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China United New Energy Engineering Design Institute, leveraging its robust technical capabilities and extensive project experience, has successfully secured the EPC (Engineering, Procurement, and Construction) contract for Section V of the Gansu Juhua New Material Co., Ltd. High-Performance Silicone and Fluorine New Materials Integration Project

Release time:2025/05/29

China United Engineering Corporation Limited, New Energy Engineering Design & Research Institute (hereinafter “China United New Energy Institute”) has been awarded the EPC contract for Section-V of the Gansu Juhua High-Performance Silicone & Fluoro New-Materials Integration Project, underlining its technical strength and extensive project track record and taking the strategic partnership with Juhua Group to a new level.
The scope comprises two 410 t/h ultra-high-pressure coal-fired CFB boilers, one 100 t/h low-pressure gas-fired boiler and two B60 back-pressure steam-turbine generator sets with all auxiliaries. Coupling ultra-high-pressure parameters with back-pressure machines maximises cascade energy use, while a coal-gas co-firing scheme provides on-demand gas peaking, guaranteeing a stable energy supply for chemical processes and anchoring the national new-materials industrial base.
With a total investment exceeding RMB 41 billion, the Gansu Juhua Silicone & Fluoro New-Materials Integration Project is the largest industrial venture ever launched in Gansu Province. Invested in by Zhejiang Juhua Group and located in Yumen, it is designed to close national industrial gaps, achieve domestic substitution of high-performance silicone and fluoro materials and create an entirely new chemical-industry chain. As the core energy-supply block, Section-V will act as the “ballast stone” for the entire complex.
Going forward, China United New Energy Institute will stick to its philosophy of “delivering premium projects for society”, deploy BIM plus digital-twin technology to manage the full project life cycle and build a benchmark plant that provides solid energy support for breaking “bottleneck” technologies in advanced materials and forging a secure, self-controlled industrial chain.

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