According to the character of IC engine and its requirement on gas quality, designed the downdraft biomass gasifier.
根据内燃式燃气发电机的性能参数和对燃气质量的要求，对下吸式生物质气化炉进行了设计。
The results showed that the biomass gasification producer gas could be a kind of clean and renewable substitute fuel.
生物质气化气是一种清洁、可再生的代用燃料。
The prospective future of rich hydrogen gas from biomass gasification makes it a common concern of researchers all around the world.
生物质气化制氢是一项富有前景的制氢技术，已引起了世界各国的普遍关注。
Biomass gasification is to obtain as much as possible of gas fuel. However, gasification process inevitably produces tar and other by-products.
生物质气化是获得尽可能多的可燃气体，但在气化过程中，不可避免地产生了焦油等副产物。
The invention belongs to the technical field of biomass gasification and discloses a method and a device for manufacturing gas through biomass gasification.
本发明属于生物质气化技术领域，公开了一种生物质气化制气方法及装置。
We intend to increase supplies of natural gas, the cleanest-burning fossil fuel, we offer coal and biomass gasification technology and we're a sizable player in wind.
我们打算增加最清洁的化石燃料-天然气的供应，我们提供煤和生物废料的气化技术，而且我们在风能领域也有相当的涉入。
The technology of biomass gasification was developed and applied universally all over the world. However, the poor quality of fuel gas and much content of tar limited its further application.
生物质气化技术已在国内外得到广泛的开发和运用，但由于燃气品质较差， 焦油较多， 限制了生物质气化气的进一步利用。
The basic combustion characteristic of biomass gas was introduced by this article, and we designed the industrial high efficiency burnner for biomass gas according to combustion characteristic.
介绍了生物质燃气的基本燃烧特性，并按照其燃烧特性设计出一种工业用的大功率生物质燃气燃烧器。
The modified organism ferments sugars in the biomass to produce isoprene, in such a way that it bubbles out as a gas.
这些改良的大肠杆菌发酵生物质中所含的糖类以生合成异戊二烯，并以气体形式释放出来。
A second process, called thermochemical pyrolysis, USES high temperatures and pressures to convert cellulosic biomass into long hydrocarbon chains that are similar to gas, diesel or jet fuel.
第二种方法也被称作“反应炉裂解法”：利用高温和压力将纤维素生物质转换成长烃链，这种长烃链和汽油、柴油、喷气式发动机燃料相类似。
The pair considered three aspects of global livestock production: greenhouse gas emissions, biomass consumption and nitrogen emissions.
两位研究人员考虑了全球畜牧业生产的三个方面：温室气体排放，生物质消耗和氮排放。
Clean cook stoves would run on biomass, gas, or solar power.
这种清洁炉子是考生物制品、天然气或者太阳能驱动的。
In this process, the "biomass" - typically waste products from farming - is heated in the absence of oxygen until it releases a flammable gas.
在此过程中，这些“生物质”——曾经农业典型的废弃物——在无氧环境中加热，直到其放出可燃气体，而得到的残渣则吸收了燃料中约50%的炭。
The heat breaks the biomass down into a charcoal-like solid and the bio-oil, giving off some gas in the process.
这种情况下，加热会把生物原料变成木炭似的固体物质和生物原油，同时释放某些气体。
Next, diesel filters in cars can be upgraded, and biomass-burning stoves can be exchanged for technology that uses solar power or natural gas.
此外，升级机动车内的柴油过滤装置很容易，燃烧生物废料的炉灶可改造成以太阳能或天然气为燃料。
This is going to be a constrained area of land and amount of biomass, so how much transportation and greenhouse gas offsets can we milk out of this constrained land?
可能的结果就是土地和植物的数量都会受限，而我们能从这有限的土地上挤出多少效益呢？
Biomass is an important renewable carbon resource that can be converted into normal fuels as solid, liquid and gas as well as other chemicals or products.
生物质是唯一可转化成常规的固态、液态和气态燃料以及其它化工原料或产品的可再生碳资源。
The produce gas of biomass contents 1.0-10.0% tar, which will be condensed on boilers, pipelines of transportation and the inlet devices of diesel engine in the process of utilization.
生物质气化气中含有1.0-10.0%的焦油，在使用过程中它们凝结在锅炉，传输管道，和内燃机的入口装置上。
Biomass is the sole renewable carbon resource that can be transferred into gas, liquid and solid fuels as well as other chemicals.
生物质能源是唯一可再生、可替代化石能源转化成气态、液态和固态燃料以及其它化工原料或者产品的碳资源。
Simplified synthetic gas production technology is the core of the process for synthesizing bio-jet fuel by gasification of biomass.
而简化合成气生产工艺是生物质气化合成生产生物航空燃料的关键所在。
Using catalyst is an available and economic method to improve the quality of small-molecule combustible gas, increase the biomass utilization efficiency and decrease the tar yield.
使用催化剂是一种可以提高小分子可燃气体品位、提高生物质利用效率、减少焦油产生的经济可行的办法。
The exergy efficiencies of gasification process and the low heat values of synthetic gas can be improved through reducing biomass moisture content and increasing gasifying agent temperature.
降低生物质含水率、提高气化剂温度有利于提高气化过程的效率和合成气低位热值。
With gas chromatographic and mass spectrum (GC-MS) analysis technology, the chemical composition of biomass tar and its distillations were analyzed.
主要采用色谱-质谱联机(GC - MS)成分分析法对生物质焦油及其馏分试样进行成分分析。
The biomass was also liquefied in the others solvent at high temperature and high pressure in the presence of other catalyst with other reducing gas.
初步进行了其他不同溶剂、不同催化剂以及还原气体的木质生物质直接液化研究。
Energy conversion with solid oxide fuel cells (SOFCs) using biomass-produced gas as fuels is a novel electrical power generation system. There are many merits compared to the conventional techniques.
利用固体氧化物燃料电池将生物质气直接转化为电能是一种新型的生物质气发电技术，这项技术与传统的发电技术相比具有很多优点。
Biomass is the fourth largest energy source following coal, oil, natural gas. The gasification of biomass plays an important role for the utilization of biomass.
生物质能是仅次于煤炭、石油和天然气的第四位能源资源，生物质气化是生物质能资源化利用的一种重要方法。
Besides, the biomass burning when harmful gas component content is extremely low, less emissions of harmful gases, which has environmental benefits.
除此之外，生物质颗粒燃烧时有害气体成分含量极低，排放的有害气体少，具有环保效益。
The characteristics of biomass oxygen rich-steam gasification in a fluidized bed for hydrogen rich gas production were tested.
以一个鼓泡流化床为反应器，对生物质富氧—水蒸气气化制取富氢燃气的特性进行了一系列的实验研究。
The respective characteristics and effectiveness of various reburning fuels, such as natural gas, pulverized coal, biomass etc., were analyzed.
分析比较了天然气、煤粉、生物质以及其他几种燃料再燃技术的特点及脱硝效果。
The respective characteristics and effectiveness of various reburning fuels, such as natural gas, pulverized coal, biomass etc., were analyzed.
分析比较了天然气、煤粉、生物质以及其他几种燃料再燃技术的特点及脱硝效果。
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