1100 Gel is a high-viscosity, synthetic polymeric-nano fusion specifically designed to thicken hydrochloric acid, brines, and fresh water. Its formulation delivers excellent stability at high temperatures and offers enhanced efficiency by generating more viscosity per pound of polymer.

Widely recognized for its performance, 1100 Gel is highly effective as a friction reducer in fresh water, hydrochloric acid, and various brines. This concentrated, semi-liquid nanoparticle suspension allows for quick hydration in both fresh and brine water environments.

BENEFITS:

HANDLING:

This suspension flows easily, even in extreme cold and freezing weather. With a pour point below -10°F, the gel can be easily poured from containers or metered using positive displacement pumps — without heating or special equipment.

RAPID HYDRATION:

Full viscosity develops in 2% KCl solution within one minute at 75°F. 1100 Gel performs well in continuous mixing applications, such as slick water fracturing, even under challenging field conditions. It can be applied directly to calcium chloride brine, achieving rapid viscosity buildup.

SUSPENSION STABILITY:

Built on a proven nano-fusion formula, the base fluid system used in 1100 Gel has been successfully applied in polymer suspensions for over a decade. The gel remains stable for extended periods, with no particle settling or phase separation observed for over a year when stored under standard conditions.

APPLICATIONS

• Enhances live acid penetration efficiency
• Thickening agent for slick water fracturing
• Friction reducer in acid and brine systems
• Thickener for freshwater or brines in workover and completion operations
• Acts as a thickener or aqueous lubricant for pipelines, fiber optics, and related placements
• Suitable for disposal wells and downhole drilling operations

POLYMER CLEANUP

Use a solution of ammonium persulfate to clean affected zones, including near-wellbore areas, where polymer residues may remain.

HANDLING & STORAGE

• Prevent freezing.
• Store at room temperature.
• Keep the container sealed when not in use.

Bio Balance Downhole Drilling Fluid is an advanced organic-complex oil chemistry formulation engineered specifically for downhole drilling applications. It is compatible with water-based muds, oil-based muds, and heavy brine solutions. The fluid maintains excellent stability in high-temperature conditions and is highly effective as a friction reducer across various fluid systems, including fresh water, sea water, high-acid fluids, and brines.

Key Benefits

• Rapid hydration in both fresh water and brine-based systems.
• High thermal stability, resisting breakdown due to heat-induced hydrolysis.
• Maintains solubility and performance even at elevated temperatures.
• Significantly reduces torque and friction, improving Rate of Penetration (ROP).
• Enhances fluid carry capacity while preserving equipment like drill bits, pumps, and motors.
• VOC compliant and effective even at low concentrations (0.5–0.75 gal per 1000 gal of brine).
• Ideal as a thickener for slick water fracturing treatments.
• Liquid form mixes easily without clumping—no lumping issues compared to powdered reducers.
• Can be applied on-the-fly during operations, improving workflow and reducing delays.
• Highly tolerant of pH and temperature shifts.

Compatible Brines and Mixtures

• Fresh water
• Potassium chloride (KCl)
• Sodium chloride (NaCl)
• Calcium chloride (CaCl₂)
• Seawater
• Alkali metal formates
• Heavy brine water
• Sodium chloride/sodium carbonate blends

Applications

Bio Balance Downhole Drilling Fluid has been extensively used across various oilfield operations. It is especially effective in:

• Coiled tubing workover operations
• Fracture acidizing treatment
• High-temperature zones (above 300°F), where stability, viscosity, and lubricity are critical
• Conformance-control treatments where crosslinking capabilities are needed

At low-to-intermediate temperatures, it can be cross-linked with chromium, aluminum, or zirconium ions to form stable gels for profile modification or water shutoff. In higher-temperature applications, it cross-links effectively with organic systems like:

• Phenol-formaldehyde
• Resorcinol-formaldehyde
• Phenyl acetate-HMTA
• Hydroquinone-HTMA
• Various mineral-based agents

Suggested Use Rate

To calculate the required concentration:

Multiply the total number of gallons in your slug pit by 5% (0.05). This gives the number of gallons of Bio Balance Downhole Drilling Fluid to add.

Typical Properties

• API Gravity: 29.08
• Specific Gravity: 0.8812 (ASTM 4052)
• Pounds per Gallon: 7.339
• Density: 0.88071
• Flash Point: 186°C (ASTM D92)
• Pour Point: -18°C (ASTM D97)
• Color: <1.0 (ASTM D1500)
• Viscosity @100°C: 6.021 cSt (ASTM D445)
• Viscosity @40°C: 36.53 cSt (ASTM D445)
• Viscosity Index (VI): 109 (ASTM D2270)

Note: These values reflect standard production tolerances and may vary slightly due to formulation adjustments or blending locations. Variations that do not affect product performance are considered acceptable.

