.17 L/m³

Type: Sodium montmorillonite

pH: 9.1 (5% solution)

Property Percentage

Loss on Ignition 4.4%

Silicon Oxide 61.4%

Aluminum Oxide 18.1%

Ferric Oxide 3.5%

Sodium Oxide 2.3%

Magnesium Oxide 1.7%

Calcium Oxide 2.3%

Titanium Oxide 0.2%

Potassium Oxide 0.1%

Water 7.8%

Other 0.07%

Appearance: Free-flowing crystalline

Molecular Weight: 200

Melting Point: 130°C

Appearance: White to cream liquid

Specific Gravity: 1.1

Boiling Point: >100°C

Flash Point: >93°C (PMCC)

Appearance: White powder

Specific Gravity: 0.75 - 1.00

Bulk Density: 800 - 810 kg/m³

Appearance: White powder

Specific Gravity: 1.01

Melting Point: 115-125°C

Barite can be mixed through the mud hopper as rapidly as needed. When large quantities are added to a mud system it may be necessary to add water to prevent mud dehydration.

Appearance: Grey-white-buff powder

Specific Gravity: 2.7 - 2.9

Melting Point: 2570°C

Grind Size: 99.8% passing 5 mesh

Type: Calcium chloride

Solubility: 60% in water

pH: 8.0 - 9.0 (35% solution)

Appearance: White flakes

Specific Gravity: 2.04 @ 20°C

Melting Point: 400°C

Cellophane is used to provide a sealing agent supplement to other lost circulation material in water based drilling muds. It is also a basic additive in cement slurries, providing a matting effect in the control of losses. Typical rates of addition up to 2% by wt. cement are used as a preventative measure.

Appearance: Dark amber liquid

Specific Gravity: 0.86

Pour Point: <-5°C

Flash Point: 75°C

Appearance: Red-brown powder

Specific Gravity: 4.8 - 5.0

Bulk Density: 2400 - 2600 kg/m³

Particle Size: +/- 94-98% passing 74µ

Blaine: 1300-2100 cm²/gram

Appearance: Light colored powder

Specific Gravity: 1.6

Type: Sodium montmorillonite

Solubility: Not soluble (colloidal suspension)

pH: 8.0 - 10.0 (5% solution)

SiO₂ 61.4% MgO 1.70%

Al₂O₃ 18.1% CaO₃ 0.40%

Fe₂O₃ 3.50% TiO₂ 0.20%

K₂O 0.10% Na₂O 2.30%

H₂O 7.80% Other 0.07%

LOS 4.40% (Loss on Ignition)

Type: Organic fiber

Type: Lime-soda glass

Solubility: Not soluble

Type: Amine

Solubility: Dispersible in water

Vapor Pressure (mmHg): 9.98 @ 38°C

Type: Calcium hydroxide

Solubility: 0.165g/100g @ 20°C

pH: 12.45

Type: Flocculant

Solubility: Dispersible-soluble

pH: 6.0 - 8.0 (0.5% solution)

Microtox: >91% @ 3.0 kg/m³

Type: Cationic polyacrylamide

Solubility: Dispersible-soluble

pH: 2.5 - 4.5

Microtox: >91% @ 3.0 kg/m³

Charge Density: 10% molecular

Weight: Medium

Type: Cationic polyacrylamide

Solubility: Dispersible-soluble

pH: 2.5 - 4.5

Type: Xanthan Gum

Solubility: Soluble in water

pH: 7.0 (1% solution)

Type: Cationic polyacrylamide

Solubility: Soluble-dispersible

Charge Density: 10%

Microtox: >91% @ 0.1 L/m³

Type: Anionic alcohol

Solubility: Insoluble

pH: 7.0 - 8.0

Appearance: Light tan-grey powder or granules

Specific Gravity: 2.45 - 2.55

Melting Point: 1450°C

Bulk Density: 49 - 55 lbs/ft³

Appearance: Red/brown powder

Specific Gravity: 0.75

Bulk Density: 600 kg/m³

Type: Salt

Solubility: Soluble in water

pH: 5.4 - 8.6 (5% solution)

Type: Calcium oxide

Solubility: Soluble in water

pH: 12.45 (saturated solution)

Chemical Percentage

Calcium Oxide 95%

Acid Insolubles 1.99%

Magnesium Oxide 1.97%

Loss on Ignition 0.50%

Type: Filming amine

Solubility: Soluble in oil

Microtox: 50% @ 0.5 L/m³

Type: Magnesium silicate

Solubility: Insoluble in water

pH: 7.0 - 8.3

Properties Percentage

Silicone 56.0%

Aluminum 4.0%

Iron 1.0%

Calcium 0.5%

Magnesium 20.0%

Sodium 1.4%

Potassium 1.4%

Type: Chemical compound

Solubility: Soluble (18% @ 21°C)

Packaging & Controls

Chemical Properties

Packaging & Controls

Chemical Properties

Packaging & Controls

Chemical Properties

Packaging & Controls

Chemical Properties

Packaging & Controls

Physical Properties

Chemical Properties

Caution

Packaging & Controls

Chemical Properties

Packaging & Controls

Chemical Properties

Packaging & Controls

Chemical Properties

Packaging & Controls

Chemical Properties

Packaging & Controls

Microtox Analysis

Packaging & Controls

Physical Properties

Mixing & Handling

Chemical Properties

Packaging & Controls

Chemical Properties

Packaging & Controls

Chemical Properties

Packaging & Controls

Chemical Properties

Packaging & Controls

Chemical Properties

Physical Properties

Chemical Properties

Physical Properties

Packaging & Controls

Physical Properties

Packaging & Controls

Chemical Properties

Identification

Optional Tools

Capacity

Chemical Properties

Packaging & Controls

P Sizes Available

N Sizes Available

N2 Compact Plus Water Swivel Spares Kit and Parts

N2 Core Barrel Assembly & Options

N2 Head Assembly & Options

N2 Overshot Assembly

Packaging & Controls

Chemical Properties

Packaging & Controls

Type: Synthetic polymer emulsion

Solubility: Dispersable - soluble

pH: 6.5 - 7.5 (1.0% solution)

Character: HMW anionic

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 20L and 60L pails

WHMIS: Not controlled

TDG: Not regulated

Packaging: 25kg bag

Type: Silicone emulsion

Solubility: Dispersible in water

Viscosity: 1700 (Brookfield RVT, #3 Spindle, 50 RPM) @ 27°C

Microtox: >75% @ 0.5 L/m³

Type: Water soluble polymer

Solubility: Soluble in water

pH: 7.0 - 7.5 (1% solution)

Microtox: 2.35 kg/m³

Appearance: Amber liquid

Specific Gravity: .91

Pour Point: <-20°C

Flash Point: >93°C (PMCC)

Type: Clay inhibitor

Solubility: 100% soluble in water

pH: >12.0

Microtox: 16.0 L/m³

Type: Dispersant

Solubility: Soluble in oil

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 20L pail

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 210L drum

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 40kg sack

Type: Bactericide

Solubility: Soluble in water

pH: 5.0 - 7.0 (1% @20°C)

Microtox: 10% @ .03 kg/m³

Type: Shale inhibitor

Solubility: Soluble in water

pH: 7.5 (1% solution)

Type: Cationic polyacrylamide

Molecular Weight: Medium

Charge Density: 10%

Solubility: Soluble-Dispersible

pH: 3.5 - 4.5 (1% solution)

Type: Defoamer

Solubility: 3.0 - 4.0 (5% dispersion)

Microtox: 7% @ 0.285 kg/m³

Appearance: Grey-white powder

Specific Gravity: 4.2 - 4.4

Moisture Content: 1580°C

Type: Mineral

Solubility: 1.3 mg/100g @ 18°C

pH: 8.3 - 9.7 (1% solubility)

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 80lb sack

Type: Alkali hydroxide

Solubility: Soluble (water)

pH: 12.0 (0.01 moles/liter)

Oilfield and Non-Oilfield: Mix into a viscous mud with agitation. Cellophane will not pass through the shaker screen. In order to maintain the Cellophane concentration in the mud the shale shaker must be by-passed. Note: Bypassing the shaker could result in plugged jets.

