Project Background Partners
Publications Events Links Contact Intranet Background Home Background Algal Biofuel Developments discussion three large scale demonstration projects
currently underway supported European Commission's Framework Program
Lois Hobson Business Manager Centre Process Innovation Wilton Centre; Neftalí López López Project Development
Manager Abengoa
Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator European Commission ENER;
Maëlle Soares Pinto Director Biofuels Europe Africa Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral Agua craving sustainable
energy
sources turned garden pond nuisance green algae into most promising renewable fuel feedstocks sudden popularity algae reports very high yields dramatic greenhouse savings devoid negative effect farming depth analysis algae reveals that their potential limitless that further research needed order maximize benefits drawn from minimize environmental
impacts caused algae Aquatic microalgae among fastest growing photosynthetic organisms They
have carbon fixation rates order magnitude higher than
those land grown plants
continually harvested with harvesting cycles ranging between days They produce oils that converted into biodiesel carbohydrates that
fermented into ethanol
while biomass residue used further energy production combined heat power
applications synthetic
Algae biofuel feedstock were extensively studied 1970s United States failed deliver convincing results then were subsequently supplanted other feedstocks technologies Recent concerns issues such climate change impacts fuel crops
food production
land change
have broadened search alternative
feedstocks rekindled interest algae
Aligned with EU's
ambitious renewable energy targets European Commission participating funding three large scale industry projects
aimed demonstrating
production
algal biofuels
along whole value chain covering strain selection algae cultivation production extraction
biofuel production biofuel testing transportation applications Hart Energy will undertake
common dissemination three projects European Commission demonstration projects Plan
Framework
development EU´s
primary instrument
funding research demonstration activities
from
2007 through 2013 Decision 1982/2006/EC brings together research related initiatives under roof providing structure reaching goals growth competitiveness employment total budget seven year period
amounts
€51 billion US$69 billion Member States European Parliament have earmarked total €2
billion
US$3 billion over duration funding energy
related
projects This
allocated budget split equal basis between research projects managed Directorate General Research demonstration projects that managed Directorate General
Energy ENER
Since inception
ENER issued calls
demonstration projects that particular emphasis biofuel production
from lignocellulosic biomass addresses practically value chains from biomass resources final marketable biofuel Call Topic 2010 aimed large scale demonstration biofuels production from
algae
with ambitious achievable targets:
Minimum plantation area hectares Minimum productivity
solid
tons hectare year Furthermore consortia needed industrial organizations projects demonstrate complete sustainable value chain from algae species selection
biofuel production market
call restricted
only projects which
carbon dioxide supply algae cultivation provided renewable applications excluding generated from
fossil fuel installations total proposals were submitted various industrial groups from which three projects described
below
were shortlisted support These contracts were signed early 2011 total cost three projects about €31 million US$42 million corresponding contribution amounts about €20 million US$27 million 2007 proposed European Strategic Energy Technology Plan Plan that targeted strategic approach technology development deployment order ensure achievement energy related political objectives This accompanied Technology Roadmap " presenting fundamental roadmaps wind energy solar energy electricity grid bioenergy carbon capture storage nuclear Smart Cities Initiative which serve basis strategic planning
decision
making main tool implementation Plan Industrial Initiatives public private initiatives industry aiming accelerate industrial energy research innovation Member States level
European
Industrial Bioenergy Initiative EIBI
characterized very innovative
technologies high risk investments aiming bring technologies onto market first time focus primarily second generation biofuels production from lignocellulosic biomass advanced combined heat
power technologies power efficiency above novel concepts producing biomass intermediate products value chains EIBI algal biofuels Latest Publications Other coverage event BIOFAT Newsletter 2015 Global Algae Research Development Update: Algae Workshop Summary Share Tweet European
project supported through
Seventh Framework Programme Research Technological Development
Newsletter Subscribe newsletter Need Support/Help? 0432575227 info@biofat
project Partners Login Copyright 2024 BIOFAT Project Rights Reserved Developed Digital Agency BYDAS Algal Biofuel Developments EU
A discussion three large scale
demonstration projects currently underway
supported European Commission's Framework Program Lois Hobson Business Manager
Centre Process Innovation Wilton Centre; Neftalí López
López Project
microalgae biofuels algaes ethanol biodiesel products biorefinery Background BIOfuels From Algae Technologies Algal Biofuel Developments discussion three large scale demonstration projects currently underway supported European Commission's Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton Centre;
Neftalí López López Project Development Manager Abengoa Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator
European Commission ENER; Maëlle Soares
Pinto
Director Biofuels Europe Africa Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral Agua craving sustainable energy sources turned garden pond nuisance
green algae into
most
promising renewable fuel feedstocks sudden popularity algae reports very high yields dramatic greenhouse savings devoid negative effect farming depth analysis algae reveals that their potential limitless that further research needed order
maximize benefits
drawn from minimize environmental impacts caused algae Aquatic microalgae among fastest
growing
photosynthetic organisms They have carbon fixation rates order magnitude
higher
than those land grown plants continually harvested with
harvesting cycles ranging
between days They
produce oils that converted into biodiesel carbohydrates that fermented into ethanol while biomass residue used further energy production combined heat power applications synthetic biofuels gasification pyrolysis Algae biofuel
feedstock were
extensively studied 1970s United States failed deliver convincing results then were
subsequently supplanted
other feedstocks technologies Recent concerns issues such climate change impacts fuel crops food
production land change have
broadened search alternative feedstocks rekindled interest algae Aligned with EU's ambitious renewable energy targets European Commission participating
funding three large scale industry projects aimed
demonstrating production algal biofuels along whole value chain covering strain
selection algae cultivation
production extraction biofuel
production biofuel testing transportation applications Hart Energy
will undertake common dissemination three projects European Commission
demonstration
projects Plan Framework Program research technological development EU´s primary instrument funding
research demonstration
activities from 2007 through 2013 Decision 1982/2006/EC brings together research related initiatives under
roof
providing structure reaching goals growth competitiveness
employment total budget
seven year period amounts €51 billion US$69 billion Member States European Parliament have
earmarked total
€2 billion US$3 billion over duration funding energy related projects This allocated budget split
equal basis between research projects
managed
Directorate General Research demonstration projects that managed Directorate General Energy ENER Since inception ENER issued calls demonstration projects that particular emphasis biofuel production from lignocellulosic biomass addresses practically value chains from biomass resources final marketable biofuel Call Topic 2010 aimed large scale demonstration biofuels production from algae with ambitious achievable targets: Minimum plantation
area hectares
Minimum productivity solid tons hectare year Furthermore consortia needed
industrial organizations projects demonstrate complete sustainable value chain from algae species selection biofuel production market call restricted only
projects which carbon
dioxide supply algae cultivation provided renewable applications excluding generated from fossil fuel installations total
proposals were submitted various industrial groups from which three projects described
below
were shortlisted support These contracts were signed early
2011 total cost three projects about €31 million US$42 million corresponding contribution amounts about
proposed
European Strategic Energy Technology Plan Plan that targeted strategic approach
technology development deployment order ensure achievement energy related political objectives This accompanied Technology Roadmap " presenting fundamental roadmaps wind
energy solar energy electricity grid bioenergy carbon capture storage nuclear Smart Cities Initiative which serve basis strategic planning decision making main tool implementation Plan Industrial Initiatives public
private initiatives industry
aiming accelerate industrial energy research innovation Member States level European Industrial Bioenergy Initiative EIBI
characterized very innovative technologies
high risk investments aiming bring technologies onto market first time focus primarily second generation biofuels production from
lignocellulosic biomass
advanced combined heat power
technologies power efficiency above novel
concepts
producing biomass intermediate products value chains EIBI algal biofuels
Project Background
Partners Publications Events Links Contact
Intranet Background
Home Background Algal Biofuel Developments discussion three large scale demonstration
projects currently
underway
supported European Commission's Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton Centre;
Neftalí
López López
Project Development Manager
Abengoa
Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator European Commission ENER; Maëlle Soares Pinto Director Biofuels Europe Africa
Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral Agua craving
sustainable energy sources turned
garden pond nuisance green algae into most promising renewable fuel feedstocks sudden popularity algae reports very high yields dramatic
greenhouse savings devoid negative effect farming depth analysis algae
reveals that their potential limitless that further research needed order
maximize benefits drawn from minimize environmental
impacts caused algae Aquatic microalgae among
fastest growing photosynthetic organisms They have carbon fixation rates order magnitude higher than those land grown plants continually harvested with harvesting cycles ranging between days They produce oils that converted into biodiesel carbohydrates that fermented into ethanol while biomass residue used
further energy production combined heat power applications synthetic biofuels gasification pyrolysis Algae
biofuel
feedstock were extensively studied 1970s United States failed deliver
convincing
results then were subsequently supplanted other
feedstocks technologies Recent concerns issues such climate
change impacts fuel crops food production land change have broadened search alternative feedstocks rekindled interest algae Aligned with EU's ambitious renewable energy
targets European Commission participating funding three large
scale industry projects aimed demonstrating production algal biofuels
