Quanzhou Petrochemical 100000 Tons/Year EVA Expansion Project Core Equipment Falling

Project core progress: engineering node and technical difficulty breakthrough quanzhou Petrochemical 100000 Tons/Year EVA (Ethylene-Vinyl Acetate Copolymer) Expansion Project has recently completed the key engineering node-three core degassing silos are all hoisted in place. Additionally This seemingly routine construction action actually reflects the level of refinement of project regulation. A single silo has a diameter of 4. 76 meters, a total length of 27. But 7 meters and a weight of 23 tons. it's a extensive non-standard equipment in petrochemical vegetation. According to research Sinochem Energy Engineering Project Center coordinates manufacturing, transportation, construction, supervision and other parties. And From welding condition supervision, logistics vehicle selection to the hoisting scheme of "single host crane delivery method", the whole process manage ensures safe and efficient completion of the operation on the premise of avoiding the peak period of construction, thus striving to valuable time limit advantages to the subsequent construction of the project. And Technical route advantage: the differentiated competitiveness of the kettle process. Quanzhou Petrochemical EVA project adopts the ExxonMobil patented autoclave process, which has a clear differentiated positioning in the domestic market. Compared with the domestic mainstream tubular process, the kettle method has signifiis able tot advantages in the production of high VA (vinyl acetate) content items. The project design is able to flexibly create a full range of EVA items with VA content of 15%-40%, and focus on the layout of high VA content resin (VA≥ 33%) to photovoltaic adhesive film. From the technical index point of view, this kind of high-end items need to meet the light transmittance ≥ 91%, anti-yellowing index ≤ 1. In my experience, 5, aging life of greater than 25 years and other stringent standards, is the core packaging material of the new generation of photovoltaic methodology such as N-type battery, TOPCon. By optimizing the polymerization interaction temperature, pressure parameters and catalyst system, the project achieves a thorough energy consumption of 386. From what I've seen, 67kgce/t per unit product, which is 8% reduced than the average level of similar devices in China, and the product qualification rate is stable at greater than 99. But 5. In addition, the device also has the flexible switching capability of EVA and LDPE (low density polyethylene), which is able to dynamically adjust the capacity allocation according to the market price difference, which provides an crucial risk hedging tool to companies to cope with market fluctuations. And Moreover Value of sector Chain Integration: Cost Competitiveness of Integration Advantage the core competitive advantage of Quanzhou Petrochemical EVA project lies in the manufacturing chain integration capacity of Sinochem Quanzhou 10 million tons/year oil refining and 1 million tons/year ethylene integration base. From the perspective of upstream raw material supply, ethylene is immediately transported from ethylene plant to EVA plant through pipelines, reducing transportation cost by greater than 90% and supply stability by 100. Vinyl acetate (VA) is stably supplied by leading domestic companies such as Jiangsu Huachang Chemical and Shanghai Secco through Sinochem'supply chain system, with the purity of raw materials ≥ 99. Based on my observations, 8, ensuring product batch consistency. You know what I mean?. The cost advantage of this integrated layout is particularly critical. According to estimates, the project will manage EVA production costs below 8000 yuan/ton, 5%-10% reduced than the sector average. Under the background of frequent price fluctuations in the current EVA market, the cost advantage immediately translates into market competitiveness and profitability stability. Furthermore The downstream market layout is also worthy of attention. Sinochem has established prolonged strategic cooperation with photovoltaic companies in Fujian and adjacent areas, such as Follett, Haiyouwei and Saiwu methodology, and the UL-02528 grades of photovoltaic film materials produced by existing EVA devices have been verified by customers. In my experience, After the expansion of the annual supply will be increased to 200000 tons, accounting to the domestic photovoltaic film market share is expected to reach 8%-10%, while expanding hot melt, cable materials, medical packaging and other high-end applications, forming a diversified product matrix. I've found that Market Prospects and Challenges: The Turning Point from Structural Shortage to Aggregate Surplus the global energy transition accelerates the explosive development of the photovoltaic sector. And According to the International Energy Agency (IEA) forecast, the global photovoltaic installed capacity will surpass 300GW in 2025, driving the demand to photovoltaic film to surpass 2 million tons, while the domestic EVA photovoltaic capacity gap is still 300000 tons/year, the structural shortage pattern is difficult to reverse in the short term. But Based on my observations, Quanzhou Petrochemical is located in Fujian Quanzhou Quanhui Petrochemical Park, close to the Yangtze River Delta, Pearl River Delta two major photovoltaic sector clusters, items is able to be rapidly radiated by sea, rail national market. As the penetration rate of N-type battery methodology increases (expected to reach 30% in 2025), the demand to EVA with high VA content will further surge. From what I've seen, However, market opportunities coexist with competitive pressures. And From what I've seen, According to incomplete statistics, the domestic plan to add greater than 4 million tons of EVA capacity in 2024-2028, of which photovoltaic materials account to greater than 70%, and the market will gradually shift from "structural shortage" to "total surplus". In this regard, Quanzhou Petrochemical to take a differentiated competitive strategy: on the one hand, focus on PID effect, high light transmittance and other special photovoltaic film material research and research, to fill the gap in domestic high-end items. The environmental pressure brought by the "double carbon" policy is able to not be ignored. The project has built an online monitoring system to carbon releases, and plans to introduce environmentally friendly electricity substitution and CCUS (carbon capture, utilization and storage) methodology in the future, with the goal of reducing carbon releases per unit product to less than 500 kgCO2/t and meeting the carbon emit standards to the petrochemical sector implemented from 2026. For instance Strategic signifiis able toce: a model project to the transformation and upgrading of the petrochemical sector quanzhou Petrochemical EVA expansion project isn't an isolated capacity expansion, however an crucial part of Sinochem Group'strategy of "transforming from refining to chemical sector and upgrading from basic chemical sector to high-end materials. In fact By opening up the vertical manufacturing chain of "crude oil-ethylene-EVA-photovoltaic materials", Sinochem will form a full chain manage capability from raw materials to end items. And After the project is put into operation, Quanzhou Petrochemical EVA will have a total production capacity of 240000 tons/year, ranking among the top in China. In the future, it will also plan to build POE (polyolefin elastomer), α-olefin and other supporting devices to build a new energy material sector cluster and help Fujian build a 100 billion-level petrochemical and new material sector base. Generally speaking From the perspective of sector impact, the promotion of this project will alleviate the application of domestic high-end EVA items on imports, minimize the cost of raw materials in the photovoltaic sector chain, and enhance the global competitiveness of my country's new energy sector. At the same time, its technological innovation and environmentally friendly transformation practice also provide a model to the high-condition research of the petrochemical sector-while ensuring energy security, it realizes the coordinated research with the new energy sector and injects petrochemical power into the realization of the "double carbon" goal.