[微] 厌氧发酵
The sawdust and adsorbed carbon hydrogen was used to produce methane through anaerobic fermentation system. The original sawdust and used sawdust rich in organics were experimented.
采用厌氧发酵系统，利用被吸附的有机物和锯末作为碳、氮源进行了吸附前后锯末的厌氧发酵试验，生产有用的发酵产品。
By power-generating technology of digestive gas fron the waste water sludge, the methane gas produced in the process of the sludge anaerobic fermentation is used as fuel for the generators.
污水污泥消化气发电技术是将污水污泥经厌氧发酵消化后，利用所产生的甲烷气气体作燃料供发电机使用；
The study of the biohydrogen anaerobic fermentation technology, mainly focuses on the details of hydrogen production bacteria screening and the hydrogen production process optimization.
厌氧发酵生物制氢技术可利用有机废水及固体废弃物等进行氢气生产，制氢过程清洁、节能。
Dynamic changes of organic acids in and out of cell of brewer's yeast were determined under anaerobic fermentation by microwave cell disruption and HPLC technology.
以微波破壁和高效液相色谱法，对通风发酵过程中的啤酒酵母细胞胞外、胞内六种有机酸含量的动态变化进行了跟踪检测。
The anaerobic fermentation slurry is a universal bio-pesticide which contains much nutrition elements and had an obvious controlling effect on many kinds of pest.
沼液作为一种广谱性的“生物农药”，含有多种有机营养成分及抗病防虫作用，对多种害虫具有明显的防治效果。
Anaerobic fermentation processing of biological waste is one of the effective ways that make urban garbage reductions, technology and resources, in recent years it received attention from experts.
厌氧发酵处理城市生物垃圾法是城市垃圾“减量化、无害化、资源化”的有效方法之一，近些年收到国内外专家的普遍关注。
Biogas manure is one new organic fertilizer, and is the residues of crops straw and animal \u0026 human excreta after anaerobic fermentation.
沼肥是由农作物秸秆和人畜粪便经厌氧发酵后的残留物，是一种新型的有机肥料。
The integration of hydrogen production by anaerobic fermentation and bio-processing of food waste has a great development and utilizing prospect.
微生物厌氧发酵制氢与餐厨垃圾生物利用相结合具有很好的开发和利用潜力。
The sizing anaerobic fermentation process secondary pollution and merchandise of fertilizer etc of municipal refuse in the anaerobic digestion process are specifically analyzed.
针对厌氧消化过程中有关城市垃圾的分选、厌氧发酵工艺、二次污染以及肥料的商品化等问题做了具体的分析。
Considering the character of anaerobic reaction, one kind of double loop jet-air lift bioreactor is applied in anaerobic fermentation.
本文重点针对厌氧反应的特点，将喷射式双环流反应器用于厌氧发酵过程。
Besides producing bio-***sel, the restaurant waste can also produce methane for generating after the anaerobic fermentation.
除了制成生物柴油，经过厌氧发酵后还会产生甲烷，进行发电。
Design of a complete set of anaerobic fermentation device. It contents an anaerobic reactor, a constant temperature system by circulating hot water, and a gas collection device.
设计了整套厌氧发酵试验装置，它包括发酵主体反应器、水浴恒温循环系统、集气装置三大部分。
The paper designed a new type of biogas system-cluster case type anaerobic fermentation engineering.
设计了一种新型厌氧发酵系统-集箱式沼气工程。
The results indicate that the yeasts S. cerevi- ciae is able to produce ethanol from D-xylose as the enzyme xylose isomerase exists in either oxygen—limited or anaerobic fermentation.
实验结果表明，无论是氧限制或厌气发酵过程，在木糖异构酶的存在下，该菌株均可利用木糖发酵生成酒精。
This paper has analysed the relationship between the selection of the temperature and the corresponding heat balance of an anaerobic fermentation system.
本文分析了厌氧发酵温度的选择和厌氧系统中热量平衡的关系。
The syntrophic acetogenesis coupled with homoacetogenesis process was used to produce acetate from municipal sludge by anaerobic fermentation.
应用产氢产酸/同型产乙酸两相耦合工艺对市政污泥进行厌氧发酵，以实现高效产乙酸的目的。
The content of ammonia nitrogen in anaerobic fermentation slurry produced from swine manure was measured to determine how the changes of fermentation conditions affect it.
