Business Scope
Chemical Environmental Pollution Treatment
The company focuses on full-process environmental governance for the downstream fine chemical industry of natural gas and crude oil, providing integrated solutions including wastewater and waste gas treatment process design, complete equipment manufacturing, system integration and operation & maintenance support. We efficiently address pollutant emission issues and help customers achieve compliant production and green development goals.
Core Service System
1. New System Design
Tailor efficient and reliable wastewater and waste gas treatment systems in accordance with project process characteristics and emission standard requirements, covering the whole process including process design, equipment selection, system integration and commissioning & operation.
2. Existing System Optimization
Conduct diagnosis and evaluation on customers’ facilities. Improve treatment efficiency, cut operating costs and extend system service life via process optimization, equipment upgrading and intelligent transformation.
Supporting Business Sectors
- Wastewater Treatment System: Compliance Treatment of Industrial Wastewater
- Waste Gas Treatment System: Purification and Recovery of Chemical Waste Gas
- Equipment & Technical Services: Complete Equipment Manufacturing, System Integration and Long-term Operation & Maintenance
Typical Case: Epoxy Resin Wastewater Treatment
The company addresses the pain points of epoxy resin wastewater featuring high COD, high salinity and refractory organics. We adopt a combined process of pretreatment for ring destruction and detoxification, biochemical degradation of organics and advanced resource recovery, and have served multiple bisphenol A manufacturers successfully.
Achieve a COD removal rate exceeding 95%. Supporting MVR evaporative crystallization realizes salt resource recovery and reclaimed water reuse. The system operates stably and meets discharge standards long-term, significantly cutting operation and maintenance costs, and enabling enterprises to strike a balance between green low-carbon production and economic benefits.
Detailed Explanation of Chemical Environmental Protection Technologies: Energy Saving and Resource Utilization
Wastewater Treatment — Balancing Energy Conservation and Resource Recovery
● Anaerobic Biogas Production (UASB/IC/EGSB)
Advantages: 0.35 m³ biogas generated per 1 kg COD; sludge yield only 1/5 of aerobic processes
Application: High-concentration organic wastewater (COD＞3000 mg/L)
● MBR Membrane Bioreactor
Advantages: Effluent available for reuse; footprint only 1/3 of conventional processes
Application: Sites with limited space and requirements for reclaimed water reuse
● Catalytic Wet Air Oxidation (CWAO)
Advantages: Degrade refractory organics under mild conditions (150–320°C); recyclable catalyst
Application: Pretreatment of fine chemical and pharmaceutical wastewater
● Resin Adsorption & Solvent Recovery
Advantages: Recover high-value solvents such as methanol and acetic acid to turn waste into resources
Application: Wastewater containing recoverable organics
2. Waste Gas Treatment — Priority to Recovery and Guaranteed Compliance
● Regenerative Thermal Oxidizer (RTO)
Advantages: Heat recovery rate over 95%, purification efficiency over 99%; waste heat available for power generation and heating
Application: Continuously discharged waste gas with medium-to-high concentration
● Regenerative Catalytic Oxidation (RCO)
Advantages: Operating temperature 200–400°C; energy consumption reduced by 30–50% compared with RTO
Application: Organic waste gas free of catalyst poisons
● Resin Adsorption and Recovery Technology
Advantages: High selectivity, recovering high-value components containing chlorine and sulfur
Application: Complex waste gas difficult to treat by activated carbon
● Condensation Recovery Technology
Advantages: Direct solvent recovery, low cost and no secondary pollution
Application: High-concentration VOCs (>5000 ppm)
3. Systematic Approaches to Cost Reduction and Efficiency Improvement
🔹 Source Reduction
Optimize processes and implement cleaner production; treatment cost is only 1/3–1/10 of end-of-pipe treatment.
🔹 Resource Recovery
Full recovery of biogas, solvents, salts and reclaimed water to turn waste into valuable resources.
🔹 Cascade Utilization of Energy
Multi-stage reuse of RTO waste heat, steam and condensate water to improve energy self-sufficiency rate.
🔹 Intelligent Operation & Maintenance
AI control combined with digital twin technology cuts chemical costs by 20–40% and minimizes shutdowns.