Packaging Options

• 5-gallon pails
• 275-gallon totes
• Bulk load deliveries

Limited Warranty

This product is warranted only to the extent of the purchase price of defective material. EST is not responsible for storage, handling, or use conditions beyond its control. All product guidance and usage instructions are provided for skilled operators with experience in drilling and treatment systems. No other warranties—express or implied—are offered beyond the stated terms.

DM – 8000 is a highly effective, multi-purpose oilfield defoamer designed to eliminate entrapped air in all types of water-based muds, even under extreme field conditions. It reduces surface tension in water-based drilling fluids, as well as in solids-free workover and completion fluids. DM – 8000 maintains performance across high temperature ranges and varying pH levels, and it remains effective even in salt-rich environments.

Key Advantages

• Controls foam in both dispersed and non-dispersed drilling fluid systems.
• Effectively defoams fluids containing either fresh water or seawater.
• Maintains foam control in polymer-thickened fluid viscosities.
• Enhances pump pressure stability by efficiently removing trapped air and gas.
• Environmentally safe for field use and compliant with safety guidelines.

Technical Overview

• Appearance: Brownish clear liquid
• Flash Point: 230°F
• Specific Gravity: 0.82–1.04
• pH: Not applicable

DM – 8000 is an alcohol-based defoamer tailored for use in oilfield operations where foam control is essential. It performs exceptionally in brine systems and is fully compatible with:

• Freshwater
• Seawater
• Brines (including potassium chloride and seawater mud formulations)

Precautions for Use

• Containers, even when emptied, may retain vapors and residual product.
• Avoid cutting, welding, or applying heat to the container under any condition.
• Follow all safety warnings provided on the product label during use and cleaning.
• Do not repurpose the container for other uses.

Storage Guidelines

• Store away from open flames, high heat sources, or sparks.
• Maintain the product in a sealed container when not in use.

Defoamer OFDM-4 is a highly adaptable oilfield defoamer engineered to eliminate entrapped air from all types of water-based muds under demanding field conditions. It is designed to reduce surface tension in water-based drilling fluids as well as in solids-free workover and completion fluids. The product maintains reliable performance at elevated temperatures and across a wide pH range, and it is tolerant of high salt concentrations.

This alcohol-based defoamer is commonly used to manage foaming issues in brine systems. It is compatible with freshwater, seawater, and brine-based muds, including potassium chloride (KCl) and seawater mud formulations.

Advantages

• Controls foaming in both dispersed and non-dispersed fluid systems.
• Efficiently defoams mud containing freshwater or seawater.
• Maintains foam control even in polymer-thickened fluid viscosities.
• Improves pump pressure stability by eliminating trapped air and gas.
• Formulated to be environmentally safe for field use.

Technical Characteristics

• Appearance: Clear liquid
• Flash Point: 54°F
• Specific Gravity: 0.804
• pH (neat): 7.0–8.5

Precautions

• Containers may retain vapors and residue after use.
• Never cut, weld, or apply heat to the container.
• Strictly follow label instructions during application and cleanup.
• Do not reuse containers for other purposes.

Storage Guidelines

• Store in a cool, well-ventilated area.
• Keep away from open flame, heat, and sparks at all times.

Mud Detergent DMD-1000 is a specially engineered additive designed for use across nearly all water-based drilling fluid systems. Its primary function is to reduce surface tension and serve as a highly effective wetting agent. 

This action promotes proper mud pH balance, minimizes shale cutting balling, and enhances penetration rates during drilling operations. Additionally, it acts as a reliable emulsifier and contributes to reduced torque and drag, helping to improve overall drilling efficiency.

Technical Characteristics

• Physical Form: Soapy liquid
• Density @ 25°C: Between 1.0 and 1.10 g/mL
• Surface Tension (0.25% solution in distilled water @ 25°C): Maximum 35.0 dynes/cm
• pH (1% solution in distilled water): Ranges from 7.5 to 10.5

Performance Testing Notes

• When added to mud while stirring at medium speed (using a Hamilton Beach Mixer), 1 mL of the product is introduced and stirred for 5 minutes. The resulting mixture is then poured into a 500 mL measuring cylinder and observed for phase separation.
• Immediate separation of HSD oil: None observed
• HSD oil separation after 24 hours at room temperature: Maximum 5 mL
• Mud lubricity test result: Maximum 0.20
• Foaming tendency: Volume rise due to foaming is no more than 5%

Directions for Use

Testing Procedure:

While stirring a 500 mL sample of drilling mud at medium speed in a small mixer, introduce 1 mL of Mud Detergent DMD-1000. Continue stirring for 5 minutes after full addition. Transfer the entire contents into a 500 mL measuring cylinder and assess for phase separation.

