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《Fuel》等期刊刊发高慧教授团队研究成果（图）
安徽农业大学 生物质资源 高值化利用 生物燃料
2023/11/24
近期，林学与园林学院高慧教授团队在生物质资源高值化利用领域取得进展，相关研究发表了两篇高水平研究论文，分别发表于《燃料》（《Fuel》，中科院一区TOP，IF=7.4）、《国际生物大分子》（《International Journal of Biological Macromolecules》，中科院一区TOP，IF=8.2）。
北京林业大学环境学院教授课题组在《Fuel》发表研究成果（图）
环境 群落 结构
2024/8/24
2023年6月16日，环境学院张盼月教授课题组完成的论文“瘤胃半连续反应器长期发酵玉米秸秆产挥发性脂肪酸”在国际知名期刊《Fuel》（一区，IF=8.035）上发表。瘤胃微生物可以高效降解木质纤维素产生挥发性脂肪酸（VFAs），然而长期瘤胃发酵木质纤维素的水解和产酸效果尚不清楚。本研究在以玉米秸秆为底物，探究了瘤胃半连续反应器长达120 d水解和产酸性能及微生物演替。研究结果表明，瘤胃半连续反应器...
Triple play boosting value of renewable fuel could tip market in favor of biomass
Triple play boosting value renewable fuel tip market favor of biomass
2017/7/20
Technologies for converting non-edible biomass into chemicals and fuels traditionally made from petroleum exist aplenty. But when it comes to attracting commercial interest, these technologies compete...
Revving the microbial engine:Horsepower versus fuel efficiency in bacterial genomes
Revving the microbial engine Horsepower fuel efficiency bacterial genomes
2016/9/29
Microbes that can reproduce rapidly in times of plenty have an evolutionary stockpile of extra genes that allows them to quickly respond to changing conditions such as oil spills or outbreaks of intes...
A new study finds that the more than 90,000 species of mushrooms, molds, yeasts and other fungi found everywhere in the soil, water and air may owe their abilities to grow, spread, and even cause dise...
The significance of Fe(III) reducing bacteria in U(VI) bioremediation and energy production by sediment fuel cells
Iron metabolism sedimentary environments uranium contaminated sediments geochemistry pathogenic bacteria
2015/1/28
Dissimilatory Fe(III) reduction is one of the most significant metabolisms in sedimentary environments. Molecular and geochemical studies conducted on uranium contaminated sediments suggested that Fe(...