along whole value chain covering strain selection
algae cultivation production extraction biofuel production biofuel testing transportation applications Hart Energy will undertake common dissemination
three
projects European Commission
demonstration projects
Plan Framework Program research technological
development
EU´s primary instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC brings together research related
initiatives under roof providing structure reaching
goals
growth competitiveness employment total budget seven year period amounts €51 billion US$69 billion Member States European Parliament have earmarked total €2 billion US$3 billion over duration funding energy related projects This allocated
budget split
equal basis between research projects managed Directorate General Research demonstration projects that managed Directorate General Energy ENER Since inception ENER issued calls demonstration projects that particular emphasis biofuel production
from lignocellulosic biomass addresses practically value chains from biomass
resources final marketable biofuel Call Topic 2010
aimed large scale demonstration
biofuels production from
algae with ambitious
achievable
targets: Minimum plantation area hectares Minimum productivity solid tons hectare year
Furthermore consortia
needed
industrial organizations projects demonstrate complete
sustainable value chain from algae species selection biofuel
production
market call restricted only projects which
carbon dioxide supply algae cultivation provided renewable applications excluding generated from fossil fuel installations total proposals were submitted
various industrial groups from
which three projects described below were shortlisted support These contracts were signed early 2011
total cost
three projects about €31 million
US$42 million corresponding contribution amounts about €20
million US$27
European Strategic Energy
Technology Plan Plan that
targeted strategic approach technology development deployment
order ensure achievement energy
related
political objectives This accompanied Technology Roadmap " presenting fundamental roadmaps wind energy solar energy electricity grid bioenergy carbon capture storage nuclear Smart Cities Initiative which
serve basis
strategic planning decision making main tool implementation Plan Industrial Initiatives public private initiatives
industry aiming accelerate industrial energy research innovation Member
States level
European Industrial Bioenergy
Initiative EIBI characterized
very innovative technologies high risk investments aiming bring technologies onto market first time focus primarily second generation biofuels production from lignocellulosic biomass advanced
combined heat
power technologies
power efficiency above novel concepts producing
biomass intermediate products value
chains
EIBI algal biofuels Latest Publications Other coverage event BIOFAT Newsletter 2015 Global Algae Research Development Update: Algae Workshop Summary Share Tweet European project
supported through
Seventh Framework Programme Research Technological Development Newsletter Subscribe newsletter Need Support/Help? 0432575227 info@biofat project Partners Login Copyright 2024
BIOFAT Project Rights Reserved Developed Digital
Agency
BYDAS Algal
Biofuel Developments EU
A discussion three large scale demonstration projects currently underway supported European Commission's Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton
Centre; Neftalí
López López Project microalgae biofuels algaes ethanol biodiesel products biorefinery Background BIOfuels From Algae Technologies Algal Biofuel Developments
discussion three large scale demonstration
Commission's Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton Centre; Neftalí López López Project Development Manager
Abengoa
Bioenergia Nuevas
Tecnologias; Kyriakos Maniatis Principal Administrator European Commission ENER; Maëlle Soares Pinto Director Biofuels Europe Africa Hart Energy; Frank Rogalla Director Innovation Technology
Aqualia Gestion
Integral Agua craving sustainable energy sources turned garden pond
nuisance green algae
into most
promising renewable fuel feedstocks sudden popularity algae reports very
high yields dramatic greenhouse savings devoid negative
effect farming
depth analysis
algae reveals that
their potential limitless that further research needed order
maximize benefits drawn from minimize environmental impacts caused algae
Aquatic microalgae among fastest growing photosynthetic organisms They have carbon fixation
rates order magnitude higher
than those
land grown
plants continually harvested with harvesting cycles ranging between
days They produce oils that converted into biodiesel carbohydrates that fermented into ethanol while biomass residue used further energy production combined heat power applications synthetic biofuels gasification pyrolysis Algae biofuel feedstock were extensively studied 1970s United States failed deliver convincing results then
were subsequently supplanted other feedstocks technologies
Recent concerns issues such climate change impacts fuel crops
food production land change have broadened search alternative feedstocks
rekindled
interest algae Aligned
with EU's ambitious renewable energy targets
European Commission
participating funding
three large scale industry projects aimed demonstrating production algal biofuels along whole value chain covering strain selection
algae cultivation
production extraction biofuel
production biofuel
testing transportation applications Hart
Energy will undertake common dissemination
three projects European Commission demonstration projects Plan Framework
Program research technological development EU´s primary instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC brings together research related initiatives under roof providing structure
reaching goals
growth competitiveness
employment total budget seven year period
amounts €51 billion
US$69 billion Member States European Parliament have earmarked total €2 billion US$3 billion over duration funding energy related projects This allocated budget split equal basis between
research projects
managed Directorate General Research demonstration projects
that managed
Directorate General Energy
ENER Since inception ENER issued calls demonstration projects that particular emphasis biofuel production from lignocellulosic biomass addresses practically value chains from biomass resources final
marketable biofuel Call Topic 2010 aimed large scale demonstration biofuels production from algae with ambitious achievable targets: Minimum plantation area hectares Minimum productivity solid tons hectare year Furthermore consortia needed industrial organizations projects demonstrate complete sustainable value chain from
algae species
selection biofuel production market call restricted only projects which carbon dioxide
supply
algae cultivation provided renewable applications excluding generated from fossil fuel installations
total proposals were submitted various
industrial groups
from which three projects described below
These
contracts were signed
early 2011 total
cost three
projects
about €31 million US$42 million
corresponding contribution amounts about €20 million US$27
million
2007 proposed European
Strategic Energy Technology Plan Plan that targeted strategic approach technology development deployment
order ensure
achievement energy related political objectives This accompanied Technology Roadmap " presenting fundamental roadmaps wind energy solar
energy electricity grid bioenergy carbon capture storage nuclear Smart Cities Initiative which serve basis strategic planning decision making main tool implementation
Plan Industrial
Initiatives public private initiatives industry aiming accelerate
industrial energy research innovation Member States level European Industrial Bioenergy Initiative EIBI characterized very innovative technologies high risk investments aiming bring technologies onto market first time focus primarily second generation biofuels production
from lignocellulosic biomass advanced
combined heat power technologies power efficiency above novel concepts producing biomass intermediate products value chains EIBI algal biofuels
Project
Background Partners Publications Events Links Contact Intranet Background Home Background Algal Biofuel Developments discussion three large scale demonstration projects currently underway supported
Framework Program Lois Hobson Business
Manager
Centre Process Innovation Wilton Centre; Neftalí López
López Project Development Manager Abengoa Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator European Commission
ENER; Maëlle Soares Pinto Director Biofuels Europe Africa Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral Agua craving
sustainable
energy sources turned garden pond nuisance green algae into most promising renewable fuel feedstocks sudden popularity algae reports very high
yields dramatic greenhouse savings
devoid negative effect farming depth analysis algae reveals that their potential limitless that further research
needed order maximize benefits drawn from minimize environmental impacts caused algae Aquatic microalgae among fastest growing photosynthetic organisms They have carbon fixation rates
order
magnitude higher than those land grown plants continually harvested with harvesting cycles
ranging
between days They produce oils that converted
into biodiesel carbohydrates that fermented into ethanol while biomass residue used further energy production combined heat power
applications synthetic biofuels gasification pyrolysis Algae
biofuel feedstock were extensively studied 1970s United States
failed deliver convincing results then were subsequently supplanted other feedstocks technologies Recent concerns issues such climate change impacts
fuel crops food production land change have broadened search alternative
feedstocks rekindled interest
algae Aligned with EU's ambitious renewable energy targets European Commission participating funding three large scale
industry
projects aimed demonstrating production algal biofuels along whole value chain covering strain selection algae cultivation production extraction biofuel production biofuel testing transportation applications Hart Energy
will undertake common dissemination three
projects European Commission
demonstration
projects Plan Framework Program research technological development EU´s primary instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC brings together research related initiatives under roof providing structure reaching goals growth competitiveness employment total budget seven year period amounts €51 billion US$69 billion Member States European Parliament have
earmarked total €2
billion US$3 billion over duration funding energy related projects This allocated budget split equal basis
between
research projects
managed Directorate General Research demonstration projects that managed Directorate General Energy
ENER
Since inception ENER issued calls demonstration projects that particular emphasis biofuel production from lignocellulosic biomass addresses practically value chains
from
biomass resources final marketable biofuel Call Topic 2010 aimed large scale demonstration biofuels production from algae with ambitious achievable targets: Minimum plantation
area hectares Minimum productivity solid tons
hectare
year Furthermore consortia needed industrial organizations projects demonstrate complete sustainable value chain
from
algae species
selection biofuel
production market call restricted
only projects which carbon dioxide supply
algae
cultivation provided renewable applications excluding generated from fossil fuel installations total proposals were submitted various industrial groups from which three projects described below were shortlisted support These contracts were signed early 2011 total
cost three projects about €31
million US$42
million corresponding
contribution amounts about
