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马来西亚蓬勃发展的生物质产业
发布时间:2015-11-10        浏览次数:426        返回列表
 来西亚是一个有着丰富自然资源的东南亚国家,人们普遍认为,丰富的农业生物质资源,以及蓬勃发展的农业是马来西亚发展其生物质产业的有利条件。随着2009年国家绿色科技政策、第十个马来西亚计划(10MP)、2010年经济转型计划(ETP)、以及2011年可再生能源法的出台,马来西亚正逐步挖掘生物质产业创造财富的潜力。

Malaysia is a country situated strategically in the

middle of South East Asia and blessed with fertile

agriculture land. With its rich agro-biomass

resources as well as booming agriculture industry,

it is widely recognized that Malaysia has what it

takes to develop its biomass industry. In parallel

with the introduction of the National Green

Technology Policy in 2009, the 10th Malaysia Plan

(10MP) and the Economic Transformation

Programme(ETP) in 2010, as well as the

Renewable Energy Act 2011, Malaysia is gearing

up to unlock the wealth creation potential of

its biomass industry.

所关注的领域:
1
生物质能源包括生物质原料转化为固体生物燃料(颗粒)、生物质能电厂项目(共燃,甲烷),液体生物燃料柴油和乙醇等。
2
生物质作为高价值化学品适用于开发有价值的化学,如糖醇、乙醇和乳酸。
3
生物质作为生态产品是指利用生物量原料中的材料,如纸浆和纸、生物复合材料和生物塑料作为可持续替代化石基材料。

Areas of focus include:


·Biomass as energy includes conversion of

biomass feedstock into solid biofuel (pellets,

briquettes),biomass power plant projects

(co-firing, methane capture), liquid biofuel

such as diesel and ethanol.

·Biomass as high value chemicals applies to the

development of valuable chemical precursors such

as sugar alcohols, ethanol, and lactic acid.


·Biomass as eco-products refers to utilization of

biomass feedstock in materials such as pulp and

paper, biocomposite, and bioplastics as

sustainable substitution for fossil-based

materials.


生物质产业是指利用可再生的有机物,包括木材废料、棕榈油废料、稻壳、椰子干纤维、米壳、甘蔗渣等带来的几种废物(见图1)。这些有机材料可用于生产环保产品(如生物塑料,生物复合材料、生物肥料、生物颗粒等)和可再生能源(见图2)。

The biomass industry represents several different

industries brought together by the utilization of

renewable organic matters including timber waste,

oilpalm waste, rice husk; coconut trunk fibers,

municipalwaste, sugar cane waste, etc (refer to

Figure 1 below)These organic materials have the

potential to be used in the manufacturing of value-

added eco-products e.g. bio-plastics, bio-composites, bio-fertilizers, bio-pellets, etc.)and

the generation 、of renewable energy (refer to

Figure 2 below).


尽管马来西亚的生物质产业具有巨大尚未开发的商业潜力,但生物质每年最低产量为生产的每年1.68亿吨,也有几百项由当地的研究机构和大学开展的生物质相关研究与发展(R&D)活动,但其实生物质在市场上的充分利用仍未实现。

While it goes without saying the biomass industry

in Malaysia has enormous untapped potentials

for commercialization given the minimum biomass

production of 168 million tones a year as -well

hundred types of biomass-related research and

development (R&D) activities undertaken by local

research institutions and universities, the full

utilization of biomass in the market is yet to be

achieved.

Among the barriers faced are:

其中所面临的障碍:
1、大量促进中小企业生物质能发展和可再生能源的摄取政策仍在进行,限制了马来西亚地方机构和生物质产业之间协调的效率。
2、生物质的市场潜力没有可靠明确的数据。
3、有限的激励和资金支持提供了承担高的原始投资成本。

*A lot of policies developed to facilitate the uptake

on biomass and renewable energy among SMEs

are still underway, limiting the efficiencies of

coordination among local agencies and biomass

industry in Malaysia.


*There is no reliable and clear data on the potential

of biomass in the market.


*Limited incentives and funding support are

provided to bear the high cost of initial investment.


与此同时,有必要提高可再生资源的利用率去应对气候变化,生物能源在国家战略有绝对的坚定立场,以实现可持续的消费和生产以及应对气候变化。因此,生物质能商业化问题日益复杂和多样化,为不同的行业、政府机构和研究机构之间提供的接口的机会。

In parallel to the need for increased utilization of

renewable resources to combat climate change,

biomass definitely has a firm position in the

national strategies to achieve sustainable

consumption and production and combat climate

change. As such, the biomass commercialization

issues is growing to be more complex and more

diverse, opening opportunities for engagement

between different industries, government agencies,

and research institutions.


来源:http://www.biomass.org.my/