Recommended Dosage:

Apply at a rate of 0.02 to 0.04 U.S. gallons per barrel of mud, depending on the specific conditions and desired performance properties.

FR-1000 FW polymers are part of a specialized family of synthetic polymers formulated with varying compositions and molecular weights for high-temperature oilfield applications. These polymers are typically supplied as invert emulsions.

FR-1000 FW efficiently thickens a broad range of fluid types, including freshwater, seawater, brine, and acid systems.

Advantages of FR-1000 FW

• Rapid hydration in both freshwater and brine solutions
• High resistance to thermally induced hydrolysis
• Delivers excellent friction reduction
• Compatible with brines of varied composition
• Enhances the carrying capacity of fluids
• Highly effective at low concentrations (0.5–0.75 gal per 1,000 gal of freshwater)
• Maintains performance across a wide pH and temperature range
• Concentrated formulation; VOC-compliant
• Stays soluble under elevated temperature conditions
• Ideal thickening agent for slick water fracturing
• Liquid format enables easy dispersion and avoids lumping issues seen with powdered friction reducers
• Suitable for real-time (on-the-fly) mixing

Unique Features

FR-1000 FW functions as a thickener or friction reducer in a variety of brines and mixtures, including:

• Freshwater
• Seawater
• Sodium Chloride
• Potassium Chloride
• Sodium Carbonate
• Alkali Metal Formates
• Calcium Chloride

Applications

FR-1000 FW is widely used across multiple oilfield operations. Its high-performance friction-reducing capabilities make it especially valuable in:

• Coiled tubing workover operations
• Fracture acidizing treatments

In conformance control, FR-1000 FW offers outstanding thermal stability and treatment flexibility. At low to moderate temperatures, it can be cross-linked with metal ions such as chromium, aluminum, or zirconium to form gels for profile modification or water shutoff. At high temperatures, it can be cross-linked with organic systems including:

• Phenol-formaldehyde
• Resorcinol-formaldehyde
• Phenyl acetate-HMTA
• Hydroquinone-HTMA
• Various mineral systems

Typical Dosage:

1 gallon of concentrate per 1,000 gallons of water.

Packaging

• 5-gallon jugs
• 275-gallon totes
• Bulk loads available

Disposal Guidelines

Dispose of unused product and containers in accordance with federal, state, and local regulations. Material not designated for recovery or recycling should be managed through an appropriate, approved waste facility. Be aware that product use, processing, or contamination may affect disposal options. Always consult current local and federal guidelines.

Limited Warranty

EST Inc. disclaims responsibility for any injury, loss, or damage resulting from use not aligned with the product’s label directions or from failure to follow necessary precautions.

FR-2000 BW polymers are part of a family of synthetic polymers designed with varying compositions and molecular weights for high-temperature oilfield applications. These polymers are typically supplied as invert emulsions.

FR-2000 BW effectively thickens a wide range of fluid types, including freshwater, seawater, brine, and acid systems.

Advantages of FR-2000 BW

• Hydrates rapidly in both freshwater and brine-based systems
• Resists thermally induced hydrolysis
• Maintains solubility at elevated temperatures
• Delivers excellent friction reduction
• Thickens brines with diverse chemical compositions
• Enhances fluid carrying capacity
• Effective at low concentrations (0.5 to 0.75 gal per 1,000 gallons) in brine water
• VOC-compliant and highly concentrated
• Ideal as a thickener for slick water fracturing
• Liquid format disperses easily and avoids lumping issues common with powdered friction reducers
• Suitable for on-the-fly mixing
• Provides excellent lubricity and stability at temperatures exceeding 300°F
• Exhibits high tolerance to fluctuations in pH and temperature

Unique Features

FR-2000 BW serves as an effective thickener or friction reducer in a variety of brines and mixtures, including:

• Freshwater
• Seawater
• Heavy brine water
• Alkali metal formates
• Potassium chloride
• Sodium chloride
• Calcium chloride
• Sodium carbonate

Applications

FR-2000 BW has a strong history of performance in a wide range of oilfield operations. Its high-efficiency friction-reducing properties make it well-suited for:

• Coiled tubing workover operations
• Fracture acidizing treatments

In conformance-control applications, FR-2000 BW offers flexibility in treatment design along with superior high-temperature stability.