€20 million US$27 million 2007 proposed European Strategic Energy Technology Plan Plan that targeted strategic
approach technology
development deployment
order ensure achievement energy related political objectives This accompanied Technology Roadmap " presenting
fundamental roadmaps
wind energy solar energy electricity grid bioenergy carbon capture storage nuclear Smart Cities Initiative which serve basis strategic planning decision making main tool implementation Plan Industrial Initiatives
public private initiatives industry aiming accelerate industrial energy research innovation Member States level European Industrial
Bioenergy Initiative EIBI characterized very innovative technologies high risk investments aiming bring technologies onto
market first time focus primarily second generation biofuels production from lignocellulosic biomass advanced combined heat power technologies power efficiency above novel concepts producing biomass
intermediate products
value chains EIBI algal biofuels Latest Publications Other coverage event BIOFAT Newsletter 2015 Global Algae Research Development Update: Algae
Workshop
Summary Share Tweet
European project supported through
Seventh Framework Programme Research Technological Development Newsletter Subscribe newsletter Need Support/Help? 0432575227 info@biofat
project Partners
Login Copyright 2024 BIOFAT Project Rights Reserved Developed
Digital Agency
BYDAS Algal Biofuel Developments EU
A discussion
three large scale demonstration projects currently underway supported European Commission's Framework Program Lois Hobson Business
Manager
Centre Process Innovation Wilton Centre; Neftalí
López López Project microalgae biofuels algaes ethanol biodiesel products biorefinery Background BIOfuels From Algae Technologies Algal Biofuel Developments discussion three large scale demonstration projects currently underway supported European Commission's Framework Program Lois
Hobson Business Manager
Centre Process Innovation
Wilton Centre; Neftalí López López Project Development Manager Abengoa Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator European
Commission ENER; Maëlle Soares Pinto Director Biofuels Europe Africa Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral Agua craving sustainable energy sources turned garden pond nuisance green algae into most promising renewable fuel feedstocks sudden popularity algae reports very high
yields
savings devoid negative effect
farming
depth analysis algae reveals that their potential
limitless that further research needed order maximize benefits drawn from minimize
environmental
impacts caused algae Aquatic microalgae among fastest growing photosynthetic organisms
They
have carbon fixation rates order
magnitude higher than those land grown
plants continually
harvested with
harvesting
cycles ranging between days They produce oils that
converted
into biodiesel carbohydrates that fermented into ethanol while biomass residue used further energy production combined heat power applications synthetic biofuels gasification pyrolysis Algae biofuel feedstock were extensively studied 1970s United States failed deliver convincing results then were subsequently supplanted other feedstocks
technologies Recent concerns issues such climate change impacts fuel crops food production land change have broadened search alternative feedstocks rekindled interest algae Aligned with EU's ambitious renewable energy targets
European
Commission participating funding three
large scale industry projects aimed demonstrating production algal biofuels along whole value chain covering strain selection algae cultivation production extraction biofuel production biofuel testing transportation
applications
Hart Energy will undertake common
dissemination
three projects European Commission demonstration projects Plan Framework Program research technological development EU´s primary instrument funding research demonstration
activities from 2007
through 2013 Decision 1982/2006/EC brings together research related initiatives under roof providing structure reaching goals growth competitiveness
employment total budget seven year period amounts
€51
billion US$69 billion Member States European Parliament have earmarked total €2 billion US$3 billion over duration funding energy related projects This allocated budget split equal basis between research projects managed Directorate General
Research demonstration
projects that managed
Directorate General Energy ENER Since inception ENER
issued
calls demonstration projects that particular emphasis biofuel production from lignocellulosic biomass addresses practically value
chains from biomass
resources final marketable biofuel Call Topic
2010 aimed large scale demonstration biofuels production from algae with ambitious achievable targets: Minimum plantation area hectares Minimum productivity solid tons hectare year Furthermore consortia needed industrial organizations projects demonstrate complete
sustainable value chain
from algae species selection biofuel production market call restricted only projects which carbon dioxide
supply algae cultivation provided
renewable applications excluding generated from fossil fuel installations total proposals were submitted various industrial groups from which three projects described below were shortlisted support These contracts were signed early 2011 total cost three projects about
€31 million US$42 million corresponding contribution amounts
about €20 million US$27
million 2007 proposed European Strategic Energy Technology Plan Plan that targeted strategic
approach technology development deployment
order ensure achievement energy related political objectives This accompanied Technology Roadmap " presenting fundamental roadmaps wind
energy solar energy electricity grid
bioenergy carbon capture storage nuclear Smart Cities Initiative which serve basis strategic planning decision making main tool implementation Plan Industrial Initiatives public private initiatives industry aiming accelerate
industrial energy research innovation Member States level European Industrial Bioenergy Initiative
EIBI
characterized very innovative
technologies high risk investments aiming bring technologies onto market first time focus primarily second generation biofuels production from
lignocellulosic biomass advanced combined heat
power technologies
power efficiency above novel concepts producing biomass intermediate
products
value chains
EIBI algal biofuels
Project
Background Partners
Publications Events Links Contact Intranet Background
Home Background
Algal Biofuel Developments discussion three large scale demonstration projects currently
underway
supported European Commission's Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton
Centre;
Neftalí López López Project
Development Manager
Abengoa Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal
Administrator
European Commission ENER; Maëlle Soares Pinto Director Biofuels Europe Africa
Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral Agua craving
sustainable energy sources turned garden pond nuisance green algae into most promising renewable fuel feedstocks sudden
popularity algae reports
very high yields dramatic greenhouse savings devoid negative effect farming depth analysis algae reveals that their potential limitless that further research needed order maximize benefits drawn from
minimize environmental
impacts caused algae Aquatic microalgae among fastest growing photosynthetic
organisms They have
carbon
fixation rates order magnitude higher than those
land grown plants continually harvested with
harvesting
cycles ranging
between days
They produce oils that converted into biodiesel
carbohydrates
that fermented
into ethanol while
biomass residue used further energy production combined heat power applications synthetic biofuels gasification pyrolysis Algae biofuel feedstock were extensively
studied 1970s United States failed deliver convincing results then were subsequently supplanted other feedstocks technologies Recent concerns issues such climate change impacts fuel crops food production land change
have broadened
search alternative feedstocks
rekindled
interest algae Aligned with EU's ambitious
renewable energy targets European Commission participating funding three large scale industry projects aimed
demonstrating production algal biofuels along whole value chain covering
strain selection
algae cultivation production extraction
biofuel production biofuel testing transportation applications Hart Energy will undertake common
dissemination three projects European Commission demonstration projects Plan Framework Program research
technological
development EU´s primary instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC brings together research related initiatives under roof providing structure reaching goals growth competitiveness
employment total budget seven year period amounts
€51 billion
US$69
billion Member States European Parliament
have
earmarked total €2 billion US$3 billion over
duration funding
energy related projects This
allocated budget split
equal basis between research projects managed
Directorate
General Research demonstration projects that managed Directorate General Energy ENER Since inception
ENER
issued calls demonstration projects that particular emphasis biofuel
production from lignocellulosic biomass
addresses practically value chains from biomass resources final marketable biofuel Call Topic
2010 aimed large scale demonstration biofuels production from algae with ambitious achievable targets: Minimum plantation area hectares Minimum productivity solid
tons hectare year Furthermore consortia needed industrial organizations projects demonstrate complete sustainable value
chain from algae species selection biofuel production market call restricted only projects which
carbon dioxide supply algae cultivation provided renewable applications excluding generated from
fossil fuel
installations total proposals were submitted
various industrial
groups
from which three projects described below were shortlisted support These contracts were signed early 2011 total cost
three projects
about
€31 million US$42 million corresponding contribution amounts about €20 million US$27 million 2007 proposed European Strategic Energy Technology Plan Plan that targeted strategic
approach technology
development deployment order ensure achievement energy related political objectives This
accompanied Technology
Roadmap " presenting fundamental roadmaps wind energy solar energy electricity grid bioenergy carbon capture storage nuclear Smart Cities Initiative which serve basis strategic planning decision making main tool implementation Plan Industrial Initiatives public private initiatives industry aiming accelerate industrial energy research innovation Member States level European Industrial Bioenergy Initiative EIBI
characterized
very innovative technologies high risk investments aiming bring technologies
onto market first time focus
primarily second generation biofuels production
from lignocellulosic biomass advanced combined heat
power technologies power efficiency above novel concepts producing biomass intermediate products value chains EIBI algal
biofuels Latest Publications Other coverage event BIOFAT Newsletter
2015 Global Algae Research Development Update: Algae Workshop Summary Share Tweet
European
project supported through Seventh Framework Programme Research Technological
Development Newsletter
Subscribe newsletter Need
Support/Help? 0432575227 info@biofat project Partners
Login Copyright 2024 BIOFAT Project Rights Reserved Developed
Digital Agency BYDAS Algal Biofuel Developments EU
A
discussion three large scale demonstration projects currently underway supported European Commission's Framework Program Lois Hobson
Business Manager
Centre Process Innovation Wilton Centre; Neftalí López López Project microalgae biofuels algaes ethanol biodiesel products biorefinery Background BIOfuels From Algae Technologies Algal Biofuel Developments discussion three large scale demonstration
projects
