High quality dewatering flocculants help to create a reliable and efficient system to ensure you mitigate downtime and maintenance costs. At ChemREADY, we provide chemicals and treatment solutions customized to meet your needs.
Every mineral slurry comes with unique particle sizes and charge requirements. FlocREADY water treatment flocculants and coagulants are engineered to improve performance by precisely matching the molecular weight and charge of the flocculant to the slurry’s characteristics. This optimization ensures the most efficient dosage and cost-effective results.
We offer high-quality dry-powder floccs that deliver consistent active polymer content. Our proprietary sieving process minimizes dust fines, reducing exposure and slippery residue in the makedown area. Additionally, our portfolio includes high-performance emulsion floccs, which improve liquid/solid separation, prevent emulsion settling, and reduce the formation of insoluble material.
By incorporating FlocREADY into your wastewater treatment plan, you can achieve superior liquid/solid separation while lowering costs through optimized dosing and reduced chemical waste. Our experienced chemists tailor these solutions to meet your specific needs, ensuring peak efficiency. Without the proper guidance, plants may encounter expensive equipment damage, non-compliance fees, or increased energy costs.
Flocculants are substances that promote the clumping of fine particles in water. They are used widely in wastewater treatment to enhance the separation of solids and liquids, ensuring cleaner effluent and more efficient processes.
Nanofloc® uses precision-engineered nano-scale wastewater flocculant agents that enhance charge neutralization and bridging efficiency. The result: cleaner effluent, greater process stability, and consistent compliance in both municipal and industrial systems.
Cationic flocculants are used to bind and remove negatively charged particles from wastewater. They are ideal for sludge dewatering and improving solid-liquid separation in industrial and municipal wastewater applications, leading to cleaner discharge and better system efficiency.
Learn more about Cationic Flocculants
Anionic flocculants work effectively in treating mineral processing wastewater by attracting positively charged particles. They help optimize settling, filtration, and clarification processes, ensuring maximum removal of impurities while reducing operational costs.
Learn more about Anionic Flocculants
Non-ionic flocculants are highly effective in treating wastewater with neutral to low charge. They work well in solid/liquid separation processes, especially in environments with high chemical demands, making them versatile in many industrial applications.
Learn more about Non-Ionic Flocculants
Gel Logs provide a unique approach to dewatering by slowly releasing floccs that target suspended solids in stormwater or sediment ponds. This product is highly effective for reducing turbidity and improving water clarity in various water treatment applications.
High performance, anionic flocculant based on a high molecular weight emulsion polyacrylamides scientifically formulated for use as a flocculant in effluent and wastewater treatment applications
Our FlocREADY Non-Ionic Series has a nonionic charge, high molecular weight polyacrylamides in various forms such as free flowing granules, gel logs, emulsions and liquids.
Cationic flocculants used for large and small volume water treatment settle solids.
These substances cause fine particles in water to clump together, making them easier to remove during wastewater treatment processes.
ChemREADY provides cationic, anionic, and non-ionic solutions, each designed for specific applications, from dewatering sludge to improving water clarity.
Gel Logs release compounds slowly, targeting suspended solids, reducing turbidity, and improving water clarity in stormwater systems.
Our solutions optimize solid-liquid separation, reduce chemical waste, and improve overall system efficiency, resulting in cost savings.
They enhance water quality, reduce sludge, and help facilities comply with environmental regulations, while minimizing operational costs.
