Our Project

Advanced water treatment solutions are developed for electronics, semiconductor, and precision manufacturing facilities where consistent water quality is critical to production performance. Our capabilities include ultrapure water production, process water treatment, industrial wastewater treatment, rinse water purification, and water reuse.

Each system is engineered according to the required water specifications, production capacity, operating conditions, and site constraints. Membrane filtration, reverse osmosis, ion exchange, and other treatment technologies are carefully selected and integrated to ensure reliable water quality and stable long-term operation.

These solutions help manufacturers maintain product quality, comply with environmental regulations, reduce sludge generation, lower water consumption, and improve overall production efficiency. By combining high-performance purification with water recovery and reuse, the systems also support cost control and more sustainable manufacturing.

Designed for wastewater volume reduction, water recovery, and resource reuse, our industrial evaporating concentrator systems provide an effective solution for highly concentrated wastewater. Advanced evaporation, heat recovery, and energy-saving technologies are integrated to reduce liquid waste while minimizing disposal costs and environmental impact.

Each system is customized according to wastewater composition, concentration, treatment capacity, recovery targets, operating requirements, and available installation space. Applications include TMAH recovery, acid and solvent recovery, wastewater concentration, crystallization, water recovery, and Zero Liquid Discharge.

The technology is suitable for electronics, semiconductor, lithium battery, automotive, chemical, pharmaceutical, food and beverage, and other industrial sectors. By maximizing water and material recovery, evaporating concentrator systems help customers reduce waste discharge, improve resource efficiency, comply with environmental requirements, and achieve more sustainable production.

Our expertise covers integrated exhaust gas and odor control solutions for factories, wastewater treatment plants, hotels, commercial buildings, and other industrial facilities. Services include site assessment, odor gas sampling and analysis, process design, equipment supply, installation, commissioning, and maintenance support.

System configuration is determined by gas composition, pollutant concentration, exhaust flow rate, operating conditions, treatment targets, and site limitations. Depending on the application, suitable technologies may include chemical scrubbers, activated carbon adsorption systems, biofilters, mist separators, and deodorant spraying systems.

These systems are designed to remove hydrogen sulfide, ammonia, mercaptans, amines, solvents, and other odor-causing compounds. By combining the appropriate treatment processes, customers can achieve reliable odor removal, environmental compliance, optimized operating costs, and stable long-term performance.

For sludge, production waste, non-recyclable materials, and other combustible waste streams, we provide industrial waste incineration systems designed for safe and efficient treatment. Controlled high-temperature combustion and gasification technology significantly reduce waste volume while limiting smoke, dust, ash, odor, and harmful emissions.

Each incinerator is engineered according to waste characteristics, treatment capacity, operating schedule, emission requirements, and site conditions. Depending on the application, the system can integrate rapid gas cooling, dust removal, exhaust gas treatment, induced-draft ventilation, and water recirculation to support stable operation and environmental compliance.

Heat generated during incineration can also be recovered and reused for hot water production, sludge drying, process heating, boiler support, and other thermal applications. By combining waste treatment, exhaust gas control, and heat recovery, the system helps reduce disposal volume, lower energy and operating costs, improve resource efficiency, and support sustainable waste management.