360x Filetype PPTX File size 1.41 MB Source: greenenergyasean.com
Current Global Status of Bioenergy
• Bioenergy supplies roughly 11% of global energy consumption
• Bioenergy represents about 70% of global renewable energy
supply
• 85% of current bioenergy supply is in the form of solid biomass
energy – mainly wood for household cooking and heating in
developing countries and some emerging economies
• 7% biofuels – mainly, USA, Brazil and Europe + Indonesia,
Malaysia and Thailand (palm oil biodiesel) in Asia
• 3 % biogas – mostly Europe followed by Asia
• Bioenergy is the second source of renewable energy jobs
(after solar)
WBA, Statistics 2020
Strong Acceleration Needed Between Now and
2030 to Meet 2 degree Goal of Paris Agreement
Modern bioenergy in final energy consumption in 2DS
4X
2X 10X
3X
3 Bioenergy in final energy consumption needs to double by 2030, and biofuels in
transport treble.
Advanced biofuels will need a massive scale up
Asia is a Major Player in Bioenergy Development
• Asia contributes most (about 35%) to global renewable
energy supply
• Asia has the highest contribution - about 1/3 – to global
bioenergy supply
• Bioenergy represents about 60% and is the most important
type of renewable energy in Asia
• Asia is the largest producer (about 40%) of global
bioelectricity
• About 80% of renewable direct heat is produced in Asia,
out of which about 90% from bioenergy
Asia is a Major Player in Bioenergy Development (con’t)
• About 80% of renewable direct heat is produced in Asia,
out of which about 90% from bioenergy
• Asia represents the highest proportion (about 37%) of
global woodfuel production
• Asia is the second biogas producing region (after Europe)
• Asia is also second after Europe in terms of waste-to-
energy supply
• Currently traditional woodfuel use for domestic use still
concerns a major share of bioenergy in Asia
Bioenergy in Asia – Future Perspectives
• Given Asia’s huge biomass resources, there is significant
potential to increase bioenergy in a sustainable way
• The plan is to:
– gradually reduce traditional use of biomass (e.g. from
14% ibn 2013 to less than 7% in 2035 in ASEAN Region)
–Increase the production of modern bioenergy , in
particular biofuels and biogas from agricultural residues
and waste
• Bioenergy development often hindered by bad image
created by insufficient attention to sustainability aspects
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