Cementing: Add the Cellophane to the cement slurry in the mix tub prior to displacement. No special mixing precautions are required when mixing Cellophane. Care should be taken to avoid mixing the product too quickly as Cellophane will have tendency to plug lines.

Type: Carbon

Solubility: Soluble in oil

Type: Iron oxide

Solubility: Insoluble

pH: 6.5 - 8.0

FE₂O₃: 95.6 - 98%

Moisture: <0.5%

Type: Cellulose fluid loss polymer

pH: 6.5 - 8.0

Microtox: 100% @ 3.0 kg/m³

Standard (ppm) Set Grout (ppm)

Arsenic 5.0 <0.10

Barium 100.0 0.50

Cadmium 1.0 <0.05

Chromium 5.0 <0.10

Lead 5.0 <0.10

Mercury 0.2 <0.02

Selenium 1.0 <0.05

Silver 5.0 <0.10

WHMIS: Not controlled

TDG: Not regulated

Packaging: 25lb bag

WHMIS: Not controlled

TDG: Not regulated

Packaging: 50lb sack

WHMIS: Controlled (see MSDS)

TDG: Regulated

Packaging: 20L pail

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 25kg sack

WHMIS: Not controlled

TDG: Not regulated

Packaging: 25kg sack

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 25kg bag

WHMIS: Not controlled

TDG: Not regulated

Packaging: 25kg sack

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 30kg bag

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 25kg sack

Solubility: 100% soluble in water

pH: 8.0 - 10.0 (5% aq. solution)

Chemical Percentage

Silicone Oxide (SiO₂) 61%

Aluminum Oxide (AlO₃) 18.1%

Ferric Oxide (Fe₂O₃) 3.5%

Sodium Oxide (Na₂O) 2.3%

Magnesium Oxide (MgO) 1.7%

Calcium Oxide (CaO) 0.2%

Titanium Oxide (TiO₂) 0.1%

Potassium Oxide (K₂O) 0.07%

Other 7.8%

Type: Synthetic sulfonated

Solubility: Soluble in water

pH: 7.0 - 9.0 (150 g/L @ 20°C)

Microtox: >91% @ 11.4 kg/m³

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 20L pail

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 25kg bag/bulk

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 20L pail

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 50lb sack

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 25-40lb sack

WHMIS: Not controlled

TDG: Not regulated

Packaging: 50lb sack

WHMIS: Controlled (see MSDS)

TDG: Regulated

Packaging: 25kg sack

WHMIS: Not controlled

TDG: Not regulated

Packaging: 50lb sack

WHMIS: Not controlled

TDG: Not regulated

Packaging: 25kg sack

Water Requirement: 40% w/w

pH: 6.0 - 8.0 (10% solution)

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 20L pail

Type: Proprietary mixture

Solubility: Moderate in water

pH: 6.0 - 8.0 (1% solution)

Obtain as much well information as possible for the Earth Pro ResinBond Cement plug, most important are depth, and/or BHST (°C.)

Ensure well has been circulated clean, and that the well is dead.

Measure accurately the correct amount of CLEAN, FRESH water into the mixing vessel. Five (5) liters of water per 20 kg pail of Earth Pro ResinBond Cement is required for proper hydration. Do NOT use produced or contaminated water sources for mixing Earth Pro ResinBond Cement. Uncontrollable slurry properties could result in job failure. Ensure the mixing water temperature is 15-25°C. Lower temperature water may result in difficulty mixing, while using very hot water may lead to loss of working time, again leading to job failure.

In the following table, find the temperature closest to the BHT in the well being serviced. This corresponds to the proper amount of RB Catalyst L PER PAIL of Earth Pro ResinBond Cement required in this well situation.

Carefully pour the required amount of RB Catalyst into the measuring vial. Shake lightly to level. Re-measure and add or remove Catalyst as required. Do NOT tamp, as product will compact, leading to overt treating. Slight overdosing or under dosing will not compromise the overall fluid properties of Earth Pro ResinBond Cement, but care in handling is always recommended.

Add the required amount of RB Catalyst L FIRST to the mixing water. Stir for a minimum of 3-5 minutes to ensure proper dissolution.

Add the Earth Pro ResinBond Cement to the water and RB Catalyst L while mixing steadily to avoid lumping, and mix until the slurry is visibly smooth.

Pour into the dump bailer equipment and run to bottom and place plug as per usual procedure.

Pull up slowly to avoid disturbing plug.

Apply squeeze pressure if required.

RB Catalyst L Loading

Depth Temp Catalyst L per 20 kg Measured Volume per 20 kg

(m) (°C) (grams) (cc)

400 15 280 Full container

600 20 220 200

750 25 170 150

900 30 150 130

1100 35 130 110

1300 40 90 75

1500 45 60 45

1700 50 20 15

1900 55 20 15

2100 60 20 15

NOTE: Temperatures are estimates for average Western Canadian well conditions and are for reference purposes only. Please contact oil company personnel for specific well depth/temperature profiles in the area for accuracy.

Aluminum: 99.5%

Silicon: <1.0%

Iron: <1.0%

Solubility: Soluble in water

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 25kg/50lb bags

WHMIS: Controlled (see MSDS)

TDG: Regulated

Packaging: 20L pail

Sodium Napthalene Sulphonate: 85%

Sodium Sulphate: 10%

Water: 5%

Solubility: Soluble in water

pH: 9.5 (1% solution)

WHMIS: Not controlled

TDG: Not regulated

Packaging: 50lb bag

WHMIS: Not controlled

TDG: Not regulated

Packaging: 25kg bag

Solubility: Soluble in water

pH: 14.0 (1% in fresh water)

WHMIS: Not controlled

TDG: Not regulated

Packaging: 1700lb bag / bulk

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 25kg pail

WHMIS: Not controlled

TDG: Not regulated

Packaging: 25kg bag

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 25kg bag

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 25-40kg sack

WHMIS: Not controlled

TDG: Not regulated

Packaging: 50lb bag

WHMIS: Controlled (see MSDS)

TDG: Regulated

Packaging: 1000L tote

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 1000L tote

WHMIS: Not controlled

TDG: Not regulated

Packaging: 40kg bag

Type: Montmorillonite; bentonite

Solubility: Insoluble

pH: 8.0 - 11.0 (5% solution)

pH: 8.0-10.0

Typical Chemical Analysis

SiO₂ 63.54% MgO 1.67%

Al₂O₃ 19.28% CaO₃ 0.38%

Fe₂O₃ 3.48% TiO₂ 0.22%

K₂O 0.10% Na₂O 2.34%

MnO 0.02% H₂O 4.50%

LOS 4.37% (Loss on Ignition)

WHMIS: Not controlled

TDG: Not regulated

Packaging: 5L / 10L / 15L pail

Appearance: Amber liquid

Specific Gravity: 1.07

Pour Point: < -1°C

Flash Point: > 93.9°C

Boiling Point: 106°C

Appearance: Amber liquid

Type: Guar gum or xanthan gum

Solubility: Soluble in water

Ionic Charge: Slightly anionic

Solubility: Not soluble

pH: 5.5-6.5 (1% in water)

Vapor Pressure: <10 mm Hg

Evaporation Rate: <1.0

Type: Micronized rubber

Ionic Charge: Neutral

Appearance: White granules

Bulk Density: 800 kg/m³

Type: Lubricant

Solubility: Soluble in water

pH: 5.0-8.5

Solubility: Forms a gel in water

pH: 4.0 - 7.0 (1% solution)