currently underway supported European Commission's Framework
Hobson Business Manager Centre Process
Innovation
Wilton Centre; Neftalí López
López Project Development Manager Abengoa Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator European
Commission ENER; Maëlle Soares Pinto Director Biofuels Europe
Africa
Gestion
Integral Agua craving sustainable energy sources turned garden pond
nuisance
green algae into
most promising renewable fuel
feedstocks sudden popularity algae reports very high
yields dramatic greenhouse savings devoid
negative effect farming depth analysis algae reveals that their potential limitless that further research
needed
order maximize benefits drawn from minimize environmental impacts caused algae Aquatic
microalgae among fastest
growing photosynthetic organisms They have carbon fixation
rates order magnitude higher than those land grown plants continually harvested with harvesting cycles ranging between days They produce oils that converted into biodiesel carbohydrates that fermented into ethanol while biomass residue used further energy production combined
heat power applications
synthetic biofuels gasification pyrolysis Algae biofuel
feedstock were extensively studied 1970s United States failed deliver convincing results then were subsequently supplanted other
feedstocks technologies Recent concerns issues such climate change impacts fuel crops
food
production land change have
broadened search alternative feedstocks rekindled interest algae Aligned with EU's ambitious renewable energy targets European Commission participating funding three
large scale industry projects aimed demonstrating production algal biofuels along whole value chain covering strain selection
algae cultivation production extraction biofuel production biofuel
testing
transportation applications Hart Energy will undertake common dissemination three projects European Commission demonstration projects Plan Framework Program research
technological development EU´s primary instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC brings together research related initiatives under roof providing structure reaching goals growth competitiveness employment total budget seven year
period amounts
€51 billion US$69 billion Member States European Parliament have earmarked total €2 billion US$3
billion over duration funding energy related projects This
allocated budget split
equal
basis between research projects managed Directorate
General Research demonstration projects that managed Directorate General Energy ENER Since
inception
ENER issued calls demonstration projects
biofuel production from
lignocellulosic biomass addresses practically value chains from biomass resources final marketable biofuel Call
Topic 2010 aimed large scale demonstration biofuels production from algae with ambitious achievable targets: Minimum plantation area hectares Minimum productivity solid tons hectare year Furthermore consortia needed industrial organizations projects demonstrate complete sustainable value chain from algae species selection biofuel production market call restricted only projects which
carbon dioxide supply algae cultivation provided renewable applications excluding generated from fossil fuel installations total proposals were submitted
various industrial groups from which three projects described below were shortlisted
support
These contracts were signed early 2011 total cost three projects about €31
million US$42 million corresponding contribution amounts about
€20 million US$27 million 2007 proposed European Strategic
Energy Technology Plan Plan
that targeted strategic
approach technology development deployment order ensure achievement energy related political objectives
This
accompanied Technology Roadmap " presenting fundamental roadmaps wind energy solar energy electricity grid bioenergy carbon capture storage
nuclear Smart
Cities Initiative which serve basis strategic planning decision making main tool implementation Plan Industrial Initiatives public private initiatives industry aiming accelerate industrial energy research innovation Member States level European Industrial Bioenergy Initiative EIBI characterized very innovative technologies high risk investments
aiming bring technologies onto market first time focus primarily second generation biofuels production from lignocellulosic biomass advanced
combined heat power technologies power efficiency above novel
concepts producing biomass intermediate products value chains EIBI algal biofuels
Project
Background Partners Publications
Events Links Contact Intranet
Background Home Background
Algal Biofuel Developments
discussion
three large scale demonstration projects currently
underway supported
European Commission's
Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton Centre; Neftalí
López
López Project Development Manager Abengoa Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator European Commission ENER; Maëlle Soares Pinto Director Biofuels Europe Africa Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral Agua craving sustainable energy sources turned garden pond nuisance green algae into most
promising renewable fuel
feedstocks sudden popularity algae reports very high yields dramatic greenhouse savings devoid negative effect farming depth analysis algae reveals that their potential limitless that
further research needed order maximize benefits
drawn from minimize environmental impacts caused algae Aquatic microalgae among fastest
They have carbon fixation rates order magnitude higher than those
land grown plants continually harvested with harvesting cycles ranging between days They produce oils that
converted into biodiesel carbohydrates that fermented into ethanol while biomass residue
used further energy production
combined heat
power
applications synthetic biofuels gasification pyrolysis Algae biofuel feedstock
were extensively studied 1970s United States failed deliver convincing results then were subsequently supplanted other feedstocks technologies Recent concerns issues
such climate
change impacts
fuel crops food production land change have broadened search
alternative feedstocks
rekindled
interest algae Aligned with EU's ambitious renewable energy targets European Commission participating funding three large scale industry projects aimed demonstrating production algal biofuels along whole value chain covering strain selection algae cultivation
production
extraction biofuel production biofuel testing transportation applications Hart Energy will undertake common dissemination three projects European Commission demonstration projects Plan Framework Program research
technological
development EU´s primary instrument funding research demonstration activities from 2007 through 2013 Decision
1982/2006/EC
brings together research related initiatives under roof providing structure reaching goals growth competitiveness employment total budget seven year period amounts €51 billion US$69 billion Member States European Parliament have earmarked total €2
billion US$3 billion over duration funding
energy related projects
This allocated budget split equal basis between research projects managed Directorate General
Research demonstration projects that managed Directorate General Energy ENER Since inception ENER issued calls demonstration projects that particular emphasis biofuel production from lignocellulosic biomass addresses practically value chains from biomass resources final marketable biofuel Call Topic 2010 aimed large scale demonstration biofuels production from algae with ambitious achievable targets: Minimum plantation area hectares Minimum productivity solid tons hectare year
Furthermore consortia
needed industrial organizations projects demonstrate complete sustainable value chain from
algae species selection biofuel production market call restricted only projects which carbon dioxide supply algae cultivation provided renewable applications excluding generated from
fossil
fuel installations total proposals
were submitted
various industrial
groups
from which three
projects described below were shortlisted support These contracts were signed early 2011 total cost three projects about €31 million US$42 million corresponding contribution amounts about
€20 million US$27 million 2007 proposed European Strategic Energy Technology Plan Plan that targeted strategic approach technology development deployment order ensure achievement
energy related political objectives This accompanied Technology Roadmap " presenting fundamental
roadmaps wind energy
solar energy
electricity grid bioenergy
carbon capture storage nuclear Smart Cities Initiative which serve basis strategic
planning decision making main tool
implementation Plan Industrial
Initiatives public private initiatives industry aiming accelerate industrial energy research innovation Member
States level European Industrial
Bioenergy Initiative EIBI characterized very innovative technologies high risk investments aiming bring technologies
onto market first
time focus primarily second generation biofuels production from lignocellulosic biomass advanced combined
heat power
technologies power efficiency above
novel concepts producing
biomass
intermediate products
value chains EIBI algal biofuels Latest Publications Other coverage event BIOFAT Newsletter 2015 Global Algae
Research Development
Update: Algae Workshop Summary Share Tweet European
project supported through Seventh Framework Programme Research Technological Development Newsletter Subscribe newsletter Need Support/Help? 0432575227
info@biofat project Partners
Login Copyright 2024 BIOFAT Project Rights Reserved Developed Digital
Agency BYDAS Algal Biofuel Developments EU
A discussion three large scale demonstration projects currently underway supported European Commission's Framework Program Lois Hobson Business Manager Centre Process
Innovation Wilton Centre; Neftalí López
López Project microalgae biofuels algaes ethanol biodiesel products biorefinery Background BIOfuels From Algae Technologies Algal Biofuel Developments discussion
three large scale
demonstration projects currently underway supported European
Commission's Framework Program
Lois Hobson
Business Manager Centre Process Innovation Wilton Centre;
Neftalí López
López Project
Development Manager Abengoa Bioenergia
Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator European Commission ENER; Maëlle Soares Pinto Director Biofuels Europe Africa Hart Energy; Frank Rogalla Director Innovation
Technology Aqualia
Gestion Integral Agua craving sustainable energy
sources turned garden pond nuisance
green algae into most promising renewable
fuel
feedstocks sudden popularity algae reports very high yields dramatic greenhouse savings devoid negative
effect farming depth analysis algae reveals that their potential limitless that further research needed order maximize benefits drawn from minimize environmental impacts caused algae Aquatic microalgae among fastest growing photosynthetic organisms They have
carbon fixation rates order magnitude higher than
those
land grown
plants
continually harvested with harvesting cycles ranging between days They
produce oils that
converted into biodiesel carbohydrates that fermented into ethanol while biomass residue used further energy production combined heat power applications synthetic biofuels gasification pyrolysis Algae biofuel
feedstock were extensively studied 1970s United States failed deliver convincing results then were subsequently supplanted other feedstocks technologies Recent concerns issues such climate change impacts fuel crops food production land change have
broadened
search alternative feedstocks rekindled
interest algae
Aligned with
EU's ambitious renewable energy
targets
European scale industry projects aimed
demonstrating production algal biofuels along whole value
chain covering strain selection algae cultivation production extraction biofuel production
biofuel testing transportation applications Hart Energy will undertake common
