Kemira Aluminum Chlorides (KEMIRA ACL) are effective primary coagulants on an aluminum base. The products are used in a variety of municipal and industrial applications, primarily for color, organic matter, suspended solids and phosphorus removal.
Anionic and Nonionic Polyacrylamides
Kemira’s nonionic and anionic polyacrylamides have excellent performance in various industrial liquid/solid separation processes. Our quality of manufacture can be assured to be of the highest standard available today.
Bulking sludge and foam control
The formation of bulking sludge and foam in a biological process is mainly due to excessive presence of filamentous bacteria. Kemira FilamentEx® has been developed to address theseproblems and bring stability back to the wastewater process.
Kemira’s cationic polyacrylamides have excellent performance in municipal sludge dewatering applications. Our quality of manufacture can be assured to be of the highest standard, with many decades of process know-how being applied to our products.
Dry ferric sulfate
Kemira Ferric Sulfates (KEMIRA PIX) are effective primary coagulants based on trivalent iron (Fe3+), excellent for drinking water production, wastewater treatment, phosphorus removal applications, struvite control as well as sludge conditioning.
Kemira FennoNutri products offer various macro- and micronutrients required for the efficient operation of a biological waste water treatment plant.
FennoPlus is the most effective and economical solution for the sludge dewatering process.
Ferric chloride sulfate
Kemira Ferric Chloride Sulfates (KEMIRA PIX) are effective primary coagulants based on trivalent iron (Fe3+), excellent for drinking water production, wastewater treatment applications such as phosphorus removal, struvite control and sludge conditioning.
Kemira Polyaluminum Sulfate (KEMIRA PAS, PASS) is a basic, polymerized aluminum sulfate. It contains highlycharged aluminum and will offer advantages such as rapid floc formation, excellent particle removal and improved cold water performance.