01 Slaughter waste water project in Canada 
02 Industry waste water plant in the USA 
03 Industry waste water plant in the USA 
04 Municipal sewage project in Mexico 
05 Municipal sewage project in Panama 
06 Pharmaceutical waste water proiect in Brazil 
07 Mining waste water project in Chile 
08 Paper-making waste water project in Argentina 
09 Food waste water project in Ukraine 
10 Oily waste water project in Saudi Arabia 
11 Oily waste water project in UAE 
12 Chemical waste water proiect in south Africa 
13 Oily waste water proiect in India 
14 Pharmaceutical waste water proiect in Russia 
15 Industry waste water plant in South Korea 
16 Municipal sewage project in the Philippines 
17 Beverage waste water project in Vietnam 
18 Food waste water project in Malaysia 
19 Beverage waste water proiect in Indonesia 
20 Pharmaceutical waste water project in Australia 
As one of the most influential platforms globally for technical exchange and commerce in the water treatment sector, WEFTEC brings together leading enterprises and professionals from diverse fields—including municipal services, industry, engineering consulting, and equipment manufacturing.
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Provided sludge treatment system upgrade services for a large-scale municipal wastewater treatment plant. To address the challenges of high sludge generation volume and high disposal costs, a multi-disc screw dewaterer was employed for preliminary dewatering, reducing the moisture content to below 80%. Subsequently, a low-temperature sludge dryer was utilized to further reduce the moisture content to 45%, achieving a substantial reduction in sludge volume and significantly lowering subsequent outsourced disposal costs. The equipment operates stably, features a high degree of automation, and has effectively improved the plant's operational environment.
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This project involved providing a multinational food enterprise with a comprehensive system for wastewater treatment and sludge volume reduction. The process utilizes mechanical screens to intercept large solid debris, air flotation units to remove suspended solids and grease, and finally, belt filter presses to efficiently dewater the biological sludge. The project successfully resolved the client's wastewater discharge compliance issues, reduced the moisture content of the dewatered sludge to below 80%, and created the necessary conditions for subsequent resource utilization (such as composting)—thereby achieving a harmonious balance between environmental protection and economic benefits.
Read MoreAs one of the most influential platforms globally for technical exchange and commerce in the water treatment sector, WEFTEC brings together leading enterprises and professionals from diverse fields—including municipal services, industry, engineering consulting, and equipment manufacturing.
Provided sludge treatment system upgrade services for a large-scale municipal wastewater treatment plant. To address the challenges of high sludge generation volume and high disposal costs, a multi-disc screw dewaterer was employed for preliminary dewatering, reducing the moisture content to below 80%. Subsequently, a low-temperature sludge dryer was utilized to further reduce the moisture content to 45%, achieving a substantial reduction in sludge volume and significantly lowering subsequent outsourced disposal costs. The equipment operates stably, features a high degree of automation, and has effectively improved the plant's operational environment.
This project involved providing a multinational food enterprise with a comprehensive system for wastewater treatment and sludge volume reduction. The process utilizes mechanical screens to intercept large solid debris, air flotation units to remove suspended solids and grease, and finally, belt filter presses to efficiently dewater the biological sludge. The project successfully resolved the client's wastewater discharge compliance issues, reduced the moisture content of the dewatered sludge to below 80%, and created the necessary conditions for subsequent resource utilization (such as composting)—thereby achieving a harmonious balance between environmental protection and economic benefits.
