The pulp industry faces critical challenges: high energy consumption, complex pollutant discharge, and low resource utilization. We focus on energy conservation, carbon reduction, and environmental governance throughout the entire pulping process. By integrating core technologies, we provide an "Process Optimization + Pollution Control + Resource Circulation" integrated solution. This approach balances environmental compliance with energy efficiency, helping enterprises achieve green production.

Alkali Resource Recovery & Energy Saving

We utilize Alkali Recovery Boiler technology to process black liquor, recovering alkali and heat energy to reduce external energy dependence. This directly addresses high energy consumption and resource waste. Additionally, Chloride and Potassium Removal technology is applied to flue ash, improving recovery quality and ensuring stable system operation.

Process Optimization & Efficiency

Our Oxidized White Liquor technology optimizes the bleaching process, reducing pollutants at the source and lowering wastewater treatment difficulty. Combined with high-performance boiler auxiliaries and pressure vessels, we ensure stable thermal energy supply and optimized energy efficiency.

Gas & Odor Comprehensive Treatment

For malodorous gases (NCGs) from chemical pulping and alkali recovery, we deploy comprehensive collection and incineration systems (sending gases to recovery boilers or dedicated incinerators). This ensures compliance with odor emission standards. Furthermore, FGD, DeNOx, and Electrostatic Precipitator (ESP) technologies are integrated to achieve ultra-low emissions for flue gas.

Waste Heat Recovery

We capture waste heat from boilers and recovery systems for workshop heating or water preheating. This significantly reduces coal and electricity consumption while solving the heat loss issues caused by high moisture content in biomass fuels.