At low to intermediate temperatures, it can be cross-linked with metal ions such as chromium, aluminum, and zirconium to create gels for profile modification or water shutoff.

At high temperatures, it can be cross-linked with various organic systems including:

• Phenol-formaldehyde
• Resorcinol-formaldehyde
• Phenyl acetate–HMTA
• Hydroquinone–HTMA
• Mineral-based cross-linking systems

Recommended dosage: 1 gallon of concentrate per 1,000 gallons of water.

Packaging

• 5-gallon pails
• 275-gallon totes
• Bulk load shipments available

Disposal Guidelines

Dispose of unused product and containers in accordance with all applicable federal, state, and local regulations. Any material that cannot be recovered or recycled should be handled through an approved waste disposal facility. Note that processing, usage, or contamination may alter disposal options. Always refer to local regulations, which may differ from federal guidelines.

Limited Warranty

EST Inc. disclaims responsibility for any injury, loss, or damage arising from improper use of the product or failure to observe the stated precautions and label directions.

Mega Foam–1100 is a versatile air-drilling foamer engineered to generate foam in freshwater, hard water, and saturated brine environments. It is also effective for unloading water from gas wells to enhance gas production.

Treatment rates vary based on several factors, including:

• Water characteristics
• Bottom-hole pressure and gas flow rate
• Tubing depth and diameter
• Hydrocarbon content

MF–1100 delivers a high volume of stable foam even in the presence of oil. It performs efficiently across a wide range of oilfield brines and remains effective at temperatures up to 350°F. The product is safe to handle, features a high flash point, and requires no hazardous shipping labels.

Advantages

• Powerful and efficient foaming agent
• Foams effectively in freshwater, hard water, and saturated brine
• Maintains performance in the presence of oil contamination
• Long-lasting foam with a half-life of over 5 minutes in freshwater (measured in seconds, equaling 57% of foam height in mL)
• Eliminates the need for multiple foaming agents
• VOC compliant
• High flash point ensures safe handling
• Biodegradable
• No hazardous labeling or shipping requirements

Chemistry

Although foamers are often referred to informally as “soap,” the correct term is surfactant—a surface-active agent that lowers surface tension at the air-water interface.

By reducing surface tension, surfactants trap air bubbles within a water film, decreasing the effective weight of the water and allowing pressure to displace the water column more efficiently.

MF–1100 stands out with its stable foaming and extended half-life, delivering superior air-drilling performance. While most foamers are based on alcohol ether sulfates, MF–1100 uses a unique blend of nano-complex alcohol-ether-sulfates—making it highly biodegradable.

Specifications

• Color: Amber
• Density: 8.6 lb/gal
• Pour Point: –20°F
• pH Range: 7.0–8.0
• Flash Point: > 240°F
• Charge in Solution: Slightly Anionic
• Specific Gravity: 1.048

Handling & Storage

• Prevent product from freezing
• Store at room temperature
• Avoid eye contact
• Avoid prolonged or repeated skin contact
• Do not ingest
• Keep container tightly sealed when not in use

First Aid

Skin and Eyes: Rinse thoroughly with clean water for at least 15 minutes. If irritation occurs, seek medical attention.

Packaging / Availability

Available in:

• 5-gallon pails
• 55-gallon drums
• 275-gallon totes
• Bulk quantities upon request

Mud Solidifier–OM – Bio Base is an eco-friendly, non-polymer-based slurry solidifier engineered specifically to solidify a broad range of aqueous wastewater and sludges. It is particularly effective on materials containing hydrocarbons, heavy brine, oilfield residues, and mining waste with oil-based contaminants.

Advantages

• Rapidly absorbing and highly selective microbes digest a wide variety of wastewater and oilfield sludge, including those with hydrocarbons and high brine content.
• Microbial activity continues beyond initial contact, ensuring ongoing treatment of waste materials.
• Capable of absorbing multiple times its own weight in liquid, with minimal increase in total volume or weight.
• Upon full solidification, most waste types experience only a 2%–3% increase in weight and volume — far less than traditional polymer absorbents that can double or triple in size.
• This minimal expansion significantly reduces hauling and landfill disposal costs.