Type: Hydrophilic polymer

Solubility: Insoluble

Appearance: Opaque dark yellow to beige liquid

Specific Gravity: 1.08

WHMIS: Not controlled

TDG: Not regulated

Packaging: 10 x 2lb carton

WHMIS: Controlled (see MSDS)

TDG: Regulated

Packaging: 1000L tote

Type: Polyacrylamide

pH: 6.5 - 7.5 (1% solution @ 25°C)

Shelf Life: 6 months

WHMIS: Controlled (see MSDS)

TDG: Regulated

WHMIS: Not controlled

TDG: Not regulated

WHMIS: Not controlled

TDG: Not regulated

Packaging: 8kg or 15kg pail

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 25kg bags

WHMIS: Not controlled

TDG: Not regulated

Packaging: bulk / 1000L totes

No-purge device provides comparable, formation quality samples of ALL parameters from small-diameter (1.5" and larger) wells for both short and long-term monitoring

Protective outer sleeve more than doubles wall thickness

Could be useful in steel wells, open boreholes, or anywhere a HydraSleeve could come in contact with jagged edges or increased potential for abrasion

Disposable

Fits in 1.5 Schedule 40 and larger wells

Standard material = virgin 7 mil PE

Absolute maximum volume obtainable without spilling 500 mLs

Requires the use of 8 oz. Bottom Weight

Layflat = 2.5"W x 30"L

Filled Diameter = 1.5"

Filled Volume = ~500 mL

Fill Stroke = 30"

Keeps the joint from slipping apart

Less bulging and breaking

Prevents fluid loss

Complete line of accessory products are manufactured with the same precision

Data is available in real time on-screen and is also stored in an Excel spreadsheet for easy graphical viewing and printing

A computer running software graphs the data from both cells

Windows-based software

Reports real-time data that can be exported to an Excel, Word, or similar file

Enables you to program the temperature, pressure ramps, and motor speed

Operates multiple units with one computer

Power Supply: 115 / 220 Volt, 50/60 Hz

WHMIS: Not controlled

TDG: Not regulated

Packaging: 1000kg totes

WHMIS: Controlled (see MSDS)

TDG: Regulated

Packaging: 1000 L tote

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: Bulk

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 50lb sack/bulk

Solubility: 18% by weight of water @ 21°C

Sodium Carbonate: 99.5% min

Sodium: 58.2% min

Calcium: 150 ppm (max)

Magnesium: 50 ppm (max)

Sodium Sulphate: 400 ppm (max)

Sodium Chloride: 500 ppm (max)

Iron: 5 ppm (max)

Moisture: .15% max

Water Insolubles: 500 ppm (max)

WHMIS: Not controlled

TDG: Not regulated

Packaging: 50lb sack

Part Number Description

102639 PD Rod (HWT Casing) Box to Solid Blank

102640 PD Rod (HWT Casing) Pin to Solid Blank

Part Number Description Hoisting Weight

102633 NW Rod Pin to PD Rod (HWT Casing) Pin 10,000/30,000 LB

102634 NW Rod Pin to PD Rod (HWT Casing) Bullnose 10,000/30,000 LB

Part Number Description

102248 PD Rod (HWT Casing) Box to PW Casing Pin

100678 PD Rod (HWT Casing) Box to PWT Casing (SD Rod) Pin

102635 PW Casing Box to PWT Casing (SD Rod) Pin

102636 PWT Casing (SD Rod) Box to PW Casing Pin

Part Number Description

102638 PD Water Saver Sub (HWT Casing)

Part Number Description Crown Waterway Configuration

103320 H3 Carbonado Tapered Superflush Waterway

103371 H3 Carbonado Tapered Face-Discharge Waterway

102880 H3 Carbonado Tapered Wide Waterway

103688 H3 Carbonado W Superflush Waterway

103480 H3 Carbonado W Wide Waterway

103305 H3 Carbonado (OS 3.895) W Wide Waterway

Part Number Description

101021 PW Level 1 Casing Shoe

101011 PW Level 2 Casing Shoe

101022 PWT Level 1 Casing Shoe

101012 PWT Level 2 Casing Shoe

103636 PWT Carbonado Casing Shoe

Part Number Description Qty

102168 Casing Advancer Assembly -

102170 Inner Assembly, Casing Advancer -

101876 Spearhead 1

100453 Nord-Lock Washer 1

101878 Release Shaft 1

101880 Latch Body 1

101882 Latch Shoe 2

101883 Spring 2

101884 Locating Pin 2

101886 Stop Latch Set 1

101888 Stop Latch Pin 1

101889 Split Cotter Pin 2

101890 Stop Latch Spring 1

101892 Spacer Set 1

101894 Bit Sub 1

102172 Loading Sleeve 1

102174 Driver 1

Part Number Description Qty

101087 OD Gauge Assembly -

101085 OD Gauge, Drill Rod New 1

101057 OD Gauge, Drill Rod Wear 1

101084 Lock Nut, OD Gauge 1

101083 Flat Washer, OD Gauge 2

101082 Hex Bolt, OD Gauge 1

101090 Wear Sample -

Conversion Kit

Part Number Description Qty

101424 Link-Latch to Edge Latch Conversion Kit -

100808 Latch 2

100450 Latch Spring 1

100449 Latch Retracting Pin 2

100451 Latch Pivot Pin 1

100666 Drift Pin Tool, Latch Retracting Pin 1

100877 Drift Pin Tool, Latch Pivot Pin 1

101427 Conversion Instructions 1

101152 Parts Pouch 1

To simplify the conversion of your current core barrel systems to the Edge Latch system, Di-Corp offers a conversion assembly which can be attached to the spindle of most systems.

Conversion Head Assembly

Part Number Description Qty

100883 Core Barrel Conversion Head Assembly -

100462 Spearhead Point 1

100447 Spearhead Spring 1

100463 Detent Plunger 1

100448 Coiled Spring Pin, ø7/16" x 1" Long 1

100464 Spearhead Base 1

100449 Latch Retracting Pin 2

100465 Latch Retracting Case 1

100466 Latch Body, Upper 1

100451 Latch Pivot Pin 1

100450 Latch Spring 1

100808 Latch 2

100469 Landing Shoulder 1

100452 Stainless Steel Ball, ø22mm 1

100468 Landing Indicator Bushing with OD Groove 1

100470 Latch Body, Lower 1

100453 Lock Washer 1

Inner Tube Cap Assembly without Thread Protector

Part Number Description Qty

100556 Inner Tube Cap Assembly without Thread Protector -

100554 Inner Tube Cap Body 1

100461 Grease Fitting 1

100452 Stainless Steel Ball, ø22mm 1

100474 Check Valve Body 1

If drilling in ground conditions where the loss of costly drilling fluids becomes a problem, it may be necessary to replace the Landing Indication components with optional Fluid Retention parts which act like a check valve to maintain a column of fluid in the drill string.

