With the arrival of the summer heat, wastewater treatment plants and industrial water treatment systems across the country are entering a period of high-load operation. In hot weather, microbial growth accelerates, organic matter concentrations rise, and water quality fluctuates frequently. Additionally, rising water temperatures lead to reduced dissolved oxygen levels and changes in sludge activity, posing multiple challenges to the stable operation of water treatment systems. Ensuring effluent compliance, minimizing chemical waste, and reducing operational and maintenance costs under high-temperature conditions have become key priorities for the industry. In terms of industry operations, summer wastewater is generally characterized by significant fluctuations in water quality, high organic content, pronounced odors, and increased levels of suspended solids. Traditional, crude chemical dosing methods often result in inadequate flocculation, slow settling rates, elevated effluent turbidity, and failure to meet phosphorus removal standards. Therefore, during the hot summer months, it is even more critical to select chemicals scientifically, dose them precisely, and implement refined management practices to address complex and variable water quality conditions. In terms of chemical selection, polyaluminum chloride (PAC) and polymerized ferric sulfate remain the mainstream water treatment agents for summer water treatment. Polyaluminum chloride (PAC) offers high stability and a wide applicable pH range, performing exceptionally well in the treatment of high-temperature domestic wastewater, municipal water purification, and recirculating water systems. It rapidly removes suspended solids and turbidity, ensuring clear and stable effluent. Polyferric sulfate, on the other hand, offers distinct advantages in the treatment of high-temperature industrial wastewater with high organic content and high-phosphorus wastewater. It features high phosphorus removal efficiency, compact flocs, and rapid settling, effectively mitigating the impact of water quality fluctuations. At the same time, the water treatment industry places greater emphasis on precise chemical dosing, process optimization, and system coordination during the summer. By controlling appropriate chemical concentrations, optimizing mixing and settling times, promptly adjusting pH levels, and adopting blended chemical dosing schemes, treatment efficiency can be significantly improved, chemical waste reduced, and issues such as rising costs and increased sludge volume caused by excessive dosing avoided.
The main products of flocculant manufacturer Xinhuan Water Treatment are: White polyaluminium chloride (food grade),
drinking grade polyaluminium chloride,
industrial grade polyaluminium chloride, anionic polyacrylamide, cationic polyacrylamide, nonionic polyacrylamide, petroleum recycling polyacrylamide, oil recovery polyacrylamide, polyacrylamide, polymer flocculant polymer flocculation coagulant, polymeric ferrous sulphate, polymerized iron and aluminium chloride, and other water treatment chemicals. Welcome customers to write to us to negotiate business!
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