dissemination three projects European Commission demonstration projects Plan Framework Program research technological development EU´s primary instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC brings together research related initiatives under roof providing structure reaching goals growth competitiveness employment total budget seven
year period amounts €51 billion US$69
billion Member States European Parliament
have earmarked total
€2
billion US$3 billion over duration funding energy
related projects This allocated budget split equal basis between research projects managed Directorate
General Research demonstration projects that managed Directorate General Energy ENER Since inception
ENER
issued calls demonstration
projects that particular emphasis biofuel production from
lignocellulosic biomass
addresses practically
value chains from biomass resources final marketable biofuel
Call Topic 2010 aimed large scale demonstration biofuels
production from
algae with ambitious achievable targets: Minimum plantation area
hectares Minimum productivity solid tons hectare year Furthermore
consortia needed industrial organizations projects demonstrate complete sustainable value chain from algae species selection biofuel production market call restricted only projects which carbon dioxide supply algae cultivation provided
renewable applications excluding generated from fossil fuel installations total proposals were submitted various industrial groups from which
three projects described
below were shortlisted
support These contracts were signed early 2011 total cost three
projects
about €31
million
US$42 million corresponding contribution amounts about €20 million US$27 million 2007 proposed European Strategic Energy Technology Plan
Plan that targeted strategic approach technology development deployment order ensure achievement energy related political objectives This accompanied Technology
Roadmap "
presenting fundamental roadmaps wind energy solar energy electricity grid
bioenergy carbon
capture storage nuclear Smart Cities Initiative which serve basis strategic planning decision making
main tool
implementation Plan Industrial Initiatives public
private initiatives industry aiming accelerate
industrial
energy research
innovation Member States level European Industrial Bioenergy
Initiative EIBI characterized
very innovative technologies high risk investments aiming bring technologies onto market first time
focus primarily second generation biofuels
production from lignocellulosic
combined heat
power technologies power
efficiency above novel concepts
producing biomass
intermediate products value chains EIBI algal biofuels
Project Background Partners Publications Events Links Contact Intranet Background
Home Background Algal Biofuel
Developments discussion
three large
scale
demonstration projects
currently underway
supported European Commission's Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton Centre; Neftalí López López Project Development Manager
Abengoa Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator
European Commission ENER; Maëlle Soares Pinto
Director Biofuels Europe Africa
Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral Agua
craving sustainable energy sources turned garden pond
nuisance green algae into
most
promising renewable fuel feedstocks
sudden
popularity algae reports
very high yields dramatic greenhouse
savings devoid negative effect farming depth analysis algae reveals that their
potential limitless that further research needed order maximize benefits drawn from minimize environmental impacts caused algae Aquatic microalgae among fastest
growing photosynthetic organisms They
have carbon fixation rates order magnitude
higher
than those land grown
plants continually harvested with
harvesting
cycles ranging between days
They produce oils that converted into biodiesel carbohydrates that fermented into ethanol while biomass residue used further
energy production combined heat power
applications synthetic
biofuels gasification pyrolysis Algae biofuel feedstock
were extensively studied 1970s United States failed deliver convincing results then were subsequently supplanted other feedstocks technologies Recent concerns issues such climate change impacts
fuel crops food production land change have broadened search alternative feedstocks rekindled interest algae Aligned with EU's ambitious renewable energy targets European Commission participating funding three large scale industry projects
aimed demonstrating production
algal biofuels along whole value chain covering strain selection algae cultivation production extraction biofuel production biofuel testing transportation applications Hart Energy will undertake common dissemination three projects European Commission demonstration projects Plan Framework Program research technological development EU´s primary instrument funding research demonstration activities from 2007 through 2013
Decision 1982/2006/EC brings together research related initiatives under roof providing structure
reaching goals growth competitiveness employment total budget
seven year period
US$69 billion
Member States European
Parliament have
earmarked total €2 billion US$3 billion over duration funding energy related projects This allocated budget split equal basis between research projects managed Directorate General Research demonstration projects that managed Directorate General Energy ENER Since inception ENER issued calls demonstration
projects that
particular
emphasis biofuel production
from lignocellulosic biomass addresses practically
value chains from biomass resources final marketable biofuel Call Topic 2010 aimed large scale demonstration
biofuels production from algae with ambitious achievable targets: Minimum plantation
area
hectares Minimum productivity solid tons hectare year Furthermore consortia needed
industrial organizations projects demonstrate complete sustainable value chain from algae species selection biofuel production market call restricted only projects
which carbon
dioxide supply algae cultivation
provided renewable applications excluding
generated from fossil fuel installations total proposals
were
submitted various industrial groups from which three projects described
below
contracts were signed early
2011 total cost three projects about €31 million US$42 million corresponding contribution amounts about
€20 million US$27 million 2007 proposed European Strategic Energy Technology Plan Plan that targeted strategic approach technology development deployment order ensure achievement energy related
political objectives This
accompanied Technology fundamental roadmaps wind
energy solar energy electricity grid bioenergy carbon capture storage nuclear Smart Cities Initiative which serve basis strategic planning decision making main tool implementation Plan Industrial Initiatives public private initiatives industry aiming accelerate industrial energy research innovation
Member States
level European Industrial Bioenergy Initiative EIBI
characterized very innovative
technologies
high risk
investments aiming bring technologies
onto market first time
focus primarily second generation biofuels production from lignocellulosic biomass advanced combined heat power
technologies power efficiency above novel concepts producing biomass intermediate products value chains EIBI algal biofuels Latest Publications Other coverage event BIOFAT Newsletter 2015 Global Algae Research Development Update:
Algae Workshop Summary Share Tweet European
project supported through Seventh Framework Programme Research Technological Development Newsletter Subscribe newsletter Need Support/Help? 0432575227 info@biofat project Partners Login Copyright 2024 BIOFAT Project Rights
Reserved Developed Digital
Agency
BYDAS Algal Biofuel Developments EU
A discussion three large scale
demonstration
projects currently
underway supported European Commission's Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton Centre;
Neftalí López
López Project microalgae
biofuels algaes ethanol biodiesel products biorefinery Background BIOfuels From Algae Technologies Algal Biofuel Developments discussion three large scale demonstration projects currently underway supported European Commission's Framework Program
Lois
Hobson Business Manager Centre Process Innovation Wilton Centre; Neftalí López López Project Development Manager Abengoa Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator European Commission ENER;
Maëlle
Soares Pinto Director Biofuels Europe Africa Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral
Agua craving
sustainable energy sources turned garden pond nuisance green algae into most promising renewable fuel feedstocks sudden popularity
algae reports very high yields dramatic greenhouse
savings devoid
negative effect farming depth analysis algae reveals that their potential limitless that further research
needed order maximize benefits drawn from minimize environmental impacts caused algae Aquatic microalgae among fastest growing photosynthetic organisms They have carbon fixation rates order magnitude higher than
those land grown plants continually
harvested with harvesting
cycles ranging between days They produce oils that converted into
biodiesel carbohydrates that fermented into ethanol while biomass residue used further energy
production combined heat power applications synthetic biofuels gasification pyrolysis Algae biofuel
feedstock were extensively studied
1970s United
deliver
convincing results then
were subsequently supplanted other feedstocks technologies Recent
concerns issues such
climate change impacts fuel crops food production land change have broadened search alternative feedstocks rekindled interest algae Aligned with EU's ambitious renewable energy targets European Commission participating funding three large scale industry projects aimed demonstrating production algal biofuels
along whole
value chain covering strain selection algae cultivation production
extraction biofuel production
biofuel testing transportation applications Hart Energy will undertake common dissemination three projects European Commission demonstration projects Plan
Framework Program research technological development EU´s
primary instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC brings
together research
related initiatives under roof
providing structure reaching goals growth competitiveness employment total budget seven
year period
amounts €51 billion US$69 billion Member States European Parliament have earmarked
total €2 billion US$3 billion over duration
funding energy
related projects This allocated budget split equal
basis between
research projects managed Directorate General Research
demonstration projects that managed
Directorate General Energy ENER Since inception ENER issued calls demonstration projects that particular emphasis biofuel production from lignocellulosic biomass addresses practically value chains from
biomass resources final marketable biofuel Call Topic 2010 aimed large scale demonstration biofuels production from algae with ambitious achievable targets: Minimum plantation area hectares Minimum productivity solid
tons hectare year Furthermore consortia needed industrial organizations projects demonstrate complete sustainable value chain from algae species selection biofuel
production market
call restricted only projects which carbon dioxide supply algae cultivation provided renewable applications
excluding
generated from fossil fuel installations total
proposals were
submitted various industrial groups from which three projects described below were shortlisted support These contracts were signed early 2011 total cost three
projects about €31 million US$42
million corresponding contribution amounts about €20 million US$27 million 2007
proposed
European Strategic Energy Technology Plan Plan that targeted strategic approach technology development deployment order ensure achievement
energy
