biogas

noun

1. 沼气（由死亡植物产生的甲烷等可燃气体）
   gas, especially methane , that is produced by dead plants and that can be burned to produce heat

1. Effect of household biogas project development on farmland nutrient flow
   户用沼气工程发展对农田养分流动的影响
2. The combustion speed of the biogas engine increased because of the hydrogen contained in the biogas.
   生物质气中的氢含量加快了生物质气发动机的燃烧速度。
3. These include liquefied petroleum gas, but also alternatives like biogas, managed charcoal and processed briquettes.
   “这包括使用液化石油气，但是也有其他方案，例如沼气、木炭和经过处理的煤饼”。
4. Research on Assorted Application Technology of Biogas and Vinyl House
   沼气和塑料大棚配套应用技术的研究
5. Meanwhile, the specialties and technical resources of related biogas plants were analyzed.
   同时，分析研究了代表性户用沼气池池型的技术来源和特点。
6. Finally, this paper makes suggestions on the development of biogas system in rural areas of China.
   最后，本文就沼气生态系统在农村的发展提供了建议和对策。
7. Biogas construction is an important development strategy of China's energy content, which have achieved remarkable results.
   沼气建设是中国能源发展战略的重要内容，已取得举世瞩目的成效。
8. Until now, using the straw to produce ethanol or biogas a mix of methane and carbon dioxide by anaerobic digestion with microorganisms has been disappointing.
   迄今为止，利用微生物的厌氧消化的方法从稻秸中生产乙醇或者沼气这是一种混合了甲烷和二氧化碳的气体结果令人失望。
9. Biogas construction is an important measure in energy resources exploring, environmental protecting, and new rural constructing.
   沼气建设是加强能源资源节约和环境保护、统筹城乡发展、推进新农村建设的重要举措。
10. Biogas is usually produced through anaerobic digestion of organic materials.
    沼气通常是经过有机物材料的厌氧消化产生的。
11. Besides, biogas production place location and consumption point can be in different areas.
    此外，沼气生产地点的位置和消费点，可以在不同的领域。
12. Biogas slurry soaking seed could control rice bakanae disease, improve its economical character and increase yield.
    沼液浸种可防治水稻恶苗病发芽，还能明显改善作物经济性状，提高产量。
13. Digesters to produce biogas from solid waste.
    美国各地的废水处理厂已经在利用真空消化器处理固体废料，生产生物气体。
14. The biogas digester with the structure can realize continuous feeding and continuous gas production.
    本结构沼气池可实现连续进料、连续产气。
15. The resource advantages and status on development of biogas in Loudi are discussed.
    本文分析了娄底地区发展沼气的资源优势和发展现状；
16. The actual methane yield and methane content of biogas in anaerobic digestion were analysed and studied in this paper.
    本文对厌氧消化中实测甲烷产量及沼气中甲烷含量两个问题从理论角度作了分析探讨。
17. The secondary pollution brought by the biogas and bio-liquid after scale pig breeding residue anaerobic fermentation is very serious.
    规模养殖粪污经厌氧发酵后产生的沼气和沼液没有充分利用存在严重二污染。
18. Main measures include biomass gasification projects for centralized biogas supply and large-scale biogas energy-environment projects.
    主要实施生物质气化集中供气系统工程和大型沼气能环工程。
19. The Research of Biogas Dry Fermentation Technology in Animal Excreta Treatment
    沼气干发酵技术在畜禽粪便处理中的应用研究进展
20. Analysis on biogas production of sludge digestion from municipal waste water treatment plants in China
    我国城市污水处理厂污泥产沼气的前景分析
21. Anaerobic digestion is known to produce good quality biogas and to remove pathogens that come with decaying organic materials.
    厌氧消化被认为能生产优质沼气和消除腐烂的有机材料带来的病原体。
22. Blake Stone-Banks on an organic agriculture and biogas programme in Yunnan.
    布雷克？斯通-班克斯报道云南新的有机农业和沼气革新项目。
23. The development of biomass energy use of biogas technology mainly biomass pyrolysis gasification technology, biomass liquid fuel technologies.
    生物质能源的开发主要利用了沼气技术、生物质热裂解气化技术、生物质液体燃料技术等。
24. The effects of straw pretreatment with microbial agent and biogas fermentation accelerant on dry fermentation were studied.
    研究了复合菌剂预处理秸秆和添加沼气发酵促进剂对秸秆干发酵的影响。
25. The result showed that biogas slurry soaking seed could significantly improve germination and adult seedling rate.
    结果表明：沼液浸种能显著提高种子发芽率和成秧率。
26. Biogas is continuously producted by the matter in fermentation in the digesters.
    发酵罐中的物质通过发酵，连续不断的产生沼气。
27. These organic materials and other biodegradable waste will decompose in time and later produce useful biogas.
    这些有机材料和其他生物降解的废物将马上分解，然后产生有用的沼气。
28. After the adsorption, water hyacinth biogas fermenting is also improved.
    经过吸附处理后的水葫芦自身的产气效率也有所提高。
29. Anaerobic processes could either occur naturally or in a controlled environment such as a biogas plant.
    厌氧处理可以自然发生或在控制环境（例如沼气工厂）中进行。