On the 26th, the reporter learned from Sanju Environmental Protection that after more than five years of independent research and development, it has made major technological breakthroughs in the field of direct biomass liquefaction. The State Key Laboratory of Multiphase Complex Systems commissioned by the Chinese Academy of Sciences has recently completed a third party. Independent repeat test and evaluation work.
According to the repeated test results of the Chinese Academy of Sciences, about 2.1 tons of straw can produce 1 ton of primary bio-liquid fuel with less than 5% oxygen content. The evaluation report shows that the technical route can reduce processing costs and increase oil. Product quality, greatly reducing sewage discharge.
'Compared with existing biofuels such as ethanol, biodiesel and bio-jet fuel, biomass direct liquefaction technology is easy to obtain, lower cost, and can directly convert large quantities of agricultural and forestry wastes under the action of catalysts. Hydrocarbon-based liquid cleaning fuels and chemicals. 'Cui Yongjun, who is responsible for the development of this technology, said.
'There are no other companies in the industry that can do this. This is because we use self-developed catalysts and special deoxidation processes, and combine them with suspended bed technology to make them more economical in terms of cost. 'Cui Yongjun said, The team developed high-efficiency and low-cost catalysts, breaking through the problems of high-efficiency deoxidation technology and avoiding the generation of large amounts of organic wastewater. On June 21, at the scientific and technological achievements appraisal meeting organized by the China Petroleum and Chemical Industry Federation, the appraisal committee believed that The suspended bed hydrogenation (MCT) heavy oil processing technology independently developed by Juhuan has reached the world's leading level.
The conclusion of this independent repetitive test is consistent with the company's test results, indicating that the technology has initially met the conditions for industrialization. It is also reported that it plans to build 3-5 sets of standardized industrial demonstrations with a scale of 200,000-300,000 tons in the next three years. In the next five years, it will realize comprehensive industrialization, that is, establish a number of standardized distributed biomass liquefaction plants, realize a total production capacity of 5 million tons, and initially form an industrial layout of large-scale upstream and downstream. For this technology, the company is building knowledge. The property rights protection system has applied for 80 invention patents.
