生物质能利用技术

生物质能利用技术-厌氧消化技术的研究新进展

The Latest Progress of Anaerobic Digestion Technology : Biomass Energy Utilization Technology

生物质能利用技术及研究进展

Utilization Technology of Biomass Energy and Its Research Progress

我国农林废弃物生物质能利用技术研究进展

Research progress of technique for utilizing agricultural and woody castoff biomass energy in China

生物质能利用技术比较与分析

Comparison and analysis of biomass energy utilization technologies

中国生物质能利用技术评价

Technological Evaluation of China Biomass Energy Utilization

生物质气化制取富氢燃气技术是非常有前景的生物质能利用技术。

The technology of hydrogen-rich syngas from biomass gasification is considered as prospective biomass utilization technology .

生物质气化技术是通过热化学反应将固态生物质转化为气体燃料的一项技术，是比较先进的生物质能利用技术。

Biomass gasification technology is an advanced method to utilize biomass which can invert solid biomass to combustible gas .

本文详细描述了我国的生物质资源状况，并介绍了目前的生物质能利用技术。

The condition of biomass resource in China was described and current biomass energy technology was introduced in this paper .

但长期以来生物质能利用技术却不可避免地面临一个主要难题，即焦油的处理问题。

However , biomass energy utilization technologies have to face an inevitable problem , which is how to remove the biomass tar .

近年来，新型式的生物质能利用技术在世界范围内发展很快。

In recently years , new types of biomass technique such as solidifying , gasifying , generating electricity and liquefying had been used in the worldwide .

沼气技术主要是利用厌氧法处理禽畜粪便和高浓度有机废水，是发展较早的生物质能利用技术。

Biogas technology is the use of anaerobic treatment of livestock wastes and the high concentration organic wastewater , the earlier the development of biomass utilization technologies .

生物质热解技术是把低能量密度生物质转化为高能量密度气、液、固产物的一种新型生物质能利用技术。

Biomass-pyrolysis has proved itself to be a new type of biomass-energy utilization technique which transforms biomass materials of low energy density into liquid products of high energy density .

本文在阐述我国生物质能源开发利用的意义的基础上，综述了上述各种技术发展现状与近年来的应用情况，对我国生物质能利用技术的发展有参考价值。

This article also introduces the signification of biomass energy utilization , and reviews the situation of research and application of these biomass energy utilization technologies , which will be helpful for the future technology development .

本文阐述了生物质能源的特点及生物质能利用技术，详细总结了国内外生物质热裂解制取生物油的研究现状，对几种典型的生物质热裂解的装置进行了介绍和性能的对比分析。

This paper introduced the character of biomass and its technology of application , and summed up the research situation current of preparing bio-oil by pyrolysis biomass in detail in china and abroad , introduced and analyzed by comparing the performance of several kinds of typical pyrolysis sets .

生物质能转化利用技术及其研究进展

The Conversion and Utilization Technology of Biomass Energy and Its Research Progress

生物质成型技术可为其它的生物质能综合利用技术提供原料供给。

Biomass densification technology supply raw materials for other biomass energy utilization technologies .

农林生物质能转化利用技术论文的统计分析

Statistical Analysis of Research Papers on the Technology of Bio-energy Conversion and Utilization

生物质混煤燃烧发电技术可利用电站现有基础设施来实现生物质能源的有效利用，在生物质能的利用技术中具有很大优势。

Biomass and coal co-combustion technology in power generation can use the infrastructure in coal-fired power plant to realize the effective use of biomass fuels .

目前，国内外生物质能的利用技术多种多样，其中，生物质与煤混燃是一种降低污染排放、提高生物质利用率的有效方法。

At present , there are many ways to utilize biomass energy , of which biomass and coal co-combustion is an effective method to reduce the emission and improve the utilization ratio of biomass .

生物质能流化床转化利用技术实践

Practice on Conversion and Utilization of Biomass in Fluidized Bed Technology

简要分析了几种生物质能利用方式的技术性、经济性和社会性特征。

This paper analyzed the technicality , economical and social characteristics of some mode to utilize biomass energy .

生物质能的利用转换技术可谓是多种多样，主要可分为三大类：生化转化法、化学处理法和热化学转化法。其中，生物质热化学转化技术是生物质能源化利用研究中的一个重点。

Conversion technology of biomass energy is various , mainly divides into bioconversion , chemical treatment and thermo-chemical conversion . Thermo-chemical conversion is the most important method .

本文对生物质能、生物质能利用技术及国内外发展现状进行了介绍，阐述了利用生物质能的意义及其对世界能源发展的重要性。

The biomass energy , the utilization technology of biomass energy and its current situation were presented in the paper . The implication of the biomass utilization and the significance to the development of energy were discussed .

此外，在添加剂中大量使用生物质，促进了农村对生物质能的深度开发利用技术的发展。

Furthermore , the use of biomass in quantity in the additive promotes the development and utilization of biomass energy in rural areas .

目前，生物质能开发利用的多数技术，都需要对生物质原料进行一定的粉碎加工预处理，所以生物原料的粉碎是生物质能开发利用技术中不可缺少的重要环节。

The most biomass materials need crushing processing before the development and utilization . So it is extraordinarily important to biomass energy research and develop .

本文分析了与热能利用相关的生物质能转化利用的若干技术现状，其中包括成型燃料技术、锅炉燃烧技术、气化技术、和液化技术（制取二甲醚和燃料乙醇技术）等等。

The present techniques for the utilization of biomass energy were reviewed in this paper , which include the molding fuel , boiler combustion , gasification and liquefaction , etc.

随着生物质能的开发利用，生物质能利用技术得到迅速的发展。

With the development and utilization of biomass energy , the conversion technologies of biomass are promoted rapidly .