Fluid Retention Kit

Part Number Description Qty

100607 Fluid Retention Kit -

100452 Stainless Steel Ball, ø22mm 1

100612 Bushing, Fluid Retention 1

101138 Bushing, Heavy Mud Fluid Retention 1

100608 Fluid Retention Compression Spring, Light 1

100609 Fluid Retention Compression Spring, Medium 1

100610 Fluid Retention Compression Spring, Heavy 1

Part Number Description Qty

100635 Overshot Assembly, Rolling -

100604 Overshot Head Assembly -

100518 Cable Swivel Eye Bolt 1

100519 Cable Swivel Collar 1

100520 Thrust Bearing 1

100521 Castle Nut 1

100522 Cotter Pin 1

100461 Grease Fitting 1

100628 Roller Wheel 6

100631 Spring Pin, ø3/8" x 1-1/2" Long 6

100638 Cable Swivel Roller Body 1

100524 Jar Staff 1

100525 Jar Tube Assembly 1

100526 Hex Nut, 3/4" UNC 2

100527 Nord-Lock Washer 2

100637 Roller Body 1

100528 Overshot Head Body 1

100533 Set Screw 1

100529 Compression Spring, Lifting Dog 1

100530 Lifting Dog 2

100531 Lifting Dog Pivot Pin 1

100532 Sway Pin 1

100535 Pin Link 2

100539 Self Locking Cap Screw 4

100692 Overshot Loading Fork Tool 1

100689 Overshot Loading Funnel 1

Type: Blend

Solubility: Dispersible in water and brine

pH: 6.0 - 8.0

WHMIS: Controlled (MSDS available)

TDG: Regulated

Packaging: 20L pail

Pin ends are stamped with a code for easy traceability

‘R’ wireline drill rods have one identifying groove behind the pin end

End cap decals are used to identify the product once packaged for shipping

Packaging & Controls

Chemical Properties

Packaging & Controls

Chemical Properties

Physical Properties

Packaging & Controls

Chemical Properties

Packaging & Controls

Chemical Properties

Packaging & Controls

Packaging

N3 Compact Plus Water Swivel Spares Kit and Parts

N3 Core Barrel Assembly & Options

N3 Head Assembly & Options

N3 Overshot Assembly

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 20L pails

WHMIS: Not controlled

TDG: Not regulated

Packaging: 15kg sack

Type: Blend of surface active agents

pH: 7.0 - 8.0

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: Fiber keg, 25-1kg water-soluble bags in poly packages

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 20kg pail

Type: Inorganic barium salt

Solubility: Insoluble (water, oil)

pH: 7.0 - 9.5

WHMIS: Not controlled

TDG: Not regulated

Packaging: 25kg sack

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 25kg sack

Appearance: Polycellulose clear flakes

Specific Gravity: 1.0

Bulk Density: 140 kg/m³ loose

Average Flake Size: 9.5mm

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 200L drum

WHMIS: Not controlled

TDG: Not regulated

Packaging: 100lb sack

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 50lb sack

WHMIS: Not controlled

TDG: Not regulated

Packaging: 25kg sack

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 25kg bag

Appearance: White powder

Composition: Blend

Density: 2.3 - 2.5 g/cc

WHMIS: Not controlled

TDG: Not regulated

Packaging: 50lb sack

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 50lb bag / bulk

Solubility: Soluble in water

pH: 11.0-12.0

Type: Blend of synthetic, natural and modified natural polymers

Solubility: Soluble in water

Ionic Charge: Slightly anionic

WHMIS: Not controlled

TDG: Not regulated

Packaging: 20L pail

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 50lbs bags / 2000lbs super sacks

WHMIS: Not controlled

TDG: Not regulated

Packaging: 20L pail

Type: Synthetic poly acrylamide

pH: 6.0-8.0

Solubility: Soluble in water

Ionic Charge: Anionic

WHMIS: Not controlled

TDG: Not regulated

Packaging: 20L pail/1000 L tote

WHMIS: Not controlled

TDG: Not regulated

Packaging: 13.6kg pail

WHMIS: Not controlled

TDG: Not regulated

Packaging: 20L pail

No-purge device used to collect and mix, in-situ, sample from 10' well screen

Disposable

Fits in 2" Schedule 40 and larger wells (will not fit in 2" Schedule 80 PVC)

Standard material = virgin 4 mil PE. Tensile strength 25-35 lb.

Requires the use of 8 oz. Bottom Weight

Layflat = 2.75"W x 36"L

Filled Diameter = 1.75"

Filled Volume = ~1000 mL

Fill Stroke = ~96"

Pin ends are stamped with a code for easy traceability

“D” wireline drill rods have two identification grooves behind the pin end, where “D” LITE* drill rods have only one groove

End cap decals are used to identify the product once packaged for shipping

*“LITE” refers to Drillers Edge wireline drill rods that have been manufactured using variable wall material while “D” refers to our deep hole wireline drill rods. Additional sales sheets are available for both versions of drill rod, contact your sales representative.

WARNING: All threads are precision machined and mixing Di-Corp rods with other manufacturers’ rods, adaptors, or threaded accessories is not recommended. Failure to adhere to this recommendation may cause premature failure, an inspection may result in the warranty becoming void.

Part Number Description

103650 SWT Carbonado Casing Shoe

Part Number Description Qty

101869 Casing Advancer Assembly -

101875 Inner Assembly, Casing Advancer -

101876 Spearhead 1

100453 Nord-Lock Washer 1

101878 Release Shaft 1

101879 Latch Body 1

101881 Latch Shoe 2

101883 Spring 2

101884 Locating Pin 2

101885 Stop Latch Set 1

101887 Stop Latch Pin 1

101889 Split Cotter Pin 2

101890 Stop Latch Spring 1

101891 Spacer Set 1

101893 Bit Sub 1

102107 Loading Sleeve 1

101897 Driver 1

Part Number Description Qty

101088 OD Gauge Assembly -

101086 OD Gauge, Drill Rod New 1

101058 OD Gauge, Drill Rod Wear 1

101084 Lock Nut, OD Gauge 1

101083 Flat Washer, OD Gauge 2

101082 Hex Bolt, OD Gauge 1

101091 Wear Sample -

Conversion Kit

Part Number Description Qty

101425 Link-Latch to Edge Latch Conversion Kit -

100496 Latch 2

100450 Latch Spring 1

100483 Latch Retracting Pin 2

100484 Latch Pivot Pin 1

100666 Drift Pin Tool, Latch Retracting Pin 1

100877 Drift Pin Tool, Latch Pivot Pin 1

101427 Conversion Instructions 1

101152 Parts Pouch 1

To simplify the conversion of your current core barrel systems to the Edge Latch system, Di-Corp offers a conversion assembly which can be attached to the spindle of most systems.

Conversion Head Assembly

Part Number Description Qty

100898 Core Barrel Conversion Head Assembly -

100462 Spearhead Point 1

100447 Spearhead Spring 1

100463 Detent Plunger 1

100448 Coiled Spring Pin, ø7/16" x 1" Long 1

100493 Spearhead Base 1

100483 Latch Retracting Pin 2

101394 Latch Retracting Case 1

101395 Latch Body, Upper 1

100484 Latch Pivot Pin 1

100450 Latch Spring 1

100496 Latch 2

100497 Landing Shoulder 1

100452 Stainless Steel Ball, ø22mm 1

100468 Landing Indicator Bushing with OD Groove 1

100498 Latch Body, Lower 1

100485 Lock Washer 1

Inner Tube Cap Assembly without Thread Protector

Part Number Description Qty

100475 Inner Tube Cap Assembly without Thread Protector -

100473 Inner Tube Cap Body 1

100461 Grease Fitting 1

100452 Stainless Steel Ball, ø22mm 1

100474 Check Valve Body 1

Inner Tube Cap Assembly with Thread Protector

Part Number Description Qty

101822 Inner Tube Cap Assembly with Thread Protector -

100473 Inner Tube Cap Body 1

100461 Grease Fitting 1

100452 Stainless Steel Ball, ø22mm 1

100474 Check Valve Body 1

100602 Thread Protector, Inner Tube Cap 1

If drilling in ground conditions where the loss of costly drilling fluids becomes a problem, it may be necessary to replace the Landing Indication components with optional Fluid Retention parts which act like a check valve to maintain a column of fluid in the drill string.

