Polyaluminium Ferric Chloride vs Alum and Ferric Chloride: Which Is the Best Coagulant for 2026?
PAFC excels as a 2026 coagulant with superior cold-water performance, heavy metal removal & lower operational costs vs traditional alum & ferric chloride.
Comparative Analysis: Sulfuric Acid vs Wet Ferrous Sulfate in Scale Inhibition
Compare sulfuric acid vs wet ferrous sulfate for scale inhibition. Analysis on effectiveness, corrosion risk, and industrial water treatment applications.
Why is Industrial Wastewater Treatment Critical for Environmental Safety?
Learn why industrial wastewater treatment is vital. HORIZON highlights Nonionic polyacrylamide flocculant for effective acidic & complex wastewater treatment.
What Are the Key Cement Industry Applications of Polyaluminum Chloride in 2026?
Explore key 2026 applications of polyaluminum chloride in cement: water treatment, efficiency gains, and environmental compliance for sustainable operations.
How Does Polyaluminum Chloride Work
Learn how polyaluminum chloride (PAC) purifies water through coagulation, neutralization, and floc formation for clean, cost-efficient treatment.
Difference Between PAC and GAC: A Complete Guide to Activated Carbon Types
Learn the key differences between powdered and granular activated carbon, their uses in water treatment, and how to choose the right one for your needs.
What Is Polyacrylamide and How Is It Made?
Learn how polyacrylamide (PAM) is made, its raw materials, production process, and key uses in water treatment, oil recovery, and paper making.
How Activated Carbon Filters Improve Water Quality
Learn how activated carbon filters remove chlorine, odors, and organic pollutants to make water cleaner and safer for homes and industries.
The Ultimate Guide to Polyaluminium Chloride in 2025
Learn how Polyaluminium Chloride (PAC) works in water treatment, its key uses, benefits, and why Hainan Horizon leads PAC supply in 2025.
How Does Activated Carbon Water Filtration Enhance Purity Levels
Explore how activated carbon improves water purity through adsorption, contaminant removal, and multi-stage filtration systems.