related political objectives This accompanied Technology Roadmap " presenting fundamental roadmaps wind energy solar energy electricity grid bioenergy carbon capture
storage nuclear Smart Cities Initiative which
serve basis
strategic
planning decision making main tool implementation Plan Industrial Initiatives
public private initiatives industry aiming accelerate industrial energy research innovation Member States level European Industrial Bioenergy Initiative EIBI characterized very innovative technologies high risk investments aiming bring technologies onto market first time focus
primarily second generation biofuels production
from lignocellulosic
biomass advanced combined
heat power technologies power efficiency above novel concepts producing biomass intermediate products
value chains EIBI
algal biofuels
Project
Background Partners Publications Events Links
Contact Intranet Background Home Background Algal Biofuel Developments discussion three large scale demonstration projects currently underway supported European Commission's Framework Program Lois Hobson Business
Manager Centre Process Innovation Wilton
Centre; Neftalí López
López Project Development Manager Abengoa Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator European Commission ENER; Maëlle Soares Pinto Director Biofuels
Europe
Africa Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral Agua craving sustainable energy sources turned garden pond nuisance green algae into most promising renewable fuel feedstocks
sudden
popularity algae reports very
high
yields dramatic greenhouse savings devoid negative effect farming depth analysis
algae reveals
that their potential limitless that further research needed order maximize benefits drawn from minimize environmental impacts caused algae Aquatic microalgae among fastest growing photosynthetic organisms They
have
carbon fixation rates order magnitude
higher than
those land grown
plants continually harvested with harvesting cycles ranging between days They produce oils that converted into biodiesel carbohydrates that fermented into ethanol while biomass
residue used further
energy production combined heat
power applications
synthetic biofuels gasification pyrolysis Algae biofuel
feedstock were extensively studied 1970s United States
failed
deliver convincing results then were subsequently
supplanted
other feedstocks technologies Recent concerns issues such climate change impacts fuel crops food production
land change have broadened search alternative feedstocks rekindled interest algae Aligned with
EU's ambitious renewable energy targets
European
Commission participating funding three large scale industry projects aimed
demonstrating production
algal biofuels along whole value chain covering strain selection algae
cultivation
production extraction biofuel production biofuel testing transportation applications Hart Energy will undertake common dissemination three projects European
Commission
demonstration projects Plan Framework Program research
EU´s primary
instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC
brings related
initiatives under roof providing structure reaching goals growth competitiveness employment total budget seven year period amounts €51 billion US$69 billion Member States European Parliament have earmarked total €2 billion US$3 billion over duration funding energy related projects This allocated budget
split
equal basis between research projects managed Directorate General Research demonstration projects that managed Directorate General Energy ENER Since inception ENER issued calls demonstration projects that particular emphasis
biofuel
production from lignocellulosic
biomass addresses practically value chains from biomass resources final
marketable biofuel Call
Topic 2010 aimed large scale demonstration
biofuels production from algae with ambitious achievable targets: Minimum plantation
area
hectares Minimum productivity solid tons hectare year Furthermore consortia needed industrial organizations
projects
demonstrate complete sustainable value chain from algae
species selection biofuel production market call restricted only projects which carbon
dioxide
supply algae cultivation provided renewable applications excluding generated from fossil
fuel installations
total proposals were submitted various industrial groups from which three projects described
below were shortlisted support
These contracts were signed early 2011 total cost three projects
about €31
million US$42 million corresponding contribution amounts about €20 million US$27 million 2007 proposed European Strategic Energy Technology Plan Plan that targeted strategic
approach technology
development deployment order ensure achievement
energy related political objectives This
accompanied Technology Roadmap " presenting fundamental roadmaps wind energy solar energy electricity grid bioenergy carbon capture storage nuclear Smart Cities Initiative which serve basis
strategic planning decision
making main tool implementation Plan Industrial Initiatives public private initiatives industry aiming
accelerate
industrial energy research innovation Member States level European Industrial Bioenergy Initiative EIBI characterized very innovative technologies high risk investments aiming bring technologies onto market first time focus primarily second generation biofuels production from lignocellulosic
biomass
advanced combined heat
power technologies power efficiency above
novel concepts
producing biomass
intermediate products value chains EIBI algal biofuels Latest Publications Other coverage event BIOFAT Newsletter 2015 Global Algae
Research Development Update: Algae
Workshop Summary Share Tweet European project supported through Seventh Framework Programme Research Technological Development Newsletter Subscribe newsletter Need Support/Help? 0432575227 info@biofat project Partners Login Copyright 2024
BIOFAT Project Rights Reserved Developed Digital Agency BYDAS Algal Biofuel Developments EU
A discussion three large
scale demonstration projects currently underway supported European Commission's
Framework Program Lois Hobson
Business Manager Centre Process Innovation Wilton Centre; Neftalí López López Project microalgae biofuels algaes ethanol biodiesel products biorefinery Background BIOfuels From Algae Technologies Algal Biofuel Developments discussion three large scale demonstration projects currently underway supported European Commission's Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton Centre; Neftalí López López
Project Development Manager Abengoa Bioenergia Nuevas Tecnologias; Kyriakos
Maniatis Principal Administrator European Commission ENER; Maëlle Soares Pinto Director
Biofuels Europe Africa Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral Agua craving sustainable energy sources turned garden pond nuisance green algae into most promising renewable fuel feedstocks sudden popularity algae reports very high yields dramatic greenhouse savings devoid
negative effect farming depth analysis algae reveals that their potential limitless that further research needed order maximize benefits drawn from minimize environmental impacts
caused algae Aquatic microalgae among fastest growing photosynthetic organisms They have carbon fixation
rates order magnitude higher
than those land grown plants continually harvested with harvesting cycles
ranging between days They produce oils that
converted
carbohydrates that fermented into ethanol while biomass residue used further
energy production
combined heat power applications
synthetic
biofuels gasification pyrolysis Algae biofuel
feedstock were
extensively studied 1970s United States
failed
deliver convincing results then were subsequently supplanted other feedstocks technologies
Recent concerns issues such climate change
impacts fuel crops food production land change have broadened search alternative feedstocks rekindled interest algae Aligned with EU's
ambitious renewable energy
targets
European Commission
participating funding three large scale industry
projects aimed demonstrating production algal biofuels along
whole value chain covering strain selection
algae cultivation production extraction biofuel production biofuel testing transportation applications Hart Energy will undertake
common dissemination
three projects European
Commission demonstration projects Plan Framework Program research technological development
EU´s primary instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC brings together research related
initiatives under roof
providing structure
reaching goals growth competitiveness employment total
budget
seven year period amounts €51 billion US$69 billion Member States European Parliament
have earmarked
total €2 billion US$3 billion over duration funding energy related projects This
allocated budget split equal basis between research projects managed
Directorate General
Research demonstration
projects that managed Directorate General Energy ENER Since inception ENER issued calls demonstration projects that particular emphasis biofuel production from lignocellulosic biomass addresses
practically value chains from biomass resources final marketable biofuel Call Topic 2010 aimed large scale demonstration biofuels production from algae with ambitious achievable targets: Minimum plantation area hectares Minimum productivity solid tons
hectare year
Furthermore consortia needed industrial organizations projects demonstrate complete sustainable value chain
from algae
species selection biofuel production market call restricted only projects which carbon dioxide supply algae cultivation provided renewable applications excluding generated from fossil fuel installations total proposals
were submitted various industrial groups from which three projects described
below were shortlisted support These contracts were signed early 2011 total cost three projects about €31
million contribution amounts about
€20 million US$27 million 2007 proposed European Strategic Energy Technology Plan Plan that targeted strategic approach technology development deployment order ensure achievement
energy related political objectives This accompanied Technology Roadmap " presenting fundamental roadmaps wind energy solar energy electricity grid bioenergy
carbon capture storage nuclear
Smart Cities Initiative
which serve basis strategic planning decision
making
main tool implementation Plan Industrial Initiatives public private initiatives industry aiming accelerate industrial energy research innovation Member States
level European
Industrial Bioenergy Initiative
EIBI characterized
very
innovative technologies high risk investments aiming bring technologies onto market first time focus primarily second generation biofuels production from lignocellulosic biomass advanced combined
heat power technologies power efficiency
above novel concepts producing
biomass
intermediate products value chains
EIBI algal biofuels
Project Background
Background Algal Biofuel Developments discussion three large scale demonstration projects currently underway supported European Commission's Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton
Centre; Neftalí López López Project Development Manager Abengoa
Bioenergia Nuevas Tecnologias; Kyriakos Maniatis
Principal Administrator
European Commission ENER; Maëlle Soares Pinto Director Biofuels Europe Africa
Hart Energy;
Frank Rogalla Director Innovation Technology
Aqualia Gestion Integral Agua craving sustainable energy sources turned garden pond nuisance
green algae into most promising
renewable fuel feedstocks sudden popularity algae reports very high yields dramatic greenhouse savings devoid negative effect farming depth analysis algae reveals that their potential limitless that further research needed order maximize benefits drawn
from minimize environmental impacts caused algae Aquatic microalgae among fastest growing photosynthetic organisms They have carbon fixation rates order magnitude higher than those land grown plants
continually harvested with
