Why is PAC used in water treatment?

PAC helps reduce the overall cost of water treatment by 15-30%. Compared to inorganic coagulants or flocculants, PAC is suited to broad water temperature including at low temperature. Water treated using PAC has fewer salts content and can be used for ion-exchange treatment. PAC contains lower corrosivity level and is easy to handle and operate.

What is polyaluminium chloride (PAC)?

Polyaluminium Chloride (PAC) is a versatile chemical used extensively in water treatment and various industrial processes. Its growing importance across multiple sectors underscores its effectiveness in treating wastewater, purifying drinking water, and meeting the stringent environmental standards required today.

Can PAC be applied to water with broad pH range?

It can be applied to water with broad pH range. The floc function valid in water of pH 5 to pH 9 Comparing to inorganic flocculants, PAC is suitable for water of broad temperature, and is functional in low temperature water. It reduces less basicity less, so less or no basifier needed.

What is high basicity PAC?

High basicity PAC is distinguished by its enhanced coagulation properties, making it particularly effective in treating high-turbidity waters. Its unique properties enable it to outperform lower basicity variants, especially in challenging environmental conditions.

Why do we need PAC chemicals?

PAC chemicals play a pivotal role in addressing modern industry’s water treatment challenges. Their versatility across various environmental conditions, cost-effectiveness, and compatibility with different water treatment systems make them indispensable in ensuring water quality and sustainability.

Can PAC chemicals be used in environmental remediation?

Innovative uses of PAC chemicals in environmental remediation include treating runoff water and industrial effluents to prevent pollutants from reaching natural water bodies.