Method for calculating re-utilizing degree of the biomass energy is presented.
文中还给出了计算系统生物质能再利用程度的方法。
The solar energy and biomass energy were the well known type and the next was wind energy.
人们最为熟悉的新能源类型是太阳能和生物质能，其次是风能。
Cassava is extensively grown in southern China for food and as a new source of biomass energy.
木薯在中国南方作为食物广泛种植，并且作为一种新型的生物能源的来源。
At present, exploitation and using of new energy resources, such as wind power, biomass energy etc.
目前，国内外以风能为代表的新能源的开发利用方兴未艾。
As a main technology of using biomass energy, biomass gasification is of great research significance.
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。
First, it summarized the current situation of the use of foreign investment in biomass energy industry.
首先对我国生物质能产业利用外资的现状进行了概括。
It first reviewed the correlative theory about biomass energy, and gave the research method of the paper.
首先就现有的文献进行了回顾和分析，并简要介绍本文的研究思路。
Being a kind of renewable energy, biomass energy has great latent capacity for development and application.
生物质能是极具开发潜力的可再生能源。
Biomass energy is the most abundant renewable resource on earth, which is the world's fourth largest energy.
生物质能是地球上数量最丰富的可再生资源，是世界第四大能源。
The technology of compressing and forming on cotton stalk fuel can transform solar energy into biomass energy.
棉秆燃料压缩成型技术是把太阳能转化生物质能所必需的技术。
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。
This paper analyzed the technicality, economical and social characteristics of some mode to utilize biomass energy.
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。
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。
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。
Biomass energy, accounting for 10% of total energy consumption, is one of the most important reproducible energy in China.
生物质能源是我国最重要的一种可再生能源，约为能源总消耗的10%。
The condition of biomass resource in China was described and current biomass energy technology was introduced in this paper.
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 front technology of biomass pyrolysis used for biomass energy research and development has been more widely appreciated.
生物质的热解作为生物质能研究开发的前沿技术已得到较为广泛的重视。
High effective utilization and development of biomass energy has positive effects on solving energy and environment problems.
生物质能的高效开发利用，对解决能源、生态环境问题将起到十分积极的作用。
Because of the large quantity, low effect of environment and the regeneration ability, biomass energy becomes today's main choice.
生物质能由于其数量巨大，对环境影响小，并具有可再生性，成为目前的主要选择之一。
As an integrated system of energy supply based on biomass energy, energy plant can effectively supply the heat and power needed by MDF line.
热能中心是一种基于生物质能的综合供能系统，可以向MDF(中密度纤维板)生产线提供所需的热能和电能。
The development of biomass energy use of biogas technology mainly biomass pyrolysis gasification technology, biomass liquid fuel technologies.
生物质能源的开发主要利用了沼气技术、生物质热裂解气化技术、生物质液体燃料技术等。
The exploitation and utilization of biomass energy is an effective method for relieving the pressure of conventional energy resources shortage.
生物质能的应用技术开发和研究可缓解当前常规能源的有限性。
This paper makes summarize of the biomass energy and the biomass gasifying technology. From this point, we believe a bright prospect of this technology.
文章讨论了生物质能源概况及生物质热解气化技术目前的现状，认为大力发展生物质气化技术有着广阔的前景。
Biodiesel oil, as one kind of biomass energy, has already aroused people's great attention and played an important role for relieving the energy crisis.
生物柴油作为一种重要的生物质能源已引起世人关注，其生产和应用已成为缓解能源危机的重要组成部分。
In the world energy consumption, biomass energy has the total amount of about 15% which is Number 4, second only to the coal, petroleum and natural gas.
生物质能在世界能源消费总量中约占15%，仅次于煤炭、石油和天然气，居于第4位。
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。
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。
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。
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