Shaanxi Coal Chemical and Sinopec Great Wall Energy Chemical plan to jointly establish a coal-to-gas project
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Shaanxi Coal and Chemical Group and Sinopec Great Wall Energy Chemical Co. plan to jointly establish a coal-to-gas project. Author/Source: Date: 2016-02-25 Clicks: 8 On the morning of February 24, Shaanxi Coal and Chemical Group Corporation and Sinopec Great Wall Energy Chemical Company held in Xi’an a ceremony to sign a letter of intent for a coal-to-natural gas project with an annual capacity of 8 billion m3, as well as a meeting to discuss the progress of this project. Wang Dong, Deputy Director of the Shaanxi Provincial Energy Bureau; Yang Dong, General Manager of Sinopec Great Wall Energy Chemical Company, along with Deputy General Managers He Zuoyun and Cao Weihuo, as well as heads of relevant departments; Li Shaoping, General Manager of Sinopec Xi’an Branch, Cao Xiping, Secretary of the Party Committee, and Wang Xianfeng, Deputy General Manager; Yan Guanglao, General Manager of Shaanxi Coal and Chemical Group, You Xiti, Executive Deputy General Manager, Shang Jianxuan and Sun Ximin, Deputy General Managers, Yang Xinmin, Assistant to the General Manager, and heads of relevant departments attended the meeting. Yan Guanglao and Yang Dong signed the joint venture intention letter for the 8 billion m3/year coal-to-natural gas project on behalf of their respective companies. Following the signing ceremony, Wang Dong held discussions with the representatives of both companies regarding the next steps for the project. It was agreed that each company would form a project team and establish smooth communication channels in order to work together on the preliminary stages of the project. It is reported that through a partnership between these two companies, leveraging their respective strengths to complement each other’s weaknesses, they plan to jointly invest in the construction of an integrated coal mining and coal-to-natural gas production facility with an annual capacity of 8 billion cubic meters in the Yulin area of northern Shaanxi. This project not only fills the gap in Shaanxi Province’s coal-to-natural gas industry but also enables both parties to make full use of their advantages in technology, talent, management, and market capabilities in the field of coal-to-gas production, as well as in coal development and coal chemical manufacturing. http://www.nmtech.com.cn/*nwen_mhg_xx.asp?id=175596
It’s the largest in the world, extremely terrifying; calling it Kuwait in China, I think, is really eye-catching. This project will not start construction nor see it through to completion.
The prospects for coal chemical projects aren’t very good these days!
This project not only fills the gap in Shaanxi Province’s coal-to-natural gas industry but also enables both parties to make full use of their advantages in technology, talent, management, and market capabilities in the field of coal-to-gas production, as well as in coal development and coal chemical manufacturing. . . . . . . What is this philosophy? Coal-to-natural gas is itself an outdated concept; this process not only reduces the efficiency of utilizing coal resources but also increases local environmental pollution. How can Shaanxi fill such an industrial gap? Really. . . . . . Can such energy news also be reported? It’s the 21st century – is this still our mindset? !
In fact, by adopting the carbon molecular gasification combustion technology approach that focuses on preventing pollution at its source, reducing the amount of elements used, and promoting environmental protection and energy efficiency, Shaanxi’s bituminous coal resources can fully address the issue of their efficient and clean utilization. Moreover, it is also possible to develop a major industry that will make it into the Fortune Global 500. For example, power generation through the vaporization and combustion of carbon molecules allows the combustion system to save more than 50% in energy consumption, while also reducing environmental control costs by over 80%, all while meeting environmental standards ； It offers 50% higher efficiency compared to coal-based natural gas (with a coal utilization efficiency of 95%); the power consumption for gasification is only 1/800 (0.005 Mpa). There is no water pollution (no cooling or synthesis required), and VOC emissions are reduced by over 90%.
The original poster is so impressive; they must be an expert in this field. I hope to have the chance to learn more from them* Thank you! ! !