March 5th Marks Full Commencement: Building a New Growth Engine for Green and Innovative Development
With a total investment exceeding 30 million RMB, the project will be constructed by Xi'an Yurcent Environment Technology Co., Ltd., including incinerators and waste heat recovery systems. Full-scale construction is scheduled to begin on March 5, with an expected 5-month construction period. Upon completion, the facility will achieve ultra-low VOC emissions of <20mg/Nm³.
The Xinjiang Energy and Chemical Company is a large state-owned modern coal chemical enterprise, operating:
- 525,000 tons/year methanol production facility
- 100,000 tons/year coal-to-liquid facility
- 60,000 tons/year 1,4-butanediol facility
- 40,000 tons/year polyoxymethylene facility
- With an annual output value of approximately 7 billion RMB.
Its methanol plant utilizes 8 SD coal-pressure gasifiers to produce syngas, with purification through low-temperature methanol wash technology.
This is the third collaboration between Yurcent Environment and the Xinjiang company in VOC treatment. Previous Phase I and II projects achieved significant results:
- Reduced tail gas VOC emissions below 20mg/Nm³
- Consistently generated 35t/h of superheated steam
- Effectively promoted clean, efficient development
- Established a "growth pole" for green, low-carbon development
- Created new prospects for sustainable development
As a high-tech enterprise specializing in comprehensive VOC treatment and carbon reduction technologies, Yurcent Environment remains committed to:
- Advancing VOC treatment technologies
- Aligning with China's "dual carbon" strategy
- Collaborating with partners to develop new quality productive forces
- Providing solutions for building green, low-carbon safe, efficient development systems
Key Technical Features:
- Ultra-low emission guarantee (<20mg/Nm³ VOCs)
- Integrated waste heat recovery (35t/h steam generation)
- Proven coal chemical industry application cases
- Compliance with national "dual carbon" objectives
The project demonstrates how environmental technology can drive ecological protection and economic benefits in energy-intensive industries.
