Kemira AMA biocides product line is designed to kill or inhibit the growth of a number of troublesome bacteria typically found in and around oilfield applications, such as APB and SRB.
Kemira is producing a broad range of Aluminum Sulfate products. We provide high quality aqueous solutions as well as different grades of granulated material. These special "iron-free" products are perfectly suited for drinking water applications.
Pulp defoamers prevent operational and quality issues like decreased production and final paper quality and increased bleaching chemical usage.
KemDrill mud thinners
Our KemDrill line of mud thinners includes acrylate polymers, copolymers and formulations which work effectively to reduce the viscosity of water-based muds, while controlling of yield point and gel strength.
Kemira has a complete product portfolio of KemDrill polymers designed to improve rheology control of water-based drilling fluids, which offer a cost-effective solution for mud viscosification.
Kemira is a leader in foam control technology. We offer a complete line of environmentally responsible and process–friendly defoamers that are highly functional in various oilfield applications.
KemGuard® corrosion inhibitors
KemGuard CI corrosion inhibitors are ideal for the corrosive heavy brines used to control formation pressure during well completion where the dissimilar metals are especially prone to galvanic action.
KemSep® flocculants & coagulants
Our wide selection of flocculants and coagulants to maximize water quality for discharge or reuse, and help you meet the environmental requirements of the process and lower the total cost of operations
Our KemVert line of primary and secondary emulsifiers is designed to provide highly stable, invert drilling fluids with excellent emulsion stability, preferential oil wetting of solids, and temperature stability.
Kemira NetFloc is a solution for internal water treatment. NetFloc is a chemical kidney ready to be installed in the process.
NetFloc Lite for improved biological breakdown process.