Fluid Retention Kit

Part Number Description Qty

100607 Fluid Retention Kit -

100452 Stainless Steel Ball, ø22mm 1

100612 Bushing, Fluid Retention 1

101138 Bushing, Heavy Mud Fluid Retention 1

100608 Fluid Retention Compression Spring, Light 1

100609 Fluid Retention Compression Spring, Medium 1

100610 Fluid Retention Compression Spring, Heavy 1

Part Number Description Qty

100636 Overshot Assembly, Rolling -

100605 Overshot Head Assembly -

100518 Cable Swivel Eye Bolt 1

100519 Cable Swivel Collar 1

100520 Thrust Bearing 1

100521 Castle Nut 1

100522 Cotter Pin 1

100461 Grease Fitting 1

100692 Roller Wheel 6

100631 Spring Pin, ø3/8" x 1-1/2" Long 6

100638 Cable Swivel Roller Body 1

100524 Jar Staff 1

100525 Jar Tube Assembly 1

100526 Hex Nut, 3/4" UNC 2

100527 Nord-Lock Washer 2

100637 Roller Body 1

100536 Overshot Head Body 1

100533 Set Screw 1

100529 Compression Spring, Lifting Dog 1

100530 Lifting Dog 2

100531 Lifting Dog Pivot Pin 1

100532 Sway Pin 1

100535 Pin Link 2

100539 Self Locking Cap Screw 4

100692 Overshot Loading Fork Tool 1

100690 Overshot Loading Funnel 1

WHMIS: Not controlled

TDG: Not regulated

Packaging: 205 liter drum

Packaging & Controls

Chemical Properties

Packaging & Controls

NU Compact Plus Water Swivel Spares Kit and Parts

NU Core Barrel Assembly & Options

NU Head Assembly & Options

NU Overshot Assembly

WHMIS: Controlled (see MSDS)

TDG: Not regulated

Packaging: 20L pail/1000L tote

WHMIS: Not controlled

TDG: Not regulated

Packaging: 20L pail

Part Number Description Qty

101868 Casing Advancer Assembly -

101874 Inner Assembly, Casing Advancer -

101876 Spearhead 1

100453 Nord-Lock Washer 1

101878 Release Shaft 1

101880 Latch Body 1

101882 Latch Shoe 2

101883 Spring 2

101884 Locating Pin 2

101886 Stop Latch Set 1

101888 Stop Latch Pin 1

101889 Split Cotter Pin 2

101890 Stop Latch Spring 1

101892 Spacer Set 1

101894 Bit Sub 1

101896 Loading Sleeve 1

101898 Driver 1

Part Number Description Qty

101088 OD Gauge Assembly -

101086 OD Gauge, Drill Rod New 1

101058 OD Gauge, Drill Rod Wear 1

101084 Lock Nut, OD Gauge 1

101083 Flat Washer, OD Gauge 2

101082 Hex Bolt, OD Gauge 1

101091 Wear Sample -

Conversion Kit

Part Number Description Qty

101425 Link-Latch to Edge Latch Conversion Kit -

100496 Latch 2

100450 Latch Spring 1

100483 Latch Retracting Pin 2

100484 Latch Pivot Pin 1

100666 Drift Pin Tool, Latch Retracting Pin 1

100877 Drift Pin Tool, Latch Pivot Pin 1

101427 Conversion Instructions 1

101152 Parts Pouch 1

To simplify the conversion of your current core barrel systems to the Edge Latch system, Di-Corp offers a conversion assembly which can be attached to the spindle of most systems.

Conversion Head Assembly

Part Number Description Qty

100898 Core Barrel Conversion Head Assembly -

100462 Spearhead Point 1

100447 Spearhead Spring 1

100463 Detent Plunger 1

100448 Coiled Spring Pin, ø7/16" x 1" Long 1

100493 Spearhead Base 1

100483 Latch Retracting Pin 2

101394 Latch Retracting Case 1

101395 Latch Body, Upper 1

100484 Latch Pivot Pin 1

100450 Latch Spring 1

100496 Latch 2

100497 Landing Shoulder 1

100452 Stainless Steel Ball, ø22mm 1

100468 Landing Indicator Bushing with OD Groove 1

100498 Latch Body, Lower 1

100485 Lock Washer 1

Part Number Description Qty

100636 Overshot Assembly, Rolling -

100605 Overshot Head Assembly -

100518 Cable Swivel Eye Bolt 1

100519 Cable Swivel Collar 1

100520 Thrust Bearing 1

100521 Castle Nut 1

100522 Cotter Pin 1

100461 Grease Fitting 1

100692 Roller Wheel 6

100631 Spring Pin, ø3/8" x 1-1/2" Long 6

100638 Cable Swivel Roller Body 1

100524 Jar Staff 1

100525 Jar Tube Assembly 1

100526 Hex Nut, 3/4" UNC 2

100527 Nord-Lock Washer 2

100637 Roller Body 1

100536 Overshot Head Body 1

100533 Set Screw 1

100529 Compression Spring, Lifting Dog 1

100530 Lifting Dog 2

100531 Lifting Dog Pivot Pin 1

100532 Sway Pin 1

100535 Pin Link 2

100539 Self Locking Cap Screw 4

100692 Overshot Loading Fork Tool 1

100690 Overshot Loading Funnel 1

Packaging & Controls

N2U Compact Plus Water Swivel Spares Kit and Parts

N2U Head Assembly & Options

H Compact Plus Water Swivel Spares Kit and Parts

H Head Assembly & Options

H3 Compact Plus Water Swivel Spares Kit and Parts

H3 Head Assembly & Options

HU Compact Plus Water Swivel Spares Kit and Parts

1 Inside: 6" x 3.41" x 1.19"

Inside: 6" x 3.41" x 2.77"

Inside: 7.88" x 3.9" x 1.42"

Inside: 6.69" x 2.76" x 2.95"

Inside: 7.87" x 4.72" x 2.56"

Inside: 2.5" x 3.28" x 6.94"

Inside: 7.7" x 4.7" x 4"

Outside: 19" x 8" x 17.5"

Inside: 8.5" x 6" x 3"

Inside: 8.44" x 5.89" x 3.73"

Inside: 9.37" x 7.25" x 4.12"

Inside: 11.5" x 8.9" x 3.1"

Inside: 12" x 9" x 6"

Inside: 13.4" x 8.9" x 5.6"

Inside: 14.93" x 10.41" x 5.89"

Inside: 16.9" x 9.9" x 4.6"

Inside: 16.9" x 10" x 6.5"

Outside: 24" x 17.4" x 18.2"

Outside: 29.25" x 16.75" x 16.75"

Outside: 34.75" x 16.75" x 17.5"

Outside 40" x 19.5" x 20"

Outside: 48" x 19.5" x 22.75"

Outside: 55" x 22.6" x 21.25"

Outside: 15" x 10" x 11"

Outside: 19.5" x 12.5" x 14.5"

Outside: 21.2" x 12" x 14.2"

Outside: 25" x 15.5" x 18.5"

Outside: 31.1" x 19.3" x 17.4"

Inside: 16.1" x 12" x 6.89" (Lid 2.76")

Inside: 16.22" x 12.59" x 6.29"

Inside: 17.8" x 12.8" x 5.1"

Inside: 20.04" x 11.2" x 7.86"

Inside: 20.02" x 11.34" x 5.2"

Inside: 18.86" x 14" x 9.45"

Inside: 20" x 11.89" x 19.57"

Inside: 23.03" x 12.6" x 11.81"

Inside: 21.85" x 18.1" x 9.5"

Inside: 21.8" x 17.8" x 8.2" (lid 2.1", base depth 6.1")

Inside: 21.8" x 17.8" x 10.8" (lid 2.1", base depth 8.7")

Inside: 21.8" x 17.8" x 15.9" (lid 4.7", base depth 11.2")

Inside: 26.8" x 17.8" x 8.2" (lid 2.1", base depth 6.1")

Inside: 26.8" x 17.8" x 13.3" (lid 2.1", base depth 11.2")

Inside: 28.34" x 12.6" x 23.62"

Inside: 24.05" x 24.05" x 13.58"

Inside: 29.3" x 20.65" x 18.01" (lid 2.87")

Inside: 52" x 13" x 6"

Inside: 25.63" x 10.62" x 9.57"

Inside: 42.72" x 10.62" x 9.57"

Size: 13" x 1.2" x 20"

