Olefins
To further extend the Group's industry chain, Fuhai Group plans to build a 1 MTPA Methanol and Naphtha Coupling to Olefins Project in Caofeidian Petrochemical Industrial Base to produce differentiated olefin products. The project will cover a large part of the industry chain, deliver a wide range of products, and possess a number of advantages, such as high technology, high added value of products, low energy consumption, low greenhouse gas emissions, and differentiated development of downstream products, with sales coverage reaching key consumer markets such as Beijing-Tianjin-Hebei, North China, and East China. Once put in operation, the project will be a driving force for Caofeidian Petrochemical Industrial Base to upgrade and optimize the olefins industry chain, improve the ethylene production in Hebei province, and promote the overall development of the petrochemical industry in the Beijing-Tianjin-Hebei region.
Main products
Polyethylene
Relying on the internationally advanced slurry process, the products are of high tensile strength and strong puncture and tear resistance and can be used for film, packaging material, container, pipe, monofilament, wire, cable, etc.
POE
Using α-olefins such as 1-octene as comonomers and polymerizing them in a high-temperature solution， can be applied to fields like automotive components, polymer modification, and wire & cable, serving as a substitute for imports.
Polyether polyol
Produced by using the domestically advanced polymetallic cyanide catalytic synthesis process, the low unsaturation polyether products we produce are of better quality than those produced from the traditional alkali catalytic process and can be used for high load polyurethane elastomer.
Polypropylene
Using advanced polymerization processes at home and abroad, we produce polypropylene with high melt index, high modulus, high impact resistance, low odor, and low VOC. It can be applied in fields such as plastic products, automotive industry, household appliances, and medical devices.
PVC
Adopting the ethylene oxychlorination process, which has lower energy consumption, is more environmentally friendly, and offers better product quality compared to the traditional calcium carbide method. It can be applied in fields such as construction, electronic and electrical, packaging, and agricultural irrigation.