与传统的物理化学脱硫法相比，生物脱硫具有许多优点。
By comparison with traditional physicochemical methods, the biological desulfurization offered many advantages.
重点叙述了循环流化床烟气脱硫技术和微生物脱硫技术。
It emphasizes on the technology of circulating fluidized bed for flue gas desulfurization and the technology of flue gas desulfurization by micro-organism.
探讨了物理、化学和生物脱硫技术对沼气脱硫工艺的影响因素。
Factors affecting the biogas desulfurization process in physical, chemical and bio-desulfurization technology were studied too.
物理脱硫法、化学脱硫法、生物脱硫法是煤脱硫技术的三种主要方法。
The physical desulfurization method, chemical desulfurization method and biological desulfurization method are three important methods of coal desulfurization technology.
生物脱硫工艺有能力成为最完全、最安全也最方便的主导性脱硫技术。
Biodesulphurization craft has the ability to become the, most complete, safest and most c...
介绍 THIOPAQ生物脱硫机理 ，生物反应器结构特点 ，工艺参数及应用实例。
The paper presents THIOPAQ bio-desulfurization mechanism, bio-reactor structure feature, process parameter and application example.
介绍近几年国内外生物脱硫技术用于炼厂气的研究和应用现状，与液相氧化工艺进行经济对比。
To introduce the status quo of current research and application of biological desulphurization technology used in refinery gas at home and abroad.
而生物脱硫技术在国内刚刚起步，离工业应用相差甚远，因此需要大力开展生物脱硫的研究工作。
But biodesulphurization technology only began recently in our country, which couldn't realize commercial application now, we should make great efforts to do research …
介绍了柴油生物脱硫机理、 生物反应器及乳化液相分离，特别是生物催化剂等方面研究的最新进展。
The new progress in diesel oil biodesulfurization, including bioreaction mechanisms, bioreactor, separation technology, especially biocatalysts was introduced.
马克说，这种单酯的脱硫速度比真菌和细菌快10到20倍，并可挤入一个比生物脱硫过程紧凑得多的反应堆。
It works 10 or 20 times faster than a fungus or bacteria, and could be squeezed into much more compact reactors than a biological process, Makkee says.
本文就采用UASB、SR、CASS生物脱硫技术治理淀粉生产废水，提高UASB的处理能力作扼要介绍。
This article introduces the bio-desulfur technology of UASB, SR and CASS and how to enhance the treating capability of UASB.
由于微生物脱硫工艺操作压力、温度低，尤其是与加氢技术偶联的生物脱硫工艺成本较小而具有广阔的市场前景。
The biological desulfurization process has broad prospects due to low operating pressure and temperature as well as low production cost coupled with hydrogenation.
生物脱硫通过微生物的作用，将硫化物转化成单质硫予以脱除，具有运行成本低和无二次污染的特点，有着极好的发展前景。
Biodesulfurization through microbial role will be transformed into single-sulfide to sulfur removal quality, low running cost, no secondary pollution, have great prospects for development.
提出了基于需盐脱硫弧菌以含乳酸盐的海水培养基为电解液的微生物燃料电池。
A microbial fuel cell of laboratory scale employing Desulfovibrio salexigens in lactate based seawater substrate was proposed.
近年来，磁载体法已经在生物细胞分离，废水处理，燃煤脱硫和矿物加工等过程中得到广泛地应用[4,5]。
In recent years, the magnetic carrier method has been widely applied in biology cell separation, wastewater treatment, coal desulfurization and mineral exploitation [4, 5].
元素硫作为主要产物防止了生物固定床的酸化，并保证脱硫装置的稳定性。
The element sulfur as a main product prevented acidification of the biological fixed bed, which maintained the stability of the operation.
生物法烟气脱硫具有低能耗、低成本、无污染等优点，成为烟气脱硫技术研究的热点。
Biological Flue Gas Desulfurization (FGD) with the advantages of low energy consumption, low cost and no pollution has become one of research hot areas.
本文综述离子液体萃取金属离子、有机化合物、 生物分子，脱硫，脱氮及气体分离等的最近研究进展。
This review summarizes applications of ILS in extractions of metal ions, organic compounds, bio-molecules, desulfurization or denitrogenation from fuels and gases and so on.
进行了生物膜填料塔挂膜启动及烟气脱硫实验研究。
The experiments on the start-up of the biotrickling filter and the desulfurization of flue gas were conducted.
简要综述了国外石油生物催化脱硫研究的新进展，介绍了石油生物催化脱硫的发展趋势和应用前景。
The research progress of Biodesulfurization of petroleum is reviewed, the trends and the application prospects of biodesulfurization of petroleum are introduced.
微生物在黄铁矿表面吸附量的大小，直接影响微生物对黄铁矿的表面改性，决定浮选脱硫效果的优劣。
The surface modification of pyrite is directly affected by the microorganism adsorption amount on coal-pyrite surface, which will determine the efficiency of floatation desulfurization.
DDS脱硫技术是将生物技术与传统湿法脱硫技术相结合的生化脱硫技术。
DDS de-sulfur technology is a biochemical de-sulfur technology combining the biology technology with traditional wet de-sulfur technology.
综述了氧化法脱除燃料油中有机硫的研究进展，介绍了过氧化物、臭氧、氧气、生物氧化等脱硫方法。
Advances in research of oxidative desulphurization of fuel oil were reviewed, which involved peroxide, ozone, oxygen and biological oxidations.
主要讨论的是煤炭燃烧前脱硫方法的研究，包括煤炭的物理法脱硫、化学法脱硫和生物法脱硫工艺研究。
Host combustion desulfurization is including the physical, chemical and biological methods. The physical method was introduced as main part in this paper.
采用PVC弹性立体填料进行了好氧生物法脱硫的研究。
This paper describes the removal process of odious gas H 2S with the biological membrane method, which adopts PVC elastic solid filler.
采用PVC弹性立体填料进行了好氧生物法脱硫的研究。
This paper describes the removal process of odious gas H 2S with the biological membrane method, which adopts PVC elastic solid filler.
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