Size: 21.5" x 7" x 14.2"

Promo

Inside: 11.5" x 8.9" x 3.1"

Fixed 8"

Extends from 16" to 38"

3 Different Sizes

4.25" x 2.75"

2.5" x 1.75"

Inside: 21.8" x 17.8" x 13.4" (Lid 4.7" Base Depth 8.7")

Promo

10" x 2.15" x 1" (Blade 5")

6.5" x 1.8" x 0.57" (Blade 2.9")

Outside: 21.65" x 13.27" x 15.5"

Outside: 32.87" x 19.1" x 18.66"

* NEW *

User's Choice - Best New Light

Outside: 30.5" x 19.5" x 19"

Outside: 30" x 17.2" x 16.7"

* NEW *

AWARDS - GIFTS - INCENTIVE PRIZES

Promo $159.99

Deluxe Case with carabiner for GoPro & accessories

54.13 Litres

70.79 Litres

102 Litres

141.95 Litres

208 Litres

300 Litres

Day Cooler / Dry Box

Fridge / Freezer

with wheels

Class 1 Div 1

Supports to up 20 lbs

Supports to up 100 lbs

Supports over 50 lbs

Class 1 Div 1

Class 1 Div 2

Utility pole hot stick light with disconnect hook for line work

Optional Ultra Violet lamps available

Soft lightweight case for GoPro & accessories

Hard Protective Case for up to 4 GoPro's, accessories & tablet

Skate / snow / bike / water sports

Longest retractable action camera pole

Durable & lightweight

Adapter to use 2 cameras or a light /camera combo

Mount up to 4 GoPro's for 360° video

Takes Batteries or Rechargeable NiMH

Chemical Resistant

For quick & easy lockdown

Drop Point or Blunt Point

Blunt Point

White or Tan

15 Litres

100 Litres

Class 1 Div 1

120 Litres

Class 1 Div 1

47 Litres

50 Litres

Tundra & Sherpa series

See Below for Cooler Line Up

Optional Ultra Violet lamps available

Rechargeable Lithium-Ion

Contact us for more details

10

20

30

40

50

60

2 5400

70

75

85

95

110

120

125

150

160

45

220

260

520

540

560 5000

5 1510

1530

1550

1560

190

230

200

240

260

280

300

315

350

340

360

380

420

450

470

410

490

520

540

560

5

200

15

25

20

35

111

112

120

140

505

760

700

780

50

4

15

30

50

6

100

802

365

119

805

710

140

60

655

12

25

5

600

10

130

30

240 3000

110

1

3

2

230

250

90

786

782

85 Bear Resistant

Leak-Proof Cooler

125 Lumens

12 Lumens

35 Lumens

110 Lumens

38 Lumens

65 / 35 Lumens

95 / 40 Lumens

400 Lumens

425 Lumens

338 Lumens

200 Lumens

1200 - 400 Lumens

250 Lumens

500 / 140 / 35 Lumens

Web Special

Premium Cooler

225 Lumens

4 Season Premium Cooler

225 Lumens

4 Season Premium Cooler

YETI CLEARANCE

600 Lumens

1200 Lumens x 2

Imagine your logo here

4

1

3

5

8

5

7

9

1

3

5

6

8

7

9

4

5

6

7

8

9

4

5

6

7

8

9

7

8

9

7

9 Alberta Distance Learning Centre | ADLC

Alberta Distance Learning Centre | ADLC

Thermal Conductivity	.93 Btu/hr-ft-OF	1.05 Btu/hr-ft-OF	1.13 Btu/hr-ft-OF	1.2 Btu/hr-ft-OF
Permeability	<2 x 10^-8	6 x 10^-8	6 x 10^-8;	6 x 10^-8
Solids Content	64%	67%	69%	71%
Slurry Weight	13.6 lb/gal	14.4 lb/gal	15.1 lb/gal	15.2 lb/gal
Slurry Volume/Batch	29 gals	36 gals	41 gals	41.5 gals

Product Number	Product Name
27013	Mud Pump Liner 5.5” x 8”
46585	Mud Pump Liner 4.5” x 5” GD
46641	Mud Pump Liner 4” x 5”
42003	Liner Packaging 5.5” x 8”
42004	Liner Packaging 5” x 6”
42006	Liner 5” x 6” 5” Bore PPGD FG45650
42007	Liner 5.5” x 8” 5.5” Bore PPGD FD45655
44319	Gasket Liner 5” x 6” PPGD25G27
47338	Gasket Liner for D-300 AJ1125
47339	Gasket Liner for D-300 AJ1115
47225	Chrome Liner 5.5” x 8” and 5.5” x 10” PPGD FD45655C

Product Number	Product Description
27072	Pitless Adapter 5 9/16” OD CI 5JCI
44285	Pitless Adapter CI 6OD JC 2

Product Number	Size
48846	4-1/2” x 3-3/4” Long
43758	5-9/16”
42404	6-5/8” x Long
43496	6-5/8” x Short
42407	7”

Product Number	Size	Product Name
41323	4.5” x 3”	Figure K
42113	5-1/8” x 4”	Figure K
49318	7” x 8”	Casing Female x Male

Citric Acid	99.5% min	Water	1.0% max
Sulphated Ash	0.1% max	Calcium	200 mg/L max
Chloride	50 mg/L max	Iron	50 mg/L max
Oxalate	350 mg/L max	Sulphate	150 mg/L max
Arsenic	3 mg/L max	Heavy Metals	10 mg/L max

Application	Concentration (lb/100 gal)
Make up fluid (with polymer addition)	10-15
Normal drilling	15-25
Unconsolidated formations	25-40
Lost circulation	35-50

Bentonite %	Slurry Weight kg/m³	Mix Water m³/ton	Slurry Yield m³/ton
0	1893.3	0.440	0.757
2	1785.4	0.547	0.870
4	1713.5	0.653	0.984
6	1665.6	0.759	1.097
8	1593.7	0.867	1.218
10	1569.7	0.971	1.323
12	1521.8	1.078	1.440
16	1461.9	1.291	1.880

				Approximate Working Time (Hrs:min at BHT)
Bag Size (kg)	Water Req. (liters)	Slurry Yield (liters)	Density (kg/m³)	20°C	30°C
20	8.8	15.2	1900	> 6:00	5:00
Comprehensive Strength, MPa (18, 16, 24 hrs)*				0.1, 2.5, 10.0	0.7, 4.5, 11.0

Temp	Density	Working Time	Setting Time	Time to 500 psi	24 Hr Strength
°C	kg/m³	Hr	Est. Hrs	Hr:min	psi
60	1830	2.5-3.0	4.75	10:30	1000
70	1830	2.5-3.0	4.25	10:00	1050
80	1830	2.5-3.0	4.00	9:00	1100
90	1830	2.5-3.0	4.00	8:30	1150

% Expansion Volume at 27°C
Aluminum	Curing Pressure
%	0 kpa	20685 kpa
0	-	-
0.05	12	0.7
0.10	18	0.9
0.25	24	1.6
0.50	57	2.6
1.00	57	5.2

API for Casing Cement Test (Hr:min)				API for Squeeze Cementing Test (Hr:min)
Calcium Chloride (%)	300M Well	600M Well	1200M Well	300M Well	600M Well	1200M Well
0.0	4:40	3:63	2:25	3:30	2:49	1:52
1.0	1:55	1:30	1:04	1:30	1:20	0:54
3.0	0:50	0:47	0:41	0:48	0:43	0:37

Pressure	Atmospheric			Atmospheric			Atmospheric
Temp	15°C			27°C			35°C
CaCl₂ (%)	6 Hrs	12 Hrs	24 Hrs	6 Hrs	12 Hrs	24 Hrs	6 Hrs	12 Hrs	24 Hrs
0	138	483	6,481	517	2,793	13,307	1,620	7,343	18,685
1	3,172	5,413	15,790	5,861	10,618	27,442	8,067	16,272	30,717
3	5,206	6,585	16,686	7,550	11,549	27,442	8,446	16,030	31,372

