生物质气化是生物质能利用的主要形式之一。
Biomass gasification is one of the main methods of biomass utilization.
微生物降解生物质气化洗焦废水和焦油的研究。
Study on microbial degradation of tar-wash wastewater and tar in biomass gasification by microorganisms.
生物质气化气是一种清洁、可再生的代用燃料。
The results showed that the biomass gasification producer gas could be a kind of clean and renewable substitute fuel.
生物质气化是生物质利用的充满活力的技术之一。
Biomass gasification is one of the technologies of energetic use of biomass.
生物质气化等技术允许的生物质燃料利用具有重要意义。
Technologies such biomass gasification which allow utilization of biomass fuel are of great importance.
吉林省现已建成五个生物质气化站和一条生物质致密成型生产线。
There have built five stations of biomass gasifier and one production line of compressed biomass to type in JiLin Province.
同时应加大海藻生物燃料和生物质气化合成生物燃料的开发力度。
They should also redouble their effort to develop alga-derived biofuel and synthesize biofuels by gasification of biomass.
作为生物质能利用的一种主要技术，生物质气化有重要的研究意义。
As a main technology of using biomass energy, biomass gasification is of great research significance.
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。
Simplified synthetic gas production technology is the core of the process for synthesizing bio-jet fuel by gasification of biomass.
生物质气化技术，就是生物原料在缺氧状态下加热反应的能量转换过程。
Lives the material gasification technology, is biological raw material heats up the response under the anoxic condition the energy conversion process.
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。
The invention belongs to the technical field of biomass gasification and discloses a method and a device for manufacturing gas through biomass gasification.
甲烷化技术应用于生物质气化，是改善燃气质量、提高燃气热值的有效方法。
The methanation technology that is applied to biomass gasification is a effective method that can improve the gas's quality and raise the caloric value.
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。
The prospective future of rich hydrogen gas from biomass gasification makes it a common concern of researchers all around the world.
综述了生物质气化技术的分类、气化炉特点、气化性能影响因素及评价指标。
The classification of biomass gasification technologies, the characteristics of gasifiers, the influencing factors of gasification performance and the evaluating indicator are reviewed.
介绍了我国4mW级的生物质气化整体联合循环发电示范工程的设计特点。
This paper introduces the design characteristics of 4mw power generation system by biomass integration gasification combination cycle.
经混凝吸附处理的生物质气化洗焦废水，微生物降解速度和降解率均显著提高。
After coagulation and adsorption, the microbial degradation of biomass gasification wastewater COD is reasonably higher that that without pretreatment.
分析了串行流化床生物质气化制氢的反应机理，并研究了催化剂作用下的气化过程。
The principle of hydrogen production from biomass gasification in interconnected fluidized beds is analyzed;
从系统能量分配和平衡的角度，简化了生物质气化与废弃物焚烧联合发电系统的数学模型。
In the view of the distribution and balance of energy, mathematic model of biomass gasification and waste incineration combined power generation system was simplified in this paper.
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。
According to the character of IC engine and its requirement on gas quality, designed the downdraft biomass gasifier.
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。
Biomass gasification is to obtain as much as possible of gas fuel. However, gasification process inevitably produces tar and other by-products.
我们最终的目标是实现煤气化或者生物质气化燃料电池发电系统，以获得能源的高效和洁净利用。
The final objective is to realize the integrated coal gasification or biomass gasification fuel cell power system.
讨论了生物质气化合成甲醇技术与我国联醇工艺的结合，对我国开发生物质制甲醇技术提出了建议。
The combination of methanol co-production from ammonia with BGMSS in China is discussed. Suggestions for development of biomass-to-methanol process in China are given.
生物质作为一种可再生能源受到了人们的关注，生物质气化技术是生物质再生能源利用的主要技术之一。
As a source of renewable energy, biomass is interested increasingly by the people. The technology of biomass gasification is one of the main utilization technologies of biomass.
生物质作为一种可再生能源受到了人们的关注，生物质气化技术是生物质再生能源利用的主要技术之一。
Biomass is attracting more and more attention as a kind of renewable energy. Biomass gasification is one of the main technologies of biomass utilization.
利用I-7000系列模块和组态软件，开发了用于生物质气化技术研究实验平台的计算机自动测控系统。
Using I-7000 series modules and configuration software, a computer auto measure and control system used for the biomass gasification technology experiment platform is established.
针对生物质气化过程面临的问题，利用慢速热解方法作为生物质气流床气化的前处理工艺并考察其可行性。
Slow pyrolysis as the pretreatment technology before biomass entrained flow gasification was experimentally studied, and its feasibility assessed.
生物质气化燃气中含有微量的硫化氢，如果不加以处理不仅会使脱焦油和脱氨催化剂中毒，还会污染环境。
There is a minim quantity of hydrogen sulfide in the biomass producer gas. It will not only pollute environment, but also poison the catalysts of removal tar and removal ammonia.
第二代生物燃料和化学品可采用加氢转化、加热裂化或催化裂化、生物质气化和合成气转化等几种方法生产。
The second-generation bio-fuels and chemicals can be produced using several methods such as hydro conversion, thermal or catalytic cracking, biomass gasification and syngas conversion.
阐述了生物质(秸秆)利用技术现状，分析了生物质气化技术、液化技术、直接燃烧技术存在的问题和不足。
The current status of biomass (straw) utilization technology is expatiated. Problems with biomass gasification, liquefaction and direct combustion are analyzed in the paper.
阐述了生物质(秸秆)利用技术现状，分析了生物质气化技术、液化技术、直接燃烧技术存在的问题和不足。
The current status of biomass (straw) utilization technology is expatiated. Problems with biomass gasification, liquefaction and direct combustion are analyzed in the paper.
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