News

As urbanization accelerates, sludge treatment and disposal have become a critical part of environmental governance for wastewater treatment plants. By adopting advanced deep dewatering technology, plants can significantly improve sludge treatment efficiency while achieving volume reduction, stabilization, and harmlessness. This article introduces an integrated sludge deep dewatering solution and shares a real-world case study of its application.

Integrated Composting Equipment is a complete, closed-loop solution for on-site organic waste treatment. By combining crushing, dewatering, and microbial fermentation in a single automated system, it reduces waste volume by 90–95% and converts food waste into a stable, nutrient-rich compost — ready to use, right where it is generated.

Sludge dewatering is an important step in wastewater treatment at paper mills. Paper-making wastewater can generate a significant amount of sludge, making efficient volume reduction essential for transportation, disposal, and further treatment.

Organic waste is often treated as a disposal problem, but it can also become a valuable economic resource. Food waste from markets, restaurants, hotels, schools, agro industries, and food processing facilities contains organic matter that can be recovered and transformed into useful products such as compost and soil amendments.

High-concentration organic wastewater from potato deep-processing operations is typically accompanied by large volumes of viscous sludge with a moisture content of around 85%. This sludge is difficult to transport, prone to secondary contamination, and restricted in downstream disposal options. The following case studies demonstrate how existing dewatering lines can be upgraded in place—without replacement—to reduce sludge moisture content from 85% to below 60%, addressing both environmental compliance and cost-efficiency objectives.

September 2026 is bringing several important developments to the water treatment industry. From changes in U.S. water regulations to growing attention on PFAS, data center water consumption, and European environmental policy, the regulatory landscape continues to evolve.

Mining operations rely on water throughout extraction, mineral processing, dust suppression, equipment cleaning, and other activities. These processes can generate wastewater containing high concentrations of suspended solids, sludge, dissolved metals, and other contaminants.

The metal processing industry generates substantial volumes of wastewater containing fine suspended solids, heavy metal precipitates, and particulate contaminants from operations such as pickling, plating, grinding, and surface finishing. 

When choosing a sedimentation system for wastewater treatment, the comparison between a Lamella Clarifier and a traditional sedimentation tank often comes down to one key question: how can the required settling area be achieved efficiently within the available space?

Industrial wastewater can contain suspended solids, oils, grease, metals, and other contaminants that are difficult to remove through conventional treatment alone. Coagulation and flocculation are widely used wastewater treatment processes that help combine these small particles into larger flocs, making them easier to separate.