Frac/Stimulation

CLAY CONTROL

CM3300 

An Engineered BioFluid (EBF™) for reservoir stabilization. CM3300 uses a unique dual functioning biopolymer chemically engineered to both encapsulate and electronically interact with the rock to reduce the generation of colloidal fines and eliminate this source of reservoir damage. The CM3300 biopolymer is chemically stable with reservoir colloids over a broad range of pH and salinity, allowing bound or “plated out” clays to remain immobile.

CM3315 

An EBF™ designed for superior clay control targeted at preventing both fines migration and hydration of reactive clays (swelling). CM3315 is a dual functioning biopolymer that both encapsulates and electronically interacts producing optimal completion fluid performance. Winterized version available -- CM3315W.

CM3500

An engineered clay control product designed specifically for superior swelling clays. The product targets the hydration of reactive (swelling) clays commonly encountered in well drilling and completion processes. CM3500 is a versatile product designed to be an alternative to KCl brines and other temporary clay control additives used to address clay hydration in fresh waters.

CM3550 

CM3550 is an engineered clay control product designed to manage swelling clays encountered during the drilling process. The polymeric design of CM3550 both limits the rate of water penetration in the clay mineral structure and ionically interacts with swelling clays to prevent hydration. CM3550 is a versatile product compatible with all common drilling additives and a wide range of pH. CM3550 is efficient and can achieve the desired performance at very low per barrel treatment rates. Winterized version available -- CM3350W.

Cleansurf 52

An EBF™ for enhanced total load recovery in low permeability reservoirs. The product is a nano-scale emulsion that performs in complex and mature oil reservoirs. CleanSurf™ 52 exhibits rapid wetting properties, exceptional surface and interfacial tension reduction and non-alkane dispersion properties.

Cleansurf 55

An EBF™ flow back nano-emulsion for low permeability siliceous reservoirs. CleanSurf™ 55 wets these high TOC reservoirs as well as mature oil fields with similar mineralogy. The product exhibits rapid forming wetting properties, exceptional reduction of surface tension and interfacial tension, and non-alkane dispersion properties over a broad range of API gravity petroleum.

Cleansurf 92

An EBF™ for lowering surface tension in fractionally wetted low permeability gas and gas/condensate reservoirs. The product is a highly active, high-performing non-ionic surfactant. CleanSurf™ 92 can be used as a wetting agent in stimulation fluids and full reservoir clean up. The product is compatible in slick water, gel and acid-based fluid systems and has a typical treatment range from 0.5 to 2.0 gallons per thousand.

Rock Release

A multifunctional EBF™ for enhanced load recovery and iron control for unconventional reservoirs. RockRelease™ enhances production in reservoirs with unusually high levels of dissolved iron in the formation waters and high asphaltene fractions in the oils. Interfacial tension reduction properties as well as the ability to disperse the heavy molecular fraction of oil and chelate ferrous iron before it oxidizes allows RockRelease™ to address complex reservoir chemistry from the moment the reservoir is pressure fractured.

CS-920A

A custom-designed flow back nano-emulsion for oil and condensate reservoirs. CS-920A is chemically formulated to reduce surface tension and destabilize crude oil emulsions in the fracture network and access hydrocarbons in the nano-porous shale matrix. CS-920A’s rapidly wetting O/W interface produces exceptional surface tension and interfacial tension reduction while dispersing non-saturate hydrocarbons over a broad range of API gravity petroleum.

Cleansurf 95

An EBF™ for lowering surface tension in fractionally wetted low permeability reservoirs. The product is a versatile high-performing non-ionic surfactant with excellent non-emulsifying properties. CleanSurf™ 95 can be used as a wetting agent in both primary and secondary stimulation fluids and is suitable in both water and diesel base fluids.

CSA-1

An EBF™ for lowering surface tension in fractionally wetted low permeability reservoirs. CSA-1 is a versatile high-performing anionic surfactant with excellent non-emulsifying properties.

NE 2700

n EBF™ nonionic surfactant which can be used as a non-emulsifier for application in aqueous based fracturing fluids. NE 2700 is an emulsion breaker for water-in-oil and oil-in-water emulsions for a range of crude oil chemistries and API weight oils. NE 2700 separates these fluids to improve petroleum production for our customers.

IronFix

An EBF™ for chelating and maintaining reduced iron in contaminated reservoir formation waters. IronFix™ reacts with dissolved ferrous iron in formation, flow back and produced waters to prevent ferric iron phases from precipitating in the wellbore. IronFix™ keeps the iron in the solution at the molecular level allowing the iron to be flushed from the reservoir without damaging reservoir permeability. IronFix™ is a neat iron-control additive compatible over a broad range of pH and with the full range of Integrity Bio-Chem completion fluid additives. IronFix™ allows operators and pumping service companies to target control for specific zones enriched in dissolved iron. Winterized version available – IronFix W.

IronFix-AS

A proprietary formulation of specialized additives for oilfield systems where fouling and deposits of Iron compounds are of primary concern. IronFix-AS is proven effective in lab and field applications to inhibit the formation of problematic species such as Iron Sulphide and Iron Oxide / Hydroxide – in addition to strong contributions to scale & corrosion control. At elevated dose levels IronFix-AS will provide functionality as a “dissolver” of pre-formed Iron Oxide and Sulphide solids. IronFix-AS is compatible with other oilfield chemicals and can be used across the pH range – including acid stimulation treatments - and at TDS levels up to 200,000 ppm.

IronFix-LP

A highly active, EBF™ chelating and reducing agent for dissolved iron in oilfield waters. IronFix-LP™ reacts with dissolved ferrous iron in formation, flow back and produced waters to prevent the formation of ferric iron phases. IronFix-LP™ keeps the iron in the solution at the molecular level allowing the iron to be flushed from the reservoir without damaging reservoir permeability. IronFix-LP™ is a neat iron-control additive compatible over a broad range of pH and with the full range of Integrity Bio-Chem completion fluid additives. IronFix-LP™ allows operators and pumping service companies to target control for specific zones enriched in dissolved iron.

IronFix-X

A highly active EBF™ for chelating and maintaining reduced iron in highly contaminated reservoir formation waters. This high-performance iron control product reacts with dissolved ferrous iron in formation, flow back and produced waters with high dissolved iron content to prevent iron phases from forming in the wellbore. IronFix-X™ allows dissolved iron to be flushed from the reservoir without damaging reservoir properties.

Polyib201

A high-performance scale inhibitor for oilfield applications. Polyhib 201 deposit control agent has been developed as a Calcium Carbonate and Barium Sulphate scale inhibitor for use in the most challenging oilfield environments – high temperature, high TDS, high iron, and high scaling indices. Winterized version available – Polyhib 201W.

SI-10

A deposit control agent for oilfield applications. SI-10 is an effective all-round scale inhibitor for use in oilfield applications. The product utilizes proven Phosphonate chemistry to control Calcium Carbonate and Barium Sulphate scales and is recommended for use in both fresh water and produced water systems with low iron contents. SI-10 is compatible with other oilfield chemistries and can be winterized with Methanol or another suitable agent, if necessary. Dose rates will vary based on water chemistry, with 200 – 300 parts per million being typical for frac applications.