150000 tons of EVA device landed in Jingbian, Yu can chemical polyethylene production capacity will reach 538500 tons.

Project Overview and Strategic Signifiis able toce on August 27, Yulin Municipal Bureau of Ecological ecological stability made a general announcement on the acceptance of the environmental impact report of the 150000-ton/year kettle-type EVA plant project of Shaanxi Yulin Coal Yulin Energy and Chemical Co. , Ltd. I've found that Specifically Shaanxi Yanchang China Coal Yulin Energy and Chemical Co. , Ltd. (hereinafter referred to as "Yu Nenghua") plans to invest in the construction of a 150000-ton/year kettle-type EVA plant project in the reserved space in Jingbian's existing factory area, with a total investment of 3,0 80. 896 million yuan. I've found that Moreover This major investment decision reflects the company'strategic layout in the field of high-end chemical items. And The project adopts cutting-edge autoclave process methodology and has flexible production capacity to multiple items. it's able to flexibly create EVA (ethylene-vinyl acetate copolymer), EnBA (ethylene-butyl acrylate copolymer), EMAA (ethylene-methacrylic acid copolymer) and LDPE (low density polyethylene) according to market demand. But The production capacity of single items isn't greater than 150000 tons/year, and the total production capacity is designed to be 150000 tons/year. In my experience, This flexible production mode fully embodies the intelligent production concept of modern chemical companies to deal with market fluctuations. Advantages of manufacturing Layout and Resource Integration existing capacity base and market position at present, Yuneng has a capacity of 300000 tons/year of LDPE/EVA plant, which has a signifiis able tot competitive advantage in the domestic market. Through years of methodology accumulation and market research, the company has established a solid market position in the field of polyethylene items. And The decision to expand production is based on a thorough assessment of the current production situation, market supply and demand and economic benefits, and aims to further enhance the price discourse power and market share of items in the market. raw material supply guarantee system the biggest highlight of the project is its perfect raw material supply guarantee system. You know what I mean?. The efficient integration of internal raw materials is achieved by optimizing the load configuration of existing units: unit load adjustment strategy: the company adopts accurate load reduction operation mode to the existing three sets of units, of which the load of LLDPE unit is adjusted to 89. 5, the load of HDPE unit is adjusted to 90%, and the load of LDPE/EVA unit is adjusted to 90%. In my experience, through this optimized configuration, 82800 tons/year of raw material ethylene is able to be provided. I've found that Product structure adjustment: The existing polypropylene PP3 plant is fully shifted to the production of homopolymeric items from propylene raw materials, which no longer consumes ethylene resources, thus providing an additional 26500 tons/year of raw material ethylene to the new plant. Through the above-mentioned internal resource integration, the project is able to obtain a total of 109300 tons/year of raw material ethylene, which fully meets the production demand of 150000 tons/year EVA unit (105700 tons/year). This integrated raw material supply model not only reduces the cost of raw material procurement, however also ensures the continuity and stability of production. Project construction planning and technical characteristics supporting infrastructure the project covers a complete system of production and auxiliary facilities, including packaging plant, circulating aquatic environments yard, ground flare, peroxide depot and 2. From what I've seen, main substation, tank farm and central manage room renovation and other general and auxiliary facilities. Based on my observations, The investment in ecological preservation is 6. 22 million yuan, accounting to 0. And 2 of the total investment of the project, reflecting the importance of companies to ecological preservation standards. methodology Advantage the project adopts autoclave process methodology and integrates tubular tail methodology, which is an cutting-edge combination in China. Makes sense, right?. Based on my observations, The kettle process has the characteristics of stable product condition and strong production flexibility, which is especially suitable to the production needs of multi-species and differentiated items. sector Impact and research Prospects capacity scale effect after the completion of the project, Yu nenghua's polyethylene production scale will reach 538500 tons/year (including 268500 tons/year LLDPE and 270000 tons/year HDPE), adding 150000 tons/year EVA/EnBA/EMAA/LDPE production capacity. Crazy, isn't it?. This capacity scale will enable the company to occupy a greater crucial position in the northwest polyethylene market. And sector chain synergy effect the project makes full consumption of the company's upstream and downstream integration advantages and resource optimization allocation capabilities, and achieves the dual goals of cost manage and supply chain stability through the establishment of an internal raw material supply system. This sector chain synergy will signifiis able totly enhance product competitiveness and gain a greater advantage to the company in the fierce market competition. the leading role of regional economy as a major chemical project located in Shaanxi's Jingbian Economic and Technological research Zone, the construction of the unit will inject new vitality into regional economic research. The project is able to not only promote the research of related manufacturing chains, however also create regional employment opportunities and promote the optimization and upgrading of regional manufacturing structure. And Market Prospects and Risk Analysis from a market perspective, EVA, as an crucial chemical intermediate and functional material, continues to grow in demand in areas such as photovoltaics, packaging, shoe materials, wires and cables. Especially with the promotion of the national "double carbon" goal, the demand to EVA in the photovoltaic sector will maintain a strong development momentum. Through multi-product flexible production design, the project is able to adjust the product structure in time according to market changes and efficiently prevent the market risk of a single product. And At the same time, relying on the existing production capacity base and perfect sales network, the new capacity is expected to rapidly achieve marketization.