生物气富集的主要控制因素为圈闭。
The concentration of biogenic gas is mainly controlled the trap.
什么是每小时总生物气产量？
农民们回收麦秆、草和动物粪便来制造生物气。
Farmers recycle straw, grass and animal waste to make biogas.
第四纪盆地稳定沉降阶段为生物气聚集成藏时期。
The steady (subsidence) stage of the Quaternary was the period of biogas accumulation.
淀粉能够完全转化为挥发性有机酸、微生物污泥、生物气；
All starch in the influent can be converted to short chain fatty acids , biomass and biogas in the TUASB reactor.
初步确定三湖第四系生物气源岩的有机碳下限标准为0.25%。
The organic carbon minimum of the quaternary biogas source rock in Three-lake is 0.25%.
生物气包括沼气、堆填气体、胃肠气，由产生的地点来区分类别。
Biogas include marsh gas, landfill gas, digester gas. They distinguish by the producing location.
碳酸盐主要为无机成因，少量与生物气有关，其含量受盐度的影响。
The carbonate cement, influenced by the salinity to some degree, is mainly inorganic with few relation to biogas.
本区第四纪独特的沉积环境是形成大型生物气藏最重要的地质条件。
The unique depositional environments of this area in the Quaternary are the important conditions for forming the large scale biogenic gas pools.
松辽盆地北部天然气类型包括生物气、油型气、煤型气和有机深源气。
In northern Songliao basin there exist biogas, oil type gas, coal type gas and organic deep source gas.
在实验条件下，生物气中氢气浓度可达61%，产物中无甲烷气生成。
Under the experimental conditions, the hydrogen concentration in the biogas reached 61% without methanogenesis in the gaseous product.
河漫滩相和浅海相砂质透镜体为超浅层生物气最有利和较有利的储集带。
It is suggested that the sandy lenticular bodies of alluvial flat and neritic facies are favourable reservoir zones for ultra shallow biogas exploration.
因此，淮南煤田中后期次生生物气的生成对矿区煤层气资源的贡献重大。
Therefore, the contribution of secondary biogenic gases is great for coalbed gases resources in Huainan coalfield.
所有的商业性生物气都存储在下切河谷内河漫滩-河口湾砂质透镜体中。
All commercial biogenic gas is stored in the flood plain-estuary sand lenses of the incised of the incised valleys.
结果发现该托儿所室内环境中存在二氧化碳、悬浮微粒及生物气胶的问题。
It was found that carbon dioxide, particulate matter and bioaerosol are main problem in day-care center.
讨论了生气量与有机母质埋藏年代的定量关系，为生物气生气量估计提供依据。
The quantitative relation between the amount of generated gas and buried age of organic matter is also discussed, which provides evidence for the estimation of the amount of generated biogas.
通过重新设计实验流程，建立了针对未成熟生物气源岩的有机质丰度评价方法。
By redesigning measurement processes, the assessment method of source rock for biogenic gas is established.
肖家湾-鸭子港区及三仙湖-茶盘洲区是洞庭盆地第四系生物气勘探的有利区域。
It is suggested thatXiaojiawan-Yazigang and Sanxianhu-Chapanzhou regions are favourable for Quaternary biogas exploration of the basin.
柴达木盆地东部第四系生物气源岩有机质丰度是控制该区生物气资源的关键因素。
Organic matter abundance of quaternary source rock of biogenic gas in eastern Qaidam basin is the key factor controlling biogenic gas resource in the area.
准噶尔盆地目前虽然尚未发现确凿的生物气藏，但已有种种迹象表明有生物气存在的可能。
Currently, although definite biogas reservoirs have not been discovered in Junggar basin, every indication shows that there possibly exists biogas in Junggar basin.
本文根据组分及甲烷同系物的碳氢同位素确定柴达木盆地东部第四系天然气为生物气类型；
The Quaternary natural gas in the east of Qaidam basin is determined to be biogenic gas through a studying of gas composition, carbon and hydrogen isotopes in methane.
在以前的研究中柴达木盆地三湖地区生物气一直被认为是完全由第四系腐殖型有机质所生成的。
Previous research has concluded that biogenic gas of the Sanhu region is generated from Quaternary humic source rock.
分析了地层温度、咸化环境和还原环境等因素对阳信洼陷沙一段生物气生成、聚集和保存的控制作用。
Temperature, salty environment, reducing environment and some other control factors on biogas forming, accumulation and preservation of the Es1 in Yangxin Subsag are analyzed.
分析了该天然气的成因，指出它主要是来自储层原油的菌解，另外还有侏罗系浅部煤系地层生物气的贡献。
The formation mechanism of gas is analyzed in the paper, the majority of gas derives reservoir oil degradation gas, the minority derives the biogenic methane in Jurassic coal stratum .
两种麦草产生的生物气中的甲烷含量大致相同，在水解反应器中后期为50%左右，在甲烷反应器中为70%左右。
The methane content of the biogas was similar and was 50% in the hydrolysis reactor and 70% in the methanogenesis reactor.
基于该气田天然气的组成和碳同位素特征认为，该气田的天然气也不可能是生物气与下部热成因天然气混合的产物。
Based on the characteristics of carbon isotope and components of gas in this field, it is believed that the gas is unlikely a mixture of biogas and the lower thermogenesis natural gas.
鉴于未成熟生物气源岩有机质赋存形式的特殊性，提出了柴达木盆地东部第四系生物气源岩的有机质丰度评价标准。
Based on the special existing form of immature source rock of biogenic gas, the assessment system of organic matter abundance for quaternary source rock of biogenic gas in Qaidam basin is suggested.
傅立叶变换红外(FTIR)光谱技术可以对空气、生物气以及各种工业生产过程中的排气、废气进行实时在线监测。
Fourier transform infrared spectroscopy (FTIR) can be used for the continuously on-line detection of the air, biotic gas and exit gas components in industry.
傅立叶变换红外(FTIR)光谱技术可以对空气、生物气以及各种工业生产过程中的排气、废气进行实时在线监测。
Fourier transform infrared spectroscopy (FTIR) can be used for the continuously on-line detection of the air, biotic gas and exit gas components in industry.
应用推荐