Products in Oil, Gas & Mining Chemicals: Water Soluble

Petrolaid™ RDX is an innovative low pH organic salt technology that replaces traditional mineral and organic acids such as hydrochloric, citric, phosphoric, formic, sulfuric, and their blends. Petrolaid™ RDX uses an “on demand” technology that release the necessary amount of hydrogen ions (H+) to react with calcium scale and iron oxide to form water soluble ions, making Petrolaid™ RDX a preferable alternative to traditional acids with superior performance and cost advantages compared to several traditional acids. Petrolaid™ RDX is DOT non-regulated, non- fuming, non-corrosive to most metals, phosphate free, and a low contributor to BOD/COD in effluents.

T-Soft® L60 is an anionic detergent that exhibits excellent emulsification, wetting, and foaming properties. It is used in a wide variety of industrial markets; oil and gas, HI and I, construction, and textiles.

DeTROPE CA - 100 is a liquid, anhydrous-modified carboxylate. It is suggested for use as a low-foaming hydrotrope in both aqueous and powdered alkaline systems.

Tramfloc® 111 is an anionic polyacrylamide of medium molecular weight and very low charge density. Tramfloc® 111 is supplied as a stable, high density dispersion. Tramfloc® 111 is completely water soluble and produces high viscosity solutions at very low concentrations. Tramfloc® 111 is used as general flocculant in a variety of industrial, mining, paper making, and municipal operations.

Tramfloc® 148 is an anionic polyacrylamide of medium molecular weight and moderate charge density. Tramfloc® 148 is supplied as a stable, high density emulsion. Tramfloc® 148 is completely water soluble and produces high viscosity solutions at very low concentrations.

Tramfloc® 724 is a 40% active, low molecular weight, highly charged, liquid cationic Polydadmac polymer. Tramfloc® 724 is completely water soluble and approved for clarification of potable water, food processing and membrane feed water.

Tramfloc® 308 is a cationic polyacrylamide of moderate molecular weight and charge density. Tramfloc® 308 is supplied as a stable, high density emulsion. Tramfloc® 308 is completely water soluble and produce high viscosity solutions at very low concentrations. Tramfloc® 308 is used as a general flocculant and dewatering agent in a variety of industrial, mining, paper making and municipal operations.

Tramfloc® 133 is a nonionic polyacrylamide of very high molecular weight. Tramfloc® 133 is supplied as stable, high density emulsion. Tramfloc® 133 is completely water soluble and produces high viscosity solutions at very low concentrations. Tramfloc® 133 is used as general flocculant in a variety of industrial, mining, paper making and municipal sewage operations and is potable grade.

Tramfloc® 317 is a cationic polyacrylamide of moderate molecular weight and charge density. Tramfloc® 317 is supplied as a stable, high density emulsion. Tramfloc® 317 is completely water soluble and produce high viscosity solutions at very low concentrations. Tramfloc® 317 is used as a general flocculant and dewatering agent in a variety of industrial, mining, paper making and municipal operations.

Tramfloc® 1040 tablet flocculant is a fast release anionic, granular polyacrylamide polymer of very high molecular weight produced as an effervescent tablet. Tramfloc® 1040 is completely water soluble and safe to apply. Tramfloc® 1040 is used to control erosion in agricultural fields, on river banks, on construction slopes, to precipitate solids in muddy water bodies, mineral slurries, mine tailings, and in marble and granite cutting.

Tramfloc® 147 is an anionic polyacrylamide of medium molecular weight and moderate charge density. Tramfloc® 147 is supplied as a stable, high density dispersion. Tramfloc® 147 is completely water soluble and produces high viscosity solutions at very low concentrations. Tramfloc® 147 is used as general flocculant in a variety of industrial, mining, paper making, and municipal operations.

Tramfloc® 300 is a high molecular weight, moderately charged cationic polyacrylamide. Tramfloc® 300 is supplied as a stable, high density emulsion. Tramfloc® 300 is completely water soluble and produces high viscosity solutions at very low concentrations. Tramfloc® 300 is used as a flocculant and dewatering agent in a variety of industrial, mining, paper making and municipal operations.

Tramfloc® 146 is an anionic polyacrylamide of medium molecular weight and moderate charge density. Tramfloc® 146 is supplied as a stable, high density dispersion. Tramfloc® 146 is completely water soluble and produces high viscosity solutions at very low concentrations. Tramfloc® 146 is used as general flocculant in a variety of industrial, mining, paper making, and municipal operations.