harvesting cycles ranging between days They produce oils that converted into biodiesel carbohydrates that fermented into ethanol while
biomass residue used further energy production combined heat power applications synthetic biofuels
gasification pyrolysis
Algae biofuel feedstock were extensively studied 1970s United
States failed deliver convincing results
then
were subsequently supplanted other feedstocks technologies Recent concerns issues such
climate change impacts fuel crops food production land change have broadened search alternative
feedstocks
rekindled interest algae Aligned with EU's ambitious renewable energy targets European Commission participating funding three large scale industry projects aimed demonstrating production algal biofuels along whole value
chain covering
strain selection algae cultivation production extraction biofuel production biofuel testing
transportation applications Hart Energy will
undertake common dissemination three
projects European Commission demonstration
projects Plan Framework Program research technological development EU´s primary instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC
brings together research
related initiatives under
roof providing structure reaching goals growth competitiveness employment total budget seven year period amounts €51
billion US$69
billion Member States European
Parliament have earmarked total €2 billion US$3 billion over
duration funding energy related projects This allocated budget split equal basis between
research projects managed Directorate General Research
demonstration
projects that managed Directorate General Energy ENER Since inception ENER
issued calls demonstration projects that particular emphasis
biofuel production from lignocellulosic biomass addresses practically value chains from biomass resources final marketable biofuel Call Topic 2010 aimed large
scale demonstration
biofuels production from algae with ambitious
achievable targets: Minimum plantation area hectares Minimum
productivity solid tons hectare year Furthermore consortia needed industrial organizations projects demonstrate
complete
sustainable value chain from
algae species
selection biofuel production market call restricted only projects which carbon
dioxide supply algae cultivation provided renewable applications excluding generated from fossil fuel installations total proposals were submitted various industrial groups from which three projects described below were shortlisted support These contracts were signed early 2011 total cost three projects about €31 million US$42 million corresponding
contribution amounts about
€20
million US$27 million 2007 proposed European Strategic
Energy Technology Plan Plan that targeted strategic approach technology development deployment order ensure achievement energy related political objectives This accompanied Technology Roadmap " presenting fundamental roadmaps wind energy solar energy
electricity grid
bioenergy carbon capture storage nuclear Smart Cities Initiative which serve
basis
strategic planning decision making
main
tool implementation Plan Industrial Initiatives public private initiatives industry aiming
accelerate
industrial energy research
innovation Member States level European Industrial Bioenergy Initiative
EIBI characterized
very innovative
technologies high risk investments aiming bring
technologies onto
market first time focus
primarily
second generation biofuels production from lignocellulosic biomass advanced combined heat power technologies power efficiency above novel concepts producing biomass intermediate products value chains EIBI algal biofuels Latest Publications Other coverage event BIOFAT Newsletter 2015 Global Algae Research Development Update: Algae Workshop Summary Share Tweet European project supported through Seventh Framework Programme Research Technological Development Newsletter Subscribe newsletter Need Support/Help? 0432575227 info@biofat project Partners Login
Copyright 2024 BIOFAT Project Rights Reserved Developed Digital Agency BYDAS Algal
Biofuel Developments EU
A discussion three large scale demonstration
projects
currently underway supported European Commission's Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton Centre; Neftalí López López Project microalgae biofuels algaes ethanol biodiesel products biorefinery Background BIOfuels From Algae Technologies Algal Biofuel Developments discussion three large scale demonstration projects currently underway supported European Commission's
Framework Program
Lois Hobson Business Manager Centre Process Innovation Wilton Centre; Neftalí López
López Project Development Manager Abengoa Bioenergia Nuevas Tecnologias; Kyriakos
Maniatis
Principal Administrator European Commission
ENER; Maëlle Soares
Pinto Director
Biofuels Europe
Africa Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral Agua craving sustainable energy sources turned garden pond nuisance green algae into most promising renewable fuel feedstocks sudden popularity algae reports very high yields dramatic greenhouse savings devoid negative effect farming depth analysis algae reveals that their potential
limitless
that further research needed order maximize benefits drawn from
minimize environmental
impacts caused algae Aquatic microalgae among fastest growing photosynthetic organisms They have carbon fixation rates order
magnitude higher than those land grown plants continually harvested with
harvesting cycles
ranging between
days They
produce oils that
converted into biodiesel carbohydrates that fermented into ethanol while biomass residue used further
energy production
combined heat power applications synthetic biofuels gasification pyrolysis Algae biofuel feedstock
were extensively studied 1970s United States
failed
deliver convincing results then were subsequently supplanted
other feedstocks
technologies Recent concerns issues such climate change impacts fuel crops food production land change have broadened search alternative feedstocks rekindled interest algae Aligned with EU's ambitious renewable energy targets European Commission participating
funding three large scale industry projects aimed demonstrating production
algal biofuels along whole value
chain covering strain selection algae cultivation
production extraction
biofuel production biofuel testing
transportation applications
Hart Energy will undertake common dissemination three
projects
European Commission demonstration projects Plan Framework Program research technological development EU´s primary instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC brings together research related initiatives under
roof providing structure reaching goals growth competitiveness employment total budget
seven year
period amounts €51
billion US$69 billion Member States European Parliament have earmarked total €2 billion US$3 billion over duration funding energy related projects This allocated budget split equal basis
between
research projects managed Directorate General Research demonstration projects that managed Directorate General Energy ENER Since inception ENER issued calls demonstration projects that particular emphasis biofuel production from lignocellulosic biomass addresses practically value chains from biomass resources final marketable biofuel Call Topic 2010 aimed large scale demonstration biofuels production from algae
with ambitious achievable targets: Minimum plantation area hectares Minimum productivity solid tons hectare
year
Furthermore consortia needed industrial organizations projects demonstrate complete sustainable value
chain from algae species selection biofuel production market call restricted only projects which carbon dioxide supply algae cultivation provided renewable applications excluding generated from fossil fuel
installations total proposals were submitted various industrial groups from which three projects described below
were shortlisted contracts were signed early 2011 total cost three projects about €31 million US$42 million corresponding
contribution
amounts about €20 million US$27 million 2007 proposed European Strategic Energy Technology Plan Plan
that targeted strategic
approach
technology development deployment order ensure achievement energy related political objectives This accompanied Technology Roadmap " presenting fundamental roadmaps wind energy
solar
energy electricity grid bioenergy carbon capture storage nuclear Smart Cities Initiative which
serve
basis strategic planning decision making
main
tool implementation Plan
Industrial Initiatives
public private initiatives industry aiming accelerate industrial energy research innovation Member States level European Industrial Bioenergy Initiative EIBI characterized very innovative technologies high risk investments aiming bring technologies onto market first time focus primarily second generation biofuels production from lignocellulosic
biomass
advanced combined heat power technologies power efficiency
above novel
concepts producing biomass intermediate products value chains EIBI algal biofuels
Project Background Partners Publications Events Links Contact Intranet Background Home Background
Algal Biofuel Developments discussion three large scale demonstration projects
currently
underway supported
European
Commission's Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton
Centre;
Neftalí López López
Project Development Manager
Abengoa Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator European Commission ENER; Maëlle Soares Pinto Director
Biofuels Europe Africa Hart
Energy; Frank
Rogalla Director Innovation Technology Aqualia
Gestion
Integral Agua craving sustainable energy sources turned garden pond nuisance green
algae into most promising renewable fuel feedstocks sudden popularity
algae reports very high yields dramatic greenhouse savings devoid negative effect
farming depth analysis algae reveals
that their potential
limitless that
further research needed order maximize benefits drawn from minimize environmental impacts caused algae Aquatic microalgae among fastest growing photosynthetic organisms They have
carbon fixation rates order magnitude higher than those land grown plants continually harvested with harvesting
cycles ranging between days They produce oils that converted into biodiesel
carbohydrates that fermented into ethanol while biomass residue used further energy production combined heat power
applications
synthetic biofuels gasification pyrolysis
Algae biofuel feedstock were extensively studied 1970s United States failed deliver convincing results then were subsequently supplanted other
feedstocks technologies Recent concerns issues such climate change impacts fuel crops food production land change have broadened search alternative feedstocks rekindled interest algae Aligned with
EU's ambitious
renewable energy targets European Commission participating funding three
large scale industry projects aimed demonstrating production algal biofuels along whole value chain covering strain selection algae cultivation production extraction biofuel production biofuel testing transportation applications Hart Energy will undertake common dissemination three projects European Commission demonstration projects Plan Framework Program research
technological development EU´s
primary instrument funding research demonstration activities
from 2007
through 2013 Decision 1982/2006/EC brings together research
related initiatives
under roof providing structure reaching goals growth competitiveness employment total budget seven year period amounts €51 billion US$69 billion Member States European
Parliament
have earmarked total €2 billion US$3 billion over duration
funding
energy related projects
This allocated budget
split equal basis between research projects managed Directorate General Research demonstration projects that managed Directorate General Energy ENER Since inception ENER issued calls demonstration projects that particular emphasis biofuel production from lignocellulosic biomass addresses practically value chains from biomass resources final marketable biofuel Call Topic 2010
