利用厌氧发酵技术生产沼气既能开发能源又能减少环境污染，目前各国都很提倡。
Produing biogas by using anerobic fermentation technology can not only develop energy but also reduce environmental pollution.
设计了一种新型厌氧发酵系统-集箱式沼气工程。
The paper designed a new type of biogas system-cluster case type anaerobic fermentation engineering.
本文报道了利用生活垃圾厌氧发酵制取沼气及发酵残留物的综合利用。
Studies on the biogas production from urban domestic waste by anaerobic digestion and utilization of fermentation residue are represented in this paper.
例如，飞利浦设计的2011种微生物的家——从摇篮到摇篮营养管理系统，包括用于餐厨垃圾厌氧发酵沼气池；
For example, Philips Design's 2011 Microbial Home is a cradle-to-cradle nutrient management system and includes a bio-digester for the anaerobic fermentation of food waste;
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。
The secondary pollution brought by the biogas and bio-liquid after scale pig breeding residue anaerobic fermentation is very serious.
有机物被微生物厌氧发酵消化并制取人工沼气的密闭装置，在我国称为沼气池。
The airtight installation to deposit organic matter witch be fermented by microorganism and making biogas, we call it biogas digester in China.
作为厌氧发酵的主体设备，沼气池的设计及建造直接影响沼气生产的效果。
As the main body equipment of anaerobic fermenting, the design and building for biogas digester will influence effect of biogas producing.
作为厌氧发酵的主体设备，沼气池的设计及建造直接影响沼气生产的效果。
As the main body equipment of anaerobic fermenting, the design and building for biogas digester will influence effect of biogas producing.
应用推荐