On February 27, the Dongying Ecological Environment Bureau released a notice of the proposed acceptance of the environmental impact assessment documents for the Lihuayi (Lijin) Engineering Plastics Co., Ltd. 80,000 tons/year polyoxymethylene engineering plastics project.

On February 27, the Dongying Ecological Environment Bureau released a notice of the proposed acceptance of the environmental impact assessment documents for the Lihuayi (Lijin) Engineering Plastics Co., Ltd. 80,000 tons/year polyoxymethylene engineering plastics project.

Project Name: 80,000 tons/year Polyoxymethylene Engineering Plastics Project

Construction Unit: Lihuayi (Lijin) Engineering Plastics Co., Ltd.

Nature of Construction: New Construction

Project Investment: Total investment is 260,579 million yuan, with environmental protection investment being 14,250 million yuan, accounting for 5.67% of the project investment

Construction Location and Land Area: Southern area of Lijin Binhai New District Chemical Industry Park

Construction Content and Scale: 1 set of 80,000 tons/year Polyoxymethylene facility, accompanied by 1 set of 240,000 tons/year formaldehyde facility and 1 set of 120,000 tons/year formaldehyde facility, along with corresponding public auxiliary engineering, storage and transportation engineering, and environmental protection engineering, etc. The project uses methanol as raw material, adopts the iron molybdenum method to produce formaldehyde, and then uses formaldehyde and ethylene glycol as raw materials, employing the copolymerization polyoxymethylene production technology from Fuyi International Engineering Company to produce polyoxymethylene; the annual output is 360,000 tons of 37% formaldehyde and 80,000 tons of polyoxymethylene.

Staffing and Work System: An additional 12 staff members are added, working on a four-shifts-three-rotations system, with an annual operating time of 8,000 hours; management personnel are adjusted from the group company.

This project's formaldehyde facility produces formaldehyde, which is then used as a raw material to produce polyoxymethylene. This project can, based on market demand, either solely produce formaldehyde for external sales or operate at full capacity to produce polyoxymethylene for external sales. Therefore, this project has two extreme production plans.

Project Name: 80,000 tons/year Polyoxymethylene Engineering Plastics Project

Project Name: Project Name: 80,000 tons/year Polyoxymethylene Engineering Plastics Project

Construction Unit: Lihuayi (Lijin) Engineering Plastics Co., Ltd.

Construction Unit: Construction Unit: Lihuayi (Lijin) Engineering Plastics Co., Ltd.

Nature of Construction: New Construction

Nature of Construction: Nature of Construction: New Construction

Project Investment: Total investment is 260,579 million yuan, with environmental protection investment being 14,250 million yuan, accounting for 5.67% of the total project investment.

Project Investment: Project Investment: Total investment is 260,579 million yuan, with environmental protection investment being 14,250 million yuan, accounting for 5.67% of the total project investment.

Location and Occupancy: Southern area of Lijin Binhai New Area Chemical Industry Park

Location and Occupancy: Location and Occupancy: Southern area of Lijin Binhai New Area Chemical Industry Park

Construction Content and Scale: 1 set of 80,000 tons/year Polyoxymethylene facility, accompanied by 1 set of 240,000 tons/year formaldehyde facility and 1 set of 120,000 tons/year formaldehyde facility, along with corresponding public auxiliary facilities, storage and transportation facilities, and environmental protection facilities. The project uses methanol as raw material, adopting the iron-molybdenum method to produce formaldehyde, and then using formaldehyde and ethylene glycol as raw materials, employing the copolymer polyoxymethylene production technology from Fuyi International Engineering Company to produce polyoxymethylene; the project produces 360,000 tons of 37% formaldehyde annually, and 80,000 tons of polyoxymethylene.

Construction Content and Scale: Construction Content and Scale: 1 set of 80,000 tons/year Polyoxymethylene Polyoxymethylene facility, accompanied by 1 set of 240,000 tons/year formaldehyde facility and 1 set of 120,000 tons/year formaldehyde facility, along with corresponding public auxiliary facilities, storage and transportation facilities, and environmental protection facilities. The project uses methanol as raw material, adopting the iron-molybdenum method to produce formaldehyde, and then using formaldehyde and ethylene glycol as raw materials, employing the copolymer polyoxymethylene production technology from Fuyi International Engineering Company to produce polyoxymethylene; the project produces 360,000 tons of 37% formaldehyde annually, and 80,000 tons of polyoxymethylene.

Manpower and Work System: An additional 12 personnel will be hired, operating on a four-shifts-three-rotations system, with 8,000 hours of annual operation; management staff will be allocated by the group company.

Manpower and Work System: Manpower and Work System: An additional 12 personnel will be hired, operating on a four-shifts-three-rotations system, with 8,000 hours of annual operation; management staff will be allocated by the group company.

This project's formaldehyde facility produces formaldehyde, which is then used as a raw material to produce polyoxymethylene. Depending on market demand, this project can either solely produce and sell formaldehyde or operate at full capacity to produce and sell polyoxymethylene, thus the project has two extreme production schemes.

This project's formaldehyde plant produces formaldehyde, which is then used as a raw material to produce polyoxymethylene. Depending on market demand, this project can either solely produce formaldehyde for external sales or operate at full capacity to produce polyoxymethylene for external sales. Therefore, this project has two extreme production schemes.

This project produces a full range of POM series products, including typical products such as low-volatility grade POM LV series, high-end base material grade MC90-44H, and high molecular weight product MC15-01. For details on the main production grades and specifications, please see the table below.

This project produces a full range of POM series products, including typical products such as low-volatility grade POM LV series, high-end base material grade MC90-44H, and high molecular weight product MC15-01. For details on the main production grades and specifications, please see the table below.

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Polyoxymethylene (POM), as an important general-purpose thermoplastic engineering plastic, is widely used to replace metals, especially non-ferrous metal materials such as copper, aluminum, and zinc, due to its characteristics of high tensile strength, low density, self-lubrication, excellent corrosion resistance, and weather resistance. It is a "three-high" product with high technology, high investment, and high added value, and its production and processing have a high level of technical content and economic added value. The main domestic POM manufacturers currently include Guoneng Ningxia Coal, Kaifeng Longyu, Yuntianhua, Baotailin, Yankuang Lunan, and Tangshan Zhonghao, etc.

Polyoxymethylene (POM), as an important general-purpose thermoplastic engineering plastic, is widely used to replace metals, especially non-ferrous metal materials such as copper, aluminum, and zinc, due to its characteristics of high tensile strength, low density, self-lubrication, excellent corrosion resistance, and weather resistance. It is a "three-high" product with high technology, high investment, and high added value, and its production and processing have a high level of technical content and economic added value. The main domestic POM manufacturers currently include Guoneng Ningxia Coal, Kaifeng Longyu, Yuntianhua, Baotailin, Yankuang Lunan, and Tangshan Zhonghao, etc.

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