aimed large
scale demonstration biofuels
production from algae with ambitious achievable
targets: Minimum plantation area hectares Minimum productivity solid tons hectare
year
Furthermore consortia needed
industrial organizations projects demonstrate
complete sustainable
value chain from algae
species selection biofuel production market call restricted only projects
which
carbon dioxide supply algae cultivation provided renewable applications excluding generated from fossil fuel
installations
total proposals were submitted various industrial groups from which
three projects described
below were shortlisted support These contracts
were signed early 2011 total cost three projects about €31
million US$42 million corresponding contribution amounts about €20 million
US$27 million 2007 proposed European
Strategic
Energy Technology Plan Plan that
technology development
deployment order
ensure achievement
energy related political objectives This
accompanied Technology Roadmap " presenting fundamental roadmaps
wind energy solar
energy electricity grid bioenergy carbon capture storage nuclear
Smart Cities Initiative which serve basis strategic planning decision making
main tool implementation Plan Industrial Initiatives public private initiatives industry aiming accelerate industrial energy research innovation Member
States level European
Industrial
Bioenergy Initiative EIBI
characterized very
innovative
technologies high risk
investments
aiming bring technologies onto market first time focus primarily second generation biofuels production from lignocellulosic biomass advanced combined heat power technologies power efficiency above novel
concepts producing biomass intermediate products value
chains EIBI algal biofuels Latest Publications Other coverage event BIOFAT Newsletter 2015 Global Algae Research Development Update: Algae Workshop Summary Share Tweet European project supported through Seventh Framework Programme Research
Technological Development Newsletter Subscribe newsletter Need Support/Help? 0432575227
info@biofat
project Partners Login Copyright 2024 BIOFAT Project Rights Reserved Developed Digital Agency BYDAS Algal Biofuel Developments EU
A discussion three large scale demonstration projects
currently underway supported European Commission's Framework Program Lois Hobson Business
Manager
Centre Process Innovation
Wilton Centre;
Neftalí López López Project microalgae biofuels algaes ethanol biodiesel products biorefinery Background BIOfuels From
Algae Technologies Algal Biofuel
Developments discussion three large scale demonstration projects currently underway supported European Commission's Framework Program Lois Hobson Business Manager
Centre Process Innovation Wilton
Centre; Neftalí
López López Project Development Manager Abengoa Bioenergia Nuevas Tecnologias; Kyriakos Maniatis Principal Administrator European Commission
ENER; Maëlle Soares Pinto
Director Biofuels
Energy; Frank Rogalla Director
Innovation Technology
Integral
Agua craving sustainable energy sources turned garden pond nuisance green algae into most promising renewable fuel feedstocks sudden popularity algae
reports
very high
yields dramatic greenhouse
savings devoid negative effect farming depth analysis algae reveals that their
potential limitless
that further
research needed order
maximize benefits
drawn from
minimize environmental impacts
caused algae Aquatic
microalgae among
fastest growing photosynthetic organisms They have carbon
fixation rates order
magnitude higher than
those land
grown plants continually harvested with harvesting cycles ranging between days They produce
oils that converted into
biodiesel carbohydrates that fermented into ethanol while biomass
residue used further
energy production combined heat power applications synthetic biofuels gasification pyrolysis Algae biofuel feedstock were
extensively
studied 1970s
United States failed deliver convincing results then
were subsequently
supplanted other feedstocks technologies Recent concerns issues such climate change impacts fuel
crops food
production land change have broadened search alternative
feedstocks rekindled interest algae Aligned with EU's ambitious renewable energy targets European Commission participating funding three
large scale
industry projects aimed demonstrating production algal biofuels along whole value chain covering
strain selection
algae cultivation production extraction biofuel production biofuel testing transportation applications Hart Energy will undertake common dissemination three projects European Commission demonstration projects Plan Framework Program research technological development EU´s primary instrument funding research demonstration activities from 2007 through 2013 Decision
1982/2006/EC brings
together research related initiatives under roof
providing structure reaching goals growth competitiveness employment total budget seven
year
period amounts €51 billion US$69 billion Member States European
Parliament have earmarked total €2 billion US$3 billion over duration funding energy related projects This allocated budget split equal basis between research
projects managed Directorate General Research
demonstration
projects that managed Directorate General Energy ENER Since inception ENER issued calls demonstration projects that particular emphasis biofuel production from lignocellulosic biomass
addresses practically value
chains from biomass resources final marketable biofuel Call Topic 2010 aimed large scale demonstration biofuels production from algae with ambitious achievable targets: Minimum plantation area hectares Minimum productivity
solid tons hectare year Furthermore consortia needed industrial organizations projects demonstrate complete sustainable value
chain from algae species selection biofuel production market
call restricted only projects which
carbon dioxide supply
algae cultivation provided renewable applications excluding generated from fossil fuel installations total proposals were submitted various industrial groups from which three
projects described below were
shortlisted support These contracts were signed early 2011 total cost three projects about €31
million US$42
million corresponding contribution amounts about €20 million US$27 million
2007 proposed European
Strategic Energy Technology Plan Plan that targeted strategic
approach technology development deployment order ensure achievement energy related political objectives This accompanied Technology Roadmap " presenting fundamental roadmaps wind energy solar energy electricity grid bioenergy carbon capture storage nuclear Smart Cities Initiative which serve basis strategic planning decision
making main tool implementation Plan Industrial Initiatives public private initiatives industry aiming accelerate industrial energy research innovation
Member States level European
Industrial
Bioenergy Initiative
EIBI characterized very innovative
technologies high risk investments aiming bring technologies
onto market first
time focus primarily
second generation
biofuels production from lignocellulosic
biomass advanced combined heat power technologies power efficiency above novel concepts producing biomass intermediate products value chains EIBI algal biofuels
Project Background Partners Publications Events Links Contact Intranet Background Home Background Algal Biofuel Developments discussion three large scale demonstration
projects
currently underway supported European Commission's Framework
Program Lois Hobson Business Manager Centre Process Innovation Wilton Centre; Neftalí López López Project Development Manager Abengoa
Bioenergia Nuevas Tecnologias; Kyriakos
Maniatis Principal
Administrator European
Commission ENER; Maëlle
Soares Pinto Director Biofuels Europe Africa Hart Energy; Frank Rogalla Director
Innovation Technology
Aqualia Gestion Integral Agua craving sustainable energy sources
turned
garden pond nuisance green algae into most promising renewable
fuel
feedstocks sudden popularity algae reports very high yields dramatic greenhouse savings devoid negative
effect
farming depth analysis algae
reveals
that their potential limitless that further
research needed
order maximize benefits drawn from minimize environmental impacts caused algae Aquatic microalgae among fastest growing photosynthetic organisms They have carbon fixation rates
order
magnitude higher than those land grown plants continually harvested with harvesting cycles ranging between days They produce oils that converted into biodiesel
carbohydrates that fermented into
ethanol while biomass residue used further energy production combined heat power applications synthetic biofuels gasification pyrolysis Algae biofuel feedstock were extensively studied 1970s United States failed deliver convincing results then were subsequently supplanted other feedstocks
technologies
Recent concerns issues
such climate change impacts fuel crops food production
land
change have
broadened search alternative feedstocks rekindled interest algae Aligned with
EU's ambitious renewable energy targets European Commission participating funding three large scale industry projects
aimed demonstrating production
algal biofuels along whole value chain covering strain selection algae
cultivation production
extraction
biofuel production biofuel testing transportation applications Hart Energy will undertake common dissemination three projects European Commission demonstration projects Plan Framework Program research technological development EU´s
primary instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC brings together
research related
initiatives under roof providing structure reaching goals growth competitiveness employment total budget seven year period amounts €51 billion US$69 billion Member States European Parliament have earmarked total €2 billion
US$3 billion
over duration funding energy related projects This allocated budget
split
equal basis between research projects managed Directorate General Research demonstration projects that
managed
Directorate General Energy ENER Since inception ENER issued calls demonstration projects that particular
emphasis
biofuel production from lignocellulosic biomass addresses practically value chains from biomass resources final marketable biofuel Call Topic 2010 aimed large scale demonstration biofuels
production from algae with ambitious achievable targets: Minimum plantation area hectares Minimum productivity
solid tons hectare year Furthermore consortia needed industrial
organizations projects demonstrate complete sustainable value chain from
algae species selection biofuel production market call restricted only projects which carbon dioxide supply
algae cultivation provided renewable applications
excluding generated from fossil fuel installations total proposals were submitted various industrial groups from which three projects described below were shortlisted support These contracts were signed early 2011 total cost three projects about €31 million US$42 million corresponding contribution amounts about €20 million US$27 million 2007 proposed European Strategic
Energy Technology Plan Plan that targeted
strategic approach technology development
deployment order ensure achievement energy related political objectives This accompanied Technology Roadmap " presenting fundamental
roadmaps
wind energy solar energy electricity grid bioenergy carbon capture storage nuclear Smart Cities Initiative which
serve basis strategic planning decision making
main
tool implementation Plan Industrial Initiatives public private
initiatives industry
aiming accelerate industrial energy research innovation Member States level European Industrial Bioenergy Initiative EIBI characterized very innovative technologies high risk investments aiming bring technologies onto market
first time focus primarily second generation biofuels production
from lignocellulosic biomass advanced combined heat power technologies power efficiency above novel concepts producing biomass intermediate products value chains EIