Effective Water Treatment PAC for Drinking Water

White Poly Aluminum Chloride (WPAC) is a high-purity inorganic polymer flocculant designed specifically for drinking water treatment. It is made of aluminum hydroxide powder and high-purity hydrochloric acid through the spray drying process.

Features:

High purity and safety: The product is free of iron and other heavy metals, and its aqueous solution is colorless and transparent. It meets drinking water hygiene standards, making it particularly suitable for scenarios with stringent water quality requirements.

Efficient flocculation performance: The multi-nuclear aluminum hydroxide complexes carry strong positive charges, enabling them to quickly adsorb suspended solids and colloids, leading to the formation of dense flocs with fast settling rates.

Adapting to a wide pH range (5.0-9.0): The product displays excellent performance in low temperature and low turbidity water due to its ability to operate within a wide pH range.

Low corrosiveness: With a low degree of hydrolysis, it is minimally corrosive to equipment, making it suitable for water treatment in acidic and neutral environments.

Economy: The dosage required is only one-third to one-half of traditional aluminum salts, resulting in reduced processing costs.

Environmentally friendly: The product features low residual aluminum ions, minimal impact on water salinity, and facilitates the easy disposal of sediment.

Applications:

Purifying drinking water and industrial water supply is crucial. This process involves the removal of turbidity, organic matter, and heavy metals like arsenic and fluoride.

Rural decentralized water supply treatment methods can be easily implemented by adding treatment agents directly to the water tank. After treatment, allowing the water to stand before use is recommended.

Utilizing alternative neutral sizing agents in the paper industry can result in various benefits. It helps improve paper whiteness, enhance folding resistance, reduce equipment corrosion, and facilitate the use of calcium carbonate fillers to cut costs.

Applications in sugar decolorization, pharmaceutical raw material purification, and cosmetics manufacturing require high-purity raw materials. These processes demand meticulous attention to detail and quality.

Industrial wastewater treatment encompasses the purification of various wastewaters, including oily wastewater, printing and dyeing wastewater, and mining wastewater. This treatment method is particularly effective for low-temperature or highly turbid water sources.

Water treatment plays an essential role in diverse fields such as oilfield reinjection water treatment, precision casting, and the tanning process. Each application demands tailored solutions to ensure optimal results.