Tramfloc® 310 is a high molecular weight, highly charged cationic polyacrylamide. Tramfloc® 310 is supplied as a stable, high density emulsion. Tramfloc® 310 is completely water soluble and produces high viscosity solutions at very low concentrations. Tramfloc® 310 is used as a flocculant and dewatering agent in a variety of industrial, mining, paper making and municipal operations. Tramfloc® 310 is also applied to grease trap material in dewatering boxes and special dewatering applications.

Tramfloc® 304 is a cationic polyacrylamide of moderate molecular weight and charge density. Tramfloc® 304 is supplied as a stable, high density emulsion. Tramfloc® 304 is completely water soluble and produce high viscosity solutions at very low concentrations. Tramfloc® 304 is used as a general flocculant and dewatering agent in a variety of industrial, mining, paper making and municipal operations.

Fracsal Ultra crosslinking additive consists of a specifically sized, sparingly-soluble borate crosslinking agent suspended in a aqueous, crosslink modifier solution. The low pour point of the winterized Fracsal Ultra makes this product ideal for use under extreme cold conditions. The standard concentration for Fracsal Ultra is 1 to 3 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 1.5 to 6.5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system. Fracsal Ultra packaging can be customized to meet specific requirements.

Fracsal Ultra SC crosslinking additive consists of a specifically sized, sparingly-soluble borate crosslinking agent suspended in a aqueous, crosslink modifier solution. The low pour point of the winterized Fracsal Ultra SC makes this product ideal for use under moderately cold conditions. The standard concentration for Fracsal Ultra SC is 1 to 3 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 1.5 to 7.5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system. Fracsal Ultra SC packaging can be customized to meet specific requirements.

Fracsal Waterbase MP consists of a specifically sized, sparingly-soluble borate crosslinking agent suspended in an aqueous solution. The standard concentration for Fracsal Waterbase MP is 1 to 3 gal per 1,000 gal of fracturing fluid. Crosslink times range from 2 to 6 minutes, depending upon the pH, temperature, and type of polymer-based fracturing fluid system. Fracsal Waterbase MP packaging can be customized to meet specific requirements.

Fracsal II crosslinking additive consists of a specifically sized, sparingly-soluble borate crosslinking agent suspended in a hydrocarbon based carrier fluid. A standard concentration for Fracsal II is 1.0 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 3 to 5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system.

Fracsal Waterbase EM is formulated as three separate products, Fracsal Waterbase EM1, Fracsal Waterbase EM2, and Fracsal Waterbase EM3, each product with a different crosslink time. The Fracsal Waterbase EM series consists of a specially sized, sparingly-soluble borate crosslinking agent suspended in an aqueous solution. Fracsal Waterbase EM series contains a solubilized alkaline salt modifier which is capable of adjusting the rate at which gelation of organic polymer occurs, without substantially altering the final pH or other characteristics of the crosslinked system. Typical usage concentrations for all Fracsal Waterbase EM products is from 1 to 3 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 1 minute to 3.5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system.

Tetra 1172 is a water soluble filming amine/anti water foulant. It is a water soluble corrosion inhibitor for pipeline applications.

Fracsal Waterbase EM is formulated as three separate products, Fracsal Waterbase EM1, Fracsal Waterbase EM2, and Fracsal Waterbase EM3, each product with a different crosslink time. The Fracsal Waterbase EM series consists of a specially sized, sparingly-soluble borate crosslinking agent suspended in an aqueous solution. Fracsal Waterbase EM series contains a solubilized alkaline salt modifier which is capable of adjusting the rate at which gelation of organic polymer occurs, without substantially altering the final pH or other characteristics of the crosslinked system. Typical usage concentrations for all Fracsal Waterbase EM products is from 1 to 3 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 1 minute to 3.5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system.

Fracsal EM is formulated as three separate products, Fracsal EM1, Fracsal EM2, and Fracsal EM3, each product with a different crosslink time. The Fracsal EM series consists of a specially sized, sparingly-soluble borate crosslinking agent and an alkaline salt modifier suspended in a carrier fluid with an extremely low aromatic content. Typical usage concentrations for all Fracsal EM products is from 1 to 3 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 2 minutes to 11.5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system. Fracsal EM packaging can be customized to meet specific requirements.

Fracsal MS is a concentrated borate solution that is used to crosslink guar and derivatized guar-based fracture fluid systems. Fracsal MS is added continuously during the fracturing fluid pumping operation. Fracsal MS produces a unique gel structure downhole that is elastic and thermally stable. This product exhibits improved sand transport into fractures, and the ability to re-heal itself and form a stable gel structure after shearing.

Fracsal Waterbase EM is formulated as three separate products, Fracsal Waterbase EM1, Fracsal Waterbase EM2, and Fracsal Waterbase EM3, each product with a different crosslink time. The Fracsal Waterbase EM series consists of a specially sized, sparingly-soluble borate crosslinking agent suspended in an aqueous solution. Fracsal Waterbase EM series contains a solubilized alkaline salt modifier which is capable of adjusting the rate at which gelation of organic polymer occurs, without substantially altering the final pH or other characteristics of the crosslinked system. Typical usage concentrations for all Fracsal Waterbase EM products is from 1 to 3 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 1 minute to 3.5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system.

Fracsal EM is formulated as three separate products, Fracsal EM1, Fracsal EM2, and Fracsal EM3, each product with a different crosslink time. The Fracsal EM series consists of a specially sized, sparingly-soluble borate crosslinking agent and an alkaline salt modifier suspended in a carrier fluid with an extremely low aromatic content. Typical usage concentrations for all Fracsal EM products is from 1 to 3 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 2 minutes to 11.5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system. Fracsal EM packaging can be customized to meet specific requirements.

LCI is a multi-purpose water soluble corrosion/scale inhibitor designed to protect both iron and copper alloy surfaces. DG LCI protects metal surfaces from corrosion with filming inhibitors, and mineral scale deposits are effectively prevented even at elevated temperatures. DG LCI provides an economical approach to industrial and commercial cooling water treatment since the need for pH control with acid is normally eliminated. DG LCI has also proven highly effective in controlling corrosion and scale in anionic water based drilling mud systems. In areas where heavy metals are restricted by water quality standards, DG LCI provides effective control of corrosion and scale.

Fracsal IV crosslinking additive consists of a specifically sized, sparingly-soluble borate crosslinking agent suspended in a carrier fluid with an extremely low aromatic content. The standard concentration for Fracsal IV is 1 to 3 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 6 to 9.5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system. Fracsal IV packaging can be customized to meet specific requirements.

Shotwell Hydrogenics SHCI-3402 is a water soluble corrosion inhibitor, Anionic, Concentrate that is diluted for RTU product

Fracsal Waterbase HM is formulated as three separate products, Fracsal Waterbase HM1, Fracsal Waterbase HM2, and Fracsal Waterbase HM3, each product with a different crosslink time. The Fracsal Waterbase HM series consists of a specially sized, sparingly-soluble borate crosslinking agent suspended in an aqueous solution. Fracsal Waterbase HM series contains a supplemental additive as a scale inhibitor or iron control. Typical usage concentrations for all Fracsal Waterbase HM products is from 1 to 3 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 1 minute to 3.5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system. Fracsal Waterbase HM packaging can be customized to meet specific requirements.

Fracsal Waterbase HM is formulated as three separate products, Fracsal Waterbase HM1, Fracsal Waterbase HM2, and Fracsal Waterbase HM3, each product with a different crosslink time. The Fracsal Waterbase HM series consists of a specially sized, sparingly-soluble borate crosslinking agent suspended in an aqueous solution. Fracsal Waterbase HM series contains a supplemental additive as a scale inhibitor or iron control. Typical usage concentrations for all Fracsal Waterbase HM products is from 1 to 3 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 1 minute to 3.5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system. Fracsal Waterbase HM packaging can be customized to meet specific requirements.

Shotwell Hydrogenics SHCI-3401 is a water soluble corrosion inhibitor, Cationic, Concentrate that is diluted for RTU product.

Tetra 12 is an Imidazoline with Tetra 241M (ADBAC) 70% active. It is a water soluble corrosion inhibitor concentrate designed for pipeline applications.

Fracsal Waterbase HM is formulated as three separate products, Fracsal Waterbase HM1, Fracsal Waterbase HM2, and Fracsal Waterbase HM3, each product with a different crosslink time. The Fracsal Waterbase HM series consists of a specially sized, sparingly-soluble borate crosslinking agent suspended in an aqueous solution. Fracsal Waterbase HM series contains a supplemental additive as a scale inhibitor or iron control. Typical usage concentrations for all Fracsal Waterbase HM products is from 1 to 3 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 1 minute to 3.5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system. Fracsal Waterbase HM packaging can be customized to meet specific requirements.

Tetra 14 is an Imidazoline/APQ/Tetra 241M (ADBAC) 70% active. It is a water/oil soluble corrosion inhibitor concentrate designed for pipeline applications.

Fracsal Waterbase crosslinking additive consists of a specifically sized, sparingly-soluble borate crosslinking agent suspended an aqueous, crosslink modifier solution. The standard concentration for Fracsal Waterbase is 1 to 3 gal per 1,000 gal of fracturing fluid with crosslink times ranging from 1 to 8.5 minutes depending upon the pH, temperature, and type of polymer-based fracturing fluid system.