Alcohol ether fuel Vice President of professional Committee of China Guo Xinyu, energy expert said recently in Shijiazhuang, methanol economy, cleaner ethanol-based fuel will be the Beijing-Tianjin-Hebei region "coal-controlling and reducing pollution" next exit.
Recently, the 2015 Beijing, Tianjin and Hebei alcohol based cleaner fuels workshop was held in Shijiazhuang. Participating energy experts believe that the "one big coal alone" energy produced by coal-burning, are the main characteristics of air pollution in three areas of Beijing, Tianjin and Hebei and coal burning pollution contribution rate to the annual average PM2.5 concentrations as high as 50%. Alcohol ether fuel Vice President of professional Committee of China Guo Xinyu said: "promote the development of Beijing-Tianjin-Hebei synergy is important national strategy, based on the development trend of foreign alcohol-based fuels, Jing-Jin-JI area energy conservation, improving the atmosphere in the future environment process, methanol will play a huge role. "
According to the national development and Reform Commission, Ministry of six departments release interim measures on coal consumption reduction alternative management in key areas, in 2017, the Beijing-Tianjin-Hebei coal consumption will be in 2012 compared with 63 million tons. Among them, Beijing by 13 million tons, reduction of 10 million tons, Tianjin, Hebei province, at least 40 million tons.
"Do not burn coal, we have no better solution. "Chief Engineer of the national chemical industry productive forces Promotion Center said Fang Dewei, methanol is safer than gasoline, PX and liquefied petroleum gas. Although methanol cars have run in 10 cities, but social awareness of such fuel still has not formed, there is a big space on the promotion.
"Thirteen-Five" at the end, methanol production capacity in China is expected to reach 98.68 million tons. Experts said the future use of alcohol-based fuels such as methanol, will support three coal-controlling and reducing pollution, improving air, adjust the structure of energy supply.