Eco-Friendly Water Treatment with WISPROFLOC Polymers

WISPROFLOC polymers serve as a highly efficient solution for water purification across several industries. Crafted from natural potato starch, these polymers are available in anionic, non-ionic, and cationic forms, making them an eco-friendly alternative to synthetic options. Their biodegradability supports sustainable practices within industrial operations that demand effective water treatment solutions.

Conformance and Environmental Benefits

WISPROFLOC products adhere to the European Standard EN 1406, ensuring compliance with regulations for chemicals used in treating water intended for human consumption. This standard underscores the suitability of WISPROFLOC for applications where safety and environmental responsibility are paramount. By promoting flocculation through adsorption and charge neutralization of particles, these polymers offer a sustainable approach to water purification.

Illustration of the flocculation process with WISPROFLOC polymers

Applications and Versatility

WISPROFLOC excels in diverse water treatment scenarios, notably in drinking and process water systems. Flocculating agents are essential for achieving clarity standards that coagulating agents like lime, aluminum, or iron salts alone cannot meet. Combining these traditional agents with WISPROFLOC significantly boosts settlement rates and overall process efficiency.

Industries benefit from the versatility of WISPROFLOC thanks to its adaptable features:

• Highly effective in enhancing drinking water clarification
• Improves filtration efficiency and extends filter runs
• Non-toxic and non-corrosive
• Easily dissolved in cold water
• Effective across a wide pH range

Chart showcasing efficiency improvements in water filtration using WISPROFLOC

Conclusion

WISPROFLOC polymers represent a pinnacle of balancing ecological responsibility with industrial performance. For industries involved in water treatment, adopting WISPROFLOC not only supports environmental stewardship but also enhances operational efficiency. Consider integrating these innovative polymers into your processes to meet stringent water quality standards effectively.