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Environmental Impact Assessment Publicity of Methane Chloride by Lee & Man Chemical

2024-5-10

According to the Environmental Impact Assessment Law of the People¡äs Republic of China and the Measures for Public Participation in Environmental Impact Assessment (Order No. 4 of the Ministry of Ecology and Environment), the matters related to environmental impact assessment are hereby announced as follows:

1. Project Overview
Project Name: Jiangxi Lee & Man Chemical¡¯s Methane chloride environmental protection improvement technology renovation and 1000 tons/year high-purity octafluorocyclohexane technology renovation project under the 10,000 tons/year hexafluoropropylene unit.

Construction nature: Technical renovation

Construction unit: Jiangxi Lee & Man Chemical Co., Ltd

Construction location: the factory area of Jiangxi Lee & Man Chemical Co., Ltd, Wharf Industrial City, Ruichang Economic Development Zone, Jiangxi

Construction content and scale: In order to ensure the safe and environmentally friendly disposal of carbon tetrachloride and enhance the company¡äs comprehensive market competitiveness, the methane chloride production line will undergo environmental protection improvement technology transformation. The disposal of carbon tetrachloride will be transformed from chloroform to tetrachloroethylene. A carbon tetrachloride to ethylene tetrachloride unit will be built and the original carbon tetrachloride to chloroform unit will be shut down after the ethylene tetrachloride unit is put into operation. Two sets of hexafluoropropylene units (with a production capacity of 3200 ton/year in the first phase and 6800 ton/year in the second phase) in the existing "Organic Fluorine Chemical Series (Phase II) Product Structure Adjustment Project" will be technically transformed into an annual production of 10,000 tons of hexafluoropropylene units and a combined production of 1000 tons of high-purity octafluorocyclohexane (with an annual production capacity of 320 tons in the first phase and 680 tons in the second phase).