通过猪粪在不同工艺条件下的厌氧发酵实验，研究了以猪粪为发酵原料所产沼液中氨态氮含量的各种影响因素及其最优发酵工艺技术。
Anaerobic fermentation tests of the effluent were carried out to evaluate the anaerobic biotreatability.
进行了蓝桉低亚钠磺化化机浆制浆废水的厌氧发酵实验，以评价其生物可处理性。
The role of sulfate-reducing bacteria(SRB) during the anaerobic fermentation of sewage sludge was investigated by adding different concentrations of inhibitors of molybdate.
添加各浓度钼酸盐考察不同抑制水平下硫酸盐还原菌（SRB）对市政污泥发酵产酸的作用。
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。
It is possible to keep the anaerobic process at the temperature higher than 35℃ through combining composting with anaerobic fermentation properly.
通过合理设计，好氧堆肥与厌氧反应相结合保持温度在35℃以上理论上可行的。
Hydrogen production from organic wastewaters through anaerobic fermentation(AF) and its industrialization have been extensively stu***d by researchers worldwide.
采用厌氧发酵产氢技术处理有机废水产生氢气，并且实现工业化生产的研究在国内外受到广泛关注。
The results show that: continuous anaerobic fermentation technology than non-continuous anaerobic fermentation technology for gas production growth rates higher than 69%.
实验结果表明：连续式厌氧发酵技术比不连续式厌氧发酵技术的产气增长率要高69%以上。
This paper presents experimental stu***s on mixed anaerobic fermentation of lime straw pulp yellow liquor(70%)and low alkaline straw pulp black liquor(30%)by using UASB reactor.
本文介绍了用UASB反应器对经过自然酸化的石灰法草浆黄液（70%）和低碱法草浆黑液 （30%）进行混合厌氧发酵的试验过程与结果及对其分析。
And hydrogen production through anaerobic fermentation is the most feasible way.
厌氧发酵法制氢是目前其中最行之有效的方法之一。
The production process includes culturing yeast, crushing sugar cane, sealed anaerobic fermentation, distilling to output wine and other steps.
生产方法，包括酒母的培养、甘蔗粉碎、密封厌氧发酵、蒸馏出酒等步 骤。
厌氧发酵（Anaerobic Fermentation） 是指微生物（如细菌、酵母）在无氧气（anaerobic） 环境下，通过酶的作用分解有机物质（如糖类、淀粉），产生能量（通常以ATP形式）、代谢产物以及释放气体的生物化学过程。其核心在于无需氧气参与电子传递链，而是利用有机物本身作为电子供体和受体来完成能量转换。
详细解释与关键点：
厌氧（Anaerobic）的含义：
发酵（Fermentation）的含义：
厌氧发酵的典型过程与产物：
应用与重要性：
厌氧发酵是微生物在无氧条件下，通过不完全氧化分解有机物（主要是糖类），利用其自身代谢中间产物作为电子受体，产生能量（ATP）、维持氧化还原平衡（再生NAD⁺），并生成各种代谢产物（如乳酸、乙醇、有机酸、气体）的代谢途径。它在自然界物质循环和人类工业生产（食品、能源、化工）中具有极其重要的作用。
"Anaerobic fermentation"（无氧发酵）是生物化学中的一个重要概念，具体解释如下：
指微生物或细胞在无氧条件下分解有机物（如葡萄糖）以获取能量的代谢过程。该过程不需要氧气参与，且产生的能量（ATP）较少，例如1分子葡萄糖仅生成2分子ATP（而有氧呼吸可生成36-38 ATP）。
酒精发酵（如酵母菌）： $$ C6H{12}O_6 → 2C_2H_5OH + 2CO_2 + 2ATP $$ 产物为乙醇和二氧化碳，常用于酿酒、面包发酵。
乳酸发酵（如乳酸菌、动物肌肉细胞）： $$ C6H{12}O_6 → 2C_3H_6O_3 + 2ATP $$ 产物为乳酸，应用于酸奶制作、泡菜腌制。
该过程与有氧呼吸的关键区别在于：无氧发酵通过底物水平磷酸化生成ATP，而有氧呼吸通过氧化磷酸化生成更多ATP。此代谢途径在自然界和工业生产中均有广泛适应性。
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