Gulei Petrochemical EVA unit successfully transitioned to the production of special materials for photovoltaic white films!

It is reported that the Gulei Petrochemical Integration Project is the largest petrochemical industry joint venture cooperation project between the Chinese mainland and Taiwan. It will be implemented by Fujian Gulei Petchem Co., Ltd., which was established with each party holding 50% of the shares: Fujian Refining & Chemical Co., Ltd. and Xuteng Investment Co., Ltd.

Construction of one phase of the project started in December 2017 and was completed and put into operation in mid-to-late August 2021. The total investment in the project was 27.8 billion yuan, with an estimated annual output value of 26 billion yuan. It is expected to drive over 100 billion yuan in downstream industries in the local area, becoming a "new engine" for Fujian's comprehensive promotion of high-quality development and surpassing. The original design of the first phase included 11 main units, but during construction, the 260,000 tons/year hydrogen peroxide and 200,000 tons/year PO units were temporarily postponed.

The phase II project has been implemented.

On July 16, 2024, the second phase of the Fujian Gulei Refining & Chemical Integration Project (hereinafter referred to as "Gulei Phase II Project"), with a total investment of 71.1 billion yuan, received approval from the Fujian Provincial Development and Reform Commission, marking the official launch of the largest industrial project in Fujian Province to date at the Gulei Petrochemical Base.

Project Name: Quangua Refining and Chemical Integration Project Phase II, Fujian Province

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Construction Unit: Fujian Refining and Chemical Company Limited

Construction site: Jianyang Ancient Light Chemical Base

Construction period: 2024-2028

Total investment: 711 billion yuan

The funding source is 30% of the total investment as project capital, which will be self-funded by the enterprise; the remaining portion will be financed through bank loans.

Project scale and main content: The project plans to construct more than 30 refining and chemical units, including a 16 million tons/year refining unit, a 1.5 million tons/year ethylene unit, and a 2 million tons/year aromatics unit, as well as supporting public engineering systems, external pipe galleries, terminal storage areas, and South No. 7 berth.

Refining section:

New construction of a 16 million tons/year atmospheric and vacuum distillation unit, a 3.8 million tons/year light hydrocarbon recovery unit, a 1.5 million tons/year jet fuel hydrotreating unit, 2 x 2.6 million tons/year heavy oil hydrotreating units (including a 1.2 million tons/year solvent deasphalting unit), a 4 million tons/year diesel hydrocracking unit, 2 x 3.2 million tons/year waxy oil hydrocracking units, 2 x 3 million tons/year reforming units, a 2 million tons/year aromatics complex, a 600,000 tons/year C2 recovery unit, 3 x 20 + 7 thousand tons/year sulfur recovery units, and desulfurization and supporting units.

Chemical Engineering Section:

Construction of a 1.5 million tons/year steam cracker, 600,000 tons/year pyrolysis gasoline hydrotreater, 350,000 tons/year aromatics extraction, 210,000 tons/year butadiene, 300,000 tons/year vinyl acetate, 20/60,000 tons/year MTBE/butene-1 unit, 300,000 tons/year tubular process EVA, 300,000 tons/year linear low-density polyethylene (LLDPE), 300,000 tons/year full-density polyethylene (FDPE), 500,000 tons/year high-density polyethylene (HDPE), 400,000 tons/year acrylonitrile, 350,000 tons/year polypropylene, 300,000 tons/year C5 separation, and 16/190,000 tons/year acrylic acid and esters.

Public Engineering Section: The content provided has not been specified, so here is a general translation based on typical public engineering section descriptions: Public Engineering Section: This section covers the public works aspects, including but not limited to civil engineering projects, infrastructure development, utilities management, and construction management. It outlines the plans, designs, and execution of public facilities such as roads, bridges, water supply systems, sewage treatment plants, and public buildings. This section also addresses compliance with safety and environmental regulations, budgeting, scheduling, and quality control measures. It may involve collaboration with various stakeholders, including local government agencies, contractors, and the community, to ensure the successful delivery of public infrastructure projects.

The main facilities in public engineering system include the air compressing station and water treatment plant, sanitation station, purification water park, power power station, fire fighting system, water treatment park, packaging factory building, warehouse, and external support systems including 15 million tonnage electric storage pit (7# dock) and storage yard, product storage, and external pipeline, and coal storage bridge.