Sodium Metasilicate (%BWOC)	Slurry Density (kg/m³)	Slurry Yield (m³/ton)	Water		Compressive Strength, 24hr (kpa)		Thickening Time
			Water		Compressive Strength, 24hr (kpa)		(Hr:min)
			(m³/ton)	%	50	60	(Hr:min)
0.0	1893	0.929	0.537	44	32889	36613	+4:05	3:10	2:35	---
0.15	1737	1.116	0.732	60	12039	15500	3:20	2:37	2:10	---
1.0	1737	1.116	0.732	60	13073	14997	2:40	1:34	---	---
0.25	1678	1.221	0.830	68	9791	10411	---	---	---	---
1.0	1678	1.221	0.830	68	11308	11880	---	---	---	---
0.5	1618	1.342	0.952	78	6523	8812	---	3:30	2:10	---
2.0	1618	1.342	0.952	78	9150	9791	1:53	1:28	---	---
0.5	1558	1.488	1.100	90	5171	6392	---	---	---	---
2.0	1558	1.488	1.100	90	827	7447	---	---	---	---
0.75	1498	1.658	1.270	104	2634	4309	+5:00	+5:00	+5:00	+5:00
2.0	1498	1.658	1.270	104	4365	4502	+5:00	1:43	---	---
1.0	1438	1.876	1.490	122	1827	2620	---	---	---	---
2.0	1438	1.876	1.490	122	2896	3517	---	---	---	---
1.5	1378	2.175	1.795	147	1014	1586	+5:00	+5:00	+5:00	+5:00
3.0	1378	2.175	1.795	147	1869	1993	+5:00	1:27	---	---
2.0	1318	2.588	2.199	180	703	1207	---	---	---	---
3.0	1318	2.588	2.199	180	1000	1414	---	---	---	---

Casing O.D. (mm)	Plug Sand (kg required to fill 1 meter vertical)
139.7	19
177.8	32
219.1	52
222.3	49
244.5	64

Approximate Volumes for Grout
Drilled Hole Diameter	Loop Inside Diameter	Anlr. Volume (ft³/ft)	Anlr. Volume (gal/ft)
4	3/4"	0.08	0.57
4.5	1"	0.09	0.70
5	1"	0.12	0.89
5.5	1"	0.15	1.10
6	1"	0.18	1.33
5	1-1/4"	0.11	0.84
5.5	1-1/4"	0.14	1.05
6	1-1/4"	0.17	1.29

Product Number	Product Name	Packaging
11256 / 28112	Filter Sand 10/20	50lb
11255	Filter Sand 20/40	100lb
18600	Lane Mtn Sand #50	80lb
28110	Mesh Sand 50/80	1kg
47402	Pea Gravel 3/8” X	55lb
24525	Sand 3 mm	1kg
27080	Sand 20/30 99% Silica Quartz	100lb
49266	Pea Gravel 14 mm washed x 1 cubic yard	Tote
49603	Filter Gravel 4/10	50lb
49568	Silica Sand 40/70 Geothermal	50lb

Size	Schedule	Length	Finish
4"	40	10.5"	galvanized or black
6"	40	10.5"	galvanized or black
8"	40	10.5"	galvanized or black
10"	40	10.5"	galvanized or black
12"	40	10.5"	galvanized or black

Product Number	Size
38449	3” x 6”
49561	4” x 6”
30651	4” x 7”
38450	4” x 7”
46446	4” x 7”
46135	4.5” x 6”
30650	4.5” x 8”
38451	5” x 8”
49172	5.75” x 8”
31036	6” x 9”
38452	6” x 10”
46341	8”
38442	8” x 14”

Product Number	Description
49011	4.5" 5TPI Female X 3" NPT Female
49010	4.5" 5TPI Female X 4" NPT Female
49006	4.94" Female Slip X 4" NPT Female
48962	4.94" 5TPI Female X 3" NPT Female
49005	4.94" 5TPI Female X 4" NPT Female
49167	5" LH 5TPI Female X 3" NPT Female
49166	5" LH 5TPI Female X 4" NPT Female
49165	5" LH 5TPI Female X 5" NPT Female
49164	6" LH 5TPI Female X 4" NPT Female
49009	6" LH 5TPI Female X 5" NPT Female
49007	6" RH 5TPI Female X 4" NPT Female
49008	6" RH 5TPI Female X 5" NPT Female

Product Number	TEL x Length	Slot Size
49523V	4” x 5’	.008”
41195V	4” x 5’	.010”
41196V	4” x 5’	.012”
41198V	4” x 5’	.020”
41268V	4” x 5’	.030”
41236V	5” x 10’	.007”
41238V	5” x 10’	.015”
46091V	5” x 5’	.008”
41199V	5” x 5’	.010”
41201V	5” x 5’	.015”
41202V	5” x 5’	.020”
41203V	5” x 5’	.025”
41204V	6” x 5’	.010”
41205V	6” x 5’	.012”
41206V	6” x 5’	.015”
41207V	6” x 5’	.020”
42320V	6” x 5’	.025”
41386V	6” x 5’	.030”
41383V	6” x 5’	.040”
41395V	6” x 5’	.050”

Product Number	Description
48837	4" X 20' X SDR 21 5 TPI
48896	4.94" X 20' X .248" 5 TPI
48947	4.94" X 20' X .291" 5 TPI
49242	5" X 20' X SCH80 5 TPI LH
49241	5" X 20' X SCH80 5 TPI RH
49636	6" X 10' X .390" 5 TPI LH
48864	6" X 20' X .390" 5 TPI LH
48863	6" X 20' X .390" 5 TPI RH

Product Number	Size	Wall Thickness	End Type
41724	4-1/2" x 21'	.237"	Thread & Coupled
41735	5-9/16" x 20'	.188"	Inserted Joint
41736	5-9/16" x 20'	.258"	Inserted Joint
41165	6-5/8" x 5'	.188"	Plain End
47139	6-5/8" x 20'	.188"	Bevelled
41746	6-5/8" x 20'	.188"	Inserted Joint
41751	7" x 20'	.231"	Inserted Joint
41759	8-5/8" x 21'	.322"	Thread & Coupled
46778	10-3/4" x 21'	.365"	Thread & Coupled

Product Number	Size	Style
41850	2" x 2-7/8" OD	Weld On
44101	4-1/2" x 4" ID x 4" Long	Weld On
46684	4-1/2" x 4" ID x 4" Long	Threaded
41853	4-1/2" x 4-1/8" ID x 4" Long	Weld On
41851	4-1/2" x 4-2/25" ID x 4" Long	Threaded
43949	5-9/16" x 5-1/4" ID x 4" Long	Threaded
43457	5-9/16" x 5-1/4" ID x 4" Long	Weld On
41872	5-9/16" x 5-1/4" ID x 4-1/2" Long	Weld On
41903	6-5/8" x 6-1/8" ID x 4" Long	Weld On
41900	6-5/8" x 6-1/8" ID x 4" Long	Threaded
41890	6-5/8" x 6-1/8" ID x 4-1/2" Long	Threaded
41899	6-5/8" x 6-1/8" ID x 5-3/8" Long	Threaded
41878	6-5/8" x 6-1/8" ID x 5-3/8" Long	Weld On
41916	6-5/8" x 6-1/4" ID x 3-1/2" Long	Weld On
41918	6-5/8" x 6-1/4" ID x 4-1/2" Long	Threaded
41920	6-5/8" x 6-1/4" ID x 4-1/2" Long	Weld On
43479	6-5/8" x 6-1/4" ID x 5-1/2" Long	Weld On
43458	6-5/8" x 6-1/4" ID x 5-3/8" Long	Weld On
41896	6-5/8" x 6-1/4" ID x 5-3/8" Long	Threaded
41893	6-5/8" x 6-1/4" ID x 5-3/8" Long	Threaded
41923	7" x 6-1/2" ID x 5-3/4" Long	Weld On
43468	8-5/8" x 8-1/8" ID x 7-3/4" Long	Weld On
44569	8-5/8" x 8-1/8" ID x 7-3/4" Long	Threaded
41928	8-5/8" x 8-1/4" ID x 7-3/4" Long	Weld On
43469	10-3/4" x 10-1/4" ID x 9-1/2" Long	Weld On

Product Number	Product Name	SDR
47168	3/4" X 150'	11.0
47270	3/4" X 185'	11.0
49221	3/4" X 200'	11.0
49223	3/4" X 300'	11.0
46873	1" X 315'	9.0
49205	1" X 350'	11.0
46743	1" X 375'	11.0
49131	1" X 400'	11.0
49204	1" X 500'	11.0
49641	1-1/4" X 155'	11.0
48968	1-1/4" X 200'	11.0
48748	1-1/4" X 205'	11.0
46811	1-1/4" X 250'	11.0
47030	1-1/4" X 270'	11.0
46980	1-1/4" X 275'	11.0
46984	1-1/4" X 285'	11.0
46977	1-1/4" X 305'	11.0
46612	1-1/4" X 310'	11.0
46976	1-1/4" X 325'	11.0
47417	1-1/4" X 330'	11.0
49198	1-1/4" X 350'	11.0
46978	1-1/4" X 380'	11.0
49102	1-1/4" X 406'	11.0
47105	1-1/4" X 420'	11.0
49103	1-1/4" X 425'	11.0
47269	1-1/4" X 460'	11.0
47470	1-1/4" X 470'	11.0
47131	1-1/4" X 475'	11.0
49203	1-1/4" X 492'	11.0
48741	1-1/4" X 500'	11.0
47473	1-1/4" X 505'	11.0
46897	1-1/4" X 510'	11.0
48803	1-1/4" X 515'	11.0
47141	1-1/4" X 600'	11.0
47368	1-1/4" X 605'	11.0
49551	1-1/4" X 644'	11.0
47253	1-1/4" X 650'	11.0

Product Number	Bolts	Size
46358	3	2-3/8"
46783	4	3-1/2"
41815	4	4-1/2"
44510	3	4-1/2"
44585	4	5-9/16"
46190	3	6-5/8"
41817	4	6-5/8"
46063	4	8-5/8"
48955	3	10-3/4"
41802	4	10-3/4"
49701	4	12"
41804	4	12-3/4""
49209	4	14"
48788	4	16"

Product Number	Product Description
47098	QC Slope Indicator Casing 70 mm x 3 m (2.75” x 10’)
48901	QC Slope Indicator Casing 85 mm x 3 m (3.34” x 10’)
48908	QC Slope Indicator Casing 85 mm x 1.5 m (3.34” x 5’)
49020	QC Slope Indicator Casing 70 mm x 1.5 m (2.75” x 5’)

Product Number	Description
48844	1" Stainless Steel Centralizer
36607	2" Stainless Steel Centralizer
47046	3.78" Stainless Steel Centralizer
36608	4" Stainless Steel Centralizer
47001	4.5" Stainless Steel Centralizer
36609	6" Stainless Steel Centralizer
36615	7" Stainless Steel Centralizer
49121	8" Stainless Steel Centralizer

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Product Number	Description
WCP4V	4V Well Cap
27030	5V Well Cap
30567	5W Well Cap
27033	6.6V Well Cap
27032	6V Well Cap

Product Number	Description
41191	Kwik Klamp 1 for 1" to 2" Pipe
37195	Adjusting Screw with nylon water
37196	Lever Linkage 2 pcs.
37199	Jaw Set with bolts
37203	Spring
37206	Lock Pin

Product Number	Description
30667	Displacement Plug HQ Grind Finish to 2-18/25” x 4-1/8”
30668	Displacement Plug HWL
30669	Displacement Plug NWL
30670	Displacement Plug BWL
30671	Displacement Plug AQ
30672	Displacement Plug NTW
30673	Displacement Plug PQ 4-1/2”
30675	Displacement Plug PW 5-1/2”
30679	Displacement Plug 7” Top
30680	Displacement Plug 8-1/16” Top

Product Number	Description
30209	Safety Plug EX P150
30210	Safety Plug AQ P187
30211	Safety Plug BQ P238
30212	Safety Plug NQ P300
30213	Safety Plug HQ P387

Product Number	Description
30151	CW Plug – HQ
30152	CW Plug – NQ
30153	CW Plug – BQ
30154	CWBP Plug – AQ
30155	CWBP Plug – NQ
30156	CWBP Plug – PWT
30158	CWBP Plug – HWT
30170	CWBP Plug - HQ

Part Number	Size and Thread
100829 / 102429	ND 3 m (10 ft)
102428 / 102430	ND 1.5 m (5 ft)
102327 / 102432	HD 3 m (10 ft)
102431 / 102433	HD 1.5 m (5 ft)
102140 / 102141	PD 3 m (10 ft)
102142 / 102143	PD 1.5 m (5 ft)

Part Number	Description
102109 / 102117	BWL 3 m (10 ft)
102125 / 102133	BWL 1.5 m (5 ft)
102110 / 102118	NWL 3 m (10 ft)
102126 / 102134	NWL 1.5 m (5 ft)
102111 / 102119	HWL 3 m (10 ft)
102127 / 102135	HWL 1.5 m (5 ft)

Part Number	Size and Thread	Deep Hole or Standard
102153 / 102155	ND 3 m (10 ft)	Deep Hole
102149 / 102151	NWL 3 m (10 ft)	Standard
102154 / 102156	HD 3 m (10 ft)	Deep Hole
102150 / 102152	HWL 3 m (10 ft)	Standard

Part Number	Metric Length	Imperial Length
102073 / 102072	3 m	10 ft
102071 / 102070	1.5 m	5 ft
103298 / 103297	0.6 m	2 ft

Sodium Metasilicate (%BWOC)	Slurry Density (kg/m³)	Slurry Yield (m³/ton)	Water		Compressive Strength, 24 hr (kpa)		Thickening Time (hr:min)
Sodium Metasilicate (%BWOC)	Slurry Density (kg/m³)	Slurry Yield (m³/ton)	m³/ton	%	50	60	Thickening Time (hr:min)
0	1893	0.929	0.537	44	32889	36613	+4:05	3:10	2:35	---
0.15	1737	1.116	0.732	60	12039	15500	3:20	2:37	2:10	---
1.0	1737	1.116	0.732	60	13073	14997	2:40	1:34	---	---
0.25	1678	1.221	0.830	68	9791	10411	---	---	---	---
1.0	1678	1.221	0.830	68	11308	11880	---	---	---	---
0.5	1618	1.342	0.952	78	6523	8812	---	3:30	2:10	---
2.0	1618	1.342	0.952	78	9150	9791	1:53	1:28	---	---
0.5	1558	1.488	1.100	90	5171	6392	---	---	---	---
2.0	1558	1.488	1.100	90	827	7447	---	---	---	---
0.75	1498	1.658	1.270	104	2634	4309	+5:00	+5:00	+5:00	+5:00
2.0	1498	1.658	1.270	104	4365	4502	+5:00	1:43	---	---
1.0	1438	1.876	1.490	122	1827	2620	---	---	---	---
2.0	1438	1.876	1.490	122	2896	3517	---	---	---	---
1.5	1378	2.175	1.795	147	1014	1586	+5:00	+5:00	+5:00	+5:00
3.0	1378	2.175	1.795	147	1869	1993	+5:00	1:27	---	---
2.0	1318	2.588	2.199	180	703	1207	---	---	---	---
3.0	1318	2.588	2.199	180	1000	1414	---	---	---	---