2. WHAT IS BIOENERGY?
Bioenergy is energy contained in living or recently living biological organisms
Organic material containing bioenergy is known as biomass
Biofuels are renewable transport fuels including:
Bioethanol
Biodiesel
Biogas
Biobutanol
3. BIOMASS
Biomass is the largest renewable energy source in use today.
There are two main forms of biomass:
Raw biomass consists of forestry products, grasses, crops, animal manure, and aquatic
products, such as kelp and seaweed.
Secondary biomass is material that comes from raw biomass, but has undergone
significant changes.These would include items such as paper, cardboard, cotton,
natural rubber products and used cooking oils.
4. BIOENERGY IN MALAYSIA
Malaysia has a goal for the share of renewable energy to reach 10% of the total by
2010 .
A National Biofuel Policy was announced by the Government in August 2005 to
promote development of a biofuels industry in Malaysia.
The National Biofuel Policy entails a four-prong strategy:
the production of a biofuel blend of 5% processed palm oil and 95% diesel
encouraging the use of Biofuel among the public
establishing an industry standard for palm biodiesel quality
the setting up of biodiesel plants in Malaysia for exports. (source: MPOB )
5. WHY MALAYSIA COMMITTED IN BIOMASS
RENEWABLE ENERGY?
Biomass in Malaysia is
referring to plant waste being
converted to energy. There are
many ways for applying the
biomass waste as renewable
energy, now we are seeing
more choices with better
efficiency and effectiveness.
Pelleting is one of the process
converting the biomass into
more efficient pellet, such as
efb pellet and saw dust pellet.
6. TARGET INCREASE OF BIOMASS ENERGY IN
SOUTH-EAST ASIA
In overall South-East Asia, there are about 15% of electrical energy was derived
from biomass, and we targeted the figure should rise to 25% by the year of
2020. The same trend also apply to Malaysia.
Malaysia,Thailand,Vietnam, Philippine and Indonesia are expanding their
biomass development in it own country. Thailand is the South-East Asia country
having the largest renewable energy derive from biomass energy. However
biomass energy in Malaysia also project increase substantially for next 10 years.
7. BIOMASSTARGET IN MALAYSIA
For year 2010, the renewable energy in Malaysia
achieve 510 MW, and biomass energy contribute
470 MW of energy. This has shown that the
country is heavily rely on biomass for renewable
energy. In year 2030, the biomass energy in
Malaysia will increase to 1525 MW.
Taken the opportunity to expand our biomass
production line from raw biomass material into
pellet biomass product. We are very confident
customer could select suitable biomass
commodity from our comprehensive product
9. BASIC CONCEPT OF BIOMASS ENERGY
PRODUCTION
Generating plant fuelled by biomass uses conventional steam turbine electricity
generating plant as used in coal fired power stations with modifications to the
combustion chamber and fuel handling systems to handle the bulkier fuel.
11. MALAYSIA’S PROSPECT OF BIOMASS
ENERGY
Feedstock that available in Malaysia such as animal manure, solid municipal
waste, forest residue and much more also can be used to make biomass energy.
the scope of biomass energy prospect in Malaysia includes:
1. 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.
2. Biomass as high value chemicals applies to the development of valuable chemical
precursors such as sugar alcohols, ethanol, and lactic acid.
3. 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.
13. CHEMICAL COMPOSITION IN BIOMASS
Biomass is carbon based and is composed of a mixture of organic molecules containing
hydrogen, usually including atoms of oxygen, often nitrogen and also small quantities of
other atoms, including alkali, alkaline earth and heavy metals. These metals are often
found in functional molecules such as the porphyrins which include chlorophyll which
contains magnesium.
Biomass can be converted to other usable forms of energy like methane gas or
transportation fuels like ethanol and biodiesel. Rotting garbage, and agricultural and
human waste, all release methane gas—also called “landfill gas” or “biogas.”Crops, such
as corn and sugar cane, can be fermented to produce the transportation fuel, ethanol.
Biodiesel, another transportation fuel, can be produced from left-over food products like
vegetable oils and animal fats. Also, biomass to liquids (BTLs) and cellulosic ethanol are
still under research.
There is a great deal of research involving algal, or algae-derived, biomass due to the fact
that it’s a non-food resource and can be produced at rates 5 to 10 times faster than other
types of land-based agriculture, such as corn and soy. Once harvested, it can be fermented
to produce biofuels such as ethanol, butanol, and methane, as well as biodiesel and
hydrogen.
Microsoft® Translator
Terdapat dua bentuk utama biomass:
biojisim mentah terdiri daripada produk Perhutanan, rumput, tanaman, baja haiwan dan produk akuatik, seperti kelp dan rumpai laut.
Menengah biojisim adalah bahan yang berasal daripada biojisim mentah, tetapi telah mengalami perubahan yang ketara. Ini termasuk barang-barang seperti kertas, kadbod, kapas, getah asli produk dan digunakan memasak minyak.
Microsoft® Translator
Biojisim di Malaysia merujuk kepada loji sisa ditukar kepada tenaga. Terdapat banyak cara untuk menggunakan sisa biojisim sebagai tenaga boleh diperbaharui, sekarang kita akan melihat lebih banyak pilihan dengan kecekapan dan keberkesanan yang lebih baik.
Menggentel merupakan salah satu proses menukar biomass itu kepada pelet yang lebih cekap, seperti pelet efb dan melihat habuk pelet.
Microsoft® Translator
Di Asia Tenggara secara keseluruhannya, Terdapat kira-kira 15% daripada tenaga elektrik diperolehi daripada biomass, dan kami disasarkan angka itu dijangka meningkat kepada 25% menjelang tahun 2020. Trend yang sama juga terpakai kepada Malaysia.
Malaysia, Thailand, Vietnam, Filipina dan Indonesia akan memperluaskan pembangunan biomas mereka di negara sendiri. Thailand merupakan negara Asia Tenggara yang mempunyai tenaga boleh diperbaharui terbesar yang memperoleh daripada tenaga biojisim. Walau bagaimanapun tenaga biojisim di Malaysia juga projek peningkatan ketara bagi tempoh 10 tahun.
Microsoft® Translator
Bagi tahun 2010, tenaga boleh diperbaharui di Malaysia mencapai 510 MW, dan tenaga biojisim menyumbang 470 MW tenaga. Ini telah menunjukkan bahawa negara ini secara besar-besaran bergantung kepada biomas tenaga boleh diperbaharui. Pada tahun 2030, tenaga biojisim di Malaysia akan meningkat kepada 1525 MW.
Mengambil peluang untuk mengembangkan kami barisan pengeluaran biomas daripada bahan mentah biojisim ke dalam produk biomas pelet. Kami sangat yakin pelanggan boleh pilih komoditi biomas sesuai daripada produk kami komprehensif akan
Microsoft® Translator
Biojisim sebagai tenaga termasuk penukaran bahan mentah biomas menjadi Biobahan Api pepejal (pelet, briket), projek-projek loji janakuasa biomas (bersama menembak, metana tangkapan), cecair Biobahan Api seperti diesel dan etanol.
Biojisim sebagai bahan kimia bernilai tinggi terpakai kepada pembangunan bernilai pelopor kimia seperti alkohol gula, etanol dan asid laktik.
Biojisim sebagai eco-produk merujuk kepada penggunaan biomass bahan mentah bahan pulpa dan kertas, biocomposite dan bioplastics sebagai gantian yang mampan untuk bahan-bahan yang berasaskan fosil.
Tandan buah kosong
Serkam padi
Hampas tebu
Baja
Habuk kayu
Tanaman rumput
Sisa hutan
Sisa pepejal
Biojisim adalah berasaskan karbon dan terdiri daripada campuran molekul-molekul organik mengandungi hidrogen, termasuk biasanya atom oksigen, nitrogen kerap dan kuantiti yang kecil daripada atom lain, termasuk alkali, alkali bumi dan logam berat. Logam ini sering dijumpai dalam molekul-molekul yang berfungsi seperti porphyrins yang merangkumi klorofil mengandungi magnesium. Biomass boleh ditukar kepada bentuk tenaga seperti metana bahanapi gas atau pengangkutan seperti biodiesel dan etanol yang lain boleh digunakan. Reput sampah dan sisa pertanian dan manusia, Semua melepaskan gas metana — juga dipanggil "landfill gas" atau "biogas." Tanaman, seperti jagung dan tebu, boleh Tempe untuk menghasilkan bahan api pengangkutan, etanol. Lain bahan api pengangkutan, biodiesel dapat dikeluarkan dari kiri-atas makanan seperti minyak sayuran dan lemak haiwan. Juga, biojisim ke cecair (BTLs) dan etanol yang terbaik adalah masih di bawah kajian. Terdapat banyak penyelidikan yang melibatkan biomass algal atau alga yang diperolehi, kerana berikutan dari itu...