Contract signing for Shanxi’s 300,000-ton ethylene glycol project with co-production of LNG
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Contract signing for Shanxi’s 300,000-ton ethylene glycol project with co-production of LNG Author/Source: Date: 2017-11-24 Clicks: 2 On November 17, 2017, the contract for CTEG technology licensing and engineering design for Shanxi Woneng Chemical Technology Co., Ltd.’s project to produce 300,000 tons per year of ethylene glycol along with LNG from integrated waste gas was successfully signed at Beijing Xinggao Chemical Co., Ltd. Zheng Jiaping, Chairman of Shanxi Liheng Iron and Steel Group Co., Ltd., Gao Chao, President of Gaoxue Chemical Co., Ltd., and Wu Guangmei, Chairman of Donghua Engineering Technology Co., Ltd., signed the technology licensing agreement and the engineering design contract on behalf of their respective companies. Cui Congquan, General Manager of Donghua Technology, Li Lixin, Deputy General Manager, Wu Yuefeng, Deputy General Manager, Gao Lei, General Manager of Beijing Xinggao Chemistry, and Lan Lianxia, Deputy General Manager, attended the signing ceremony. Shanxi Woneng Chemical Technology Co., Ltd. is a wholly-owned subsidiary of Shanxi Liheng Iron and Steel Group Co., Ltd. The comprehensive waste gas utilization project of Shanxi Woneng Chemical Co., Ltd., which aims to produce 300,000 tons per year of ethylene glycol along with LNG, uses coke oven gas and converter gas generated as by-products by Shanxi Liheng Iron and Steel Group Co., Ltd. as raw materials. The CTEG technology developed by Gaochemical and Donghua Technology is employed to produce 300,000 tons per year of ethylene glycol, while also generating 156 million cubic meters per year of LNG. Donghua Technology is responsible for the engineering design of this project. This project is currently the largest in China for producing ethylene glycol from various types of waste gases such as coke oven gas and converter gas. It is located in the Ecological Industrial Park in Quwo County, Shanxi Province, and is scheduled to come online in the second half of 2019. This project makes full use of the complementary advantages of converter gas, which has high carbon content and low hydrogen content, and coke oven gas, which has low carbon content and high hydrogen content, to produce ethylene glycol products with high added value. Meanwhile, the CH4 present in coke oven gas is used to produce LNG through cryogenic technology; thus, the project is fully in line with the concepts of green development outlined in the 13th Five-Year Plan. The successful implementation of this project will set a precedent for the comprehensive utilization of converter gas and coke oven gas in steelmaking and coke production enterprises. According to the tracking by Huahua Net’s coal chemical industry division regarding the coal-based ethylene glycol sector, the range of raw materials used for producing ethylene glycol in China has further expanded, including those derived from petroleum, coal, natural gas, calcium carbide furnace exhaust gases, and blast furnace exhaust gases. The expansion of low-cost processes for producing ethylene glycol from exhaust gases will intensify competition in China’s ethylene glycol industry.
There should be some cost advantages in producing ethylene glycol from exhaust gases, and the technology developed by the Third Research Institute for Chemistry is likely already mature, so good returns can be expected.
For such a large amount of ethylene glycol, you can contact me via bucket
Congratulations that the CTEG technology license and engineering design contract for Shanxi Woneng Chemical Technology Co., Ltd.’s project to produce 300,000 tons per year of ethylene glycol along with LNG from integrated exhaust gas, was successfully signed at Beijing Xinggao Chemical Co., Ltd.
I hope it can be put into production as desired :) I personally prefer the technology of Shanghai Wu Zheng. However, there is no information on this aspect.
There is a clear price advantage; both ethylene glycol and LNG are products that have become very popular in recent years；
It’s a great project; those who are enthusiastic about it are welcome to join in its development.
The industrial parks are relatively poor in quality, but the environment in Houma City is good; it’s a place worth visiting for an inspection
The project designed by Donghua Yuan in Houma has already begun