Features

• Non-polymer and non-hazardous composition.
• Contains over 5 million colony-forming units (CFU) of selective microbes per ounce.
• Effectively solidifies both water-based and oil-based slurries.
• Chemically bonds with liquids while actively digesting hydrocarbon-based waste.
• Reduces overall waste volume with typical expansion under 2%.
• Passes EPA Paint Filter Test Method 9095. After treatment, many waste types also meet EPA TCLP Test Method 1311 for RCRA metals compliance.
• Solidified materials are approved for standard landfill disposal.
• Performs reliably across a wide pH range and in the presence of high concentrations of heavy brine.
• Effective on a broad range of waste types including hydraulic fluids, brine water, hydrocarbons, sewage sludge, and wastewater with high BOD/COD — including fats, oils, and grease.
• Supplied as a dry, easy-to-handle, non-toxic, non-leaching crystal blend that is both safe and environmentally friendly.

Directions for Use

• Mud Solidifier–OM – Bio Base is ready to use with no pre-mixing or activation required. For best results in bulk waste treatment:
• Begin with a quick treatability assessment to determine the optimal dose.
• Measure the required quantity from a 50-lb bag, super sack, or other storage container.
• Apply directly into the waste material and mix thoroughly using a shovel, backhoe, or excavator.

General Absorption Guidelines

• 2–4 oz treats 1 gallon of general waste liquid
• 1–2 oz treats 1 gallon of thick sludge
• 8 oz (1 cup) treats 16 gallons of concrete slurry
• 1 lb (2 cups) treats 32 gallons of concrete slurry
• 50-lb bag treats up to 1,600 gallons of concrete slurry
• 4 oz (½ cup) treats 8 gallons of concentrate slurry

Note: Actual application rates may vary depending on the type and moisture content of the waste. For detailed recommendations and site-specific usage instructions, contact your authorized distributor.

Nano Paraffin Dissolve is a next-generation, nano-engineered solution formulated to dissolve and reliquefy the toughest paraffin and asphaltene deposits in oilfield operations. It leverages proprietary nano-enhanced solubilization chemistry that works at the molecular level, driving reliquefaction particles deep into hardened deposits — even those that are severely dehydrated or compacted — with minimal agitation or flow.

This breakthrough chemistry provides fast, efficient remediation of stubborn hydrocarbon-based sludges and buildups across a wide range of oilfield environments, from wellbores to flowlines and tanks.

Key Features & Benefits

• Boosts oil and gas production efficiency
• Reduces oil viscosity by up to 80%
• Minimizes under-deposit corrosion
• Cuts down on pump load and associated costs
• Speeds up pipeline and equipment cleanout
• Prevents reformation and redepositing of paraffin
• Extends operational life of flowlines and processing equipment
• No heating required for application
• No need for removal before refining

Technical Characteristics

• Appearance: Homogenous, non-viscous liquid
• Color: Light red
• Odor: Mild solvent-like scent
• Solubility: Fully soluble (100%)
• Specific Gravity: 0.78
• Flash Point: 49.4°C
• Boiling Point: 154.4°C
• pH (neat): Not applicable

Application Scope

Nano Paraffin Dissolve is highly versatile and effective in:

• Dissolving paraffin and asphaltene deposits in wells, pipelines, separators, and storage tanks
• Remediating hydrocarbon-based sludge and sediment — including distillate fuels, residual oils, lubricants, and waxy build-ups
• Reducing viscosity and increasing API gravity, improving flow characteristics and product recovery
• Typical hydrocarbon recovery rates exceed 85% of available material, with no harm to the oil — and no requirement for product removal prior to refining.

For best performance, consult your local distributor for feed rates and system-specific recommendations.

How It Works

• Hydrocarbon Liquefaction              Nano-engineered particles penetrate and break down complex hydrocarbon matrices, reliquefying heavy deposits and reducing oil viscosity dramatically. As the viscosity drops, API gravity rises, making extraction and processing easier and more cost-effective.

Paraffin Reliquefact

Breaks down saturated, unbranched, acyclic hydrocarbon chains — the primary structure of paraffin — and replaces them with shorter chains to maintain fluidity. The nano particles reach deep into dehydrated and aged paraffin, ensuring a stable reliquefied state even in low temperatures.

For paraffin deposits with high mineral content, a blended treatment with Syncacid-300 Plus may be recommended for enhanced performance.

Asphaltene Reliquefaction

Replaces lost hydrocarbon chains in asphaltene deposits with stable, non-volatile chains, preventing reformation. Works effectively in surface flowlines and downhole applications.

Storage & Handling

• Handle with care — avoid ingestion or inhalation
• Use safety glasses and gloves during handling
• Do not induce vomiting if ingested
• Store in a cool, dry area away from open flame or heat sources
• Keep containers sealed when not in use

Refer to the product MSDS for detailed safety, handling, and emergency procedures.