Main ways of biomass utilization in China;
中国生物质资源利用的主要形式；
Biomass gasification is one of the main methods of biomass utilization.
生物质气化是生物质能利用的主要形式之一。
Biomass pyrolysis and liquefaction is a promising way of biomass utilization.
生物质热解液化是一种很有前景的生物质利用方式。
Biomass is attracting more and more attention as a kind of renewable energy. Biomass gasification is one of the main technologies of biomass utilization.
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。
First, after a brief introduction of common technologies adopted for biomass utilization, biomass utilization has much profile in the aspect of environment, economics and society.
首先，在对生物质能概念、利用和各种生物质能转化技术介绍的基础上，介绍了生物质能的合理利用具有良好的环保效益、经济效益和社会效益。
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。
And established the foundation for further application, after analysis of the them in detail, Biomass utilization have many profile in the aspect of environment, economics and society.
介绍了生物质能的合理利用具有良好的环保效益、经济效益和社会效益。
First of all, an introduction of current state of biomass utilization and the future development trend was given., then the development and current research of biomass pyrolysis were introduced.
本文首先对生物质利用意义、利用方式以及国内外生物质能利用现状和未来的发展趋势进行了归纳总结，并对生物质热裂解领域的研究进展进行了详细阐述。
Ash after the combustion of biomass granule fuel can be used as fertilizer, promote plant growth, enter the new cycle, so that the supply of biological resource Everfount, sustainable utilization.
生物质颗粒燃料燃烧后的炉灰可以作为肥料，促进新的植物生长，进入新的循环，使生物资源的供应源源不断，持续利用。
The results can be a reference for the thermal chemical conversion energy utilization and numerical simulation of seaweed biomass.
研究结果可供大型海藻生物质热化学转换能源利用及其相应的数值模拟参考使用。
Technologies such biomass gasification which allow utilization of biomass fuel are of great importance.
生物质气化等技术允许的生物质燃料利用具有重要意义。
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 fast pyrolysis is a key subject on biomass high-efficient utilization both at home and abroad.
生物质快速热解技术是国内外生物质资源高效利用的重点研究课题。
The influences of fertilizer, pesticides, utilization and management of agricultural biomass waste, and soil erosion on the water source were analyzed.
分析了流域农业生产管理中的化肥和农药施用，农业生物质类废弃物利用管理和水土流失对水源污染的影响。
The concept of biomass energy, meaning of its utilization and mode of its conversion utilization are introduced.
对生物质能的概念、利用生物质能的意义及生物质能的转化利用方式进行了介绍。
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。
Pot experiments were conducted to investigate the nitrogen uptake and utilization and biomass yield in soybean and maize intercropping or mono culture system.
通过盆栽试验，研究玉米、大豆间作及相应单作不同时期氮素吸收利用及生物学产量的差异。
Biomass energy is an important renewable energy resource, which has a broad prospect of development and utilization.
生物质能是重要的可再生能源资源，具有广阔的开发利用前景。
This new method of biomass combustion could improve combustion efficiency, mitigate fouling and slagging and lay a new approach for biomass energy utilization.
这种新的燃烧方式对提高生物质的燃烧效率、改善结渣现象有重大的意义，并为生物质能的利用开辟了一条新途径。
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。
Therefore, researching and developing utilization of biomass energy has become the focus of all countries in the world.
因此，研究和开发利用生物质能源已成为全世界各国关注的焦点。
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。
Development and utilization of biomass has significant importance in recovery of waste resource, transformation of energy construction, environmental improvement and protection, etc.
生物质的开发利用对废弃资源回收、能源结构转换、环境改善和保护等方面具有重大意义。
The efficient conversion and utilization of renewable lignocellulosic biomass is the hot research interest of the world.
将可再生的木质生物质有效地转化利用是当前全球研究的热点。
Intensive investigations on direct-combustion technologies for biomass and well-developed boiler technologies are the conditions for successful utilization of biomass energy.
生物质直接燃烧技术的深入研究及锅炉技术的成熟和锅炉类型的多样化为更好开发生物质能源创造了条件。
Hydrogen production by biomass gasification is a promising technology, which belongs to the comprehensive utilization of agricultural wastes.
生物质制氢是农业废弃物资源化利用的一项很有发展前途的技术。
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.
生物质热解液化技术是把低能量密度生物质转化为高能量密度液体产物的一种新型生物质能利用技术。
Focus groups were used to identify opportunities, barriers, and strategies for increased utilization of forest biomass in the Southern United States.
OCUS组被用来确定在美国南部森林生物量的利用率提高战略接触障碍的机会。
This review covers the research and utilization of plant growth regulators in breaking seed dormancy, promoting growth, increasing biomass, inducing rooting, and tissue culturing medicinal plants.
本文综述了植物生长调节剂在打破药用植物种子休眠、促进生长、提高产量、诱发生根及组织培养上的研究应用概况。
This article introduces the concept of biomass energy, the utilization of biomass energy technology, and the present situation of domestic energy source.
对生物质能的概念、利用生物质能的技术、国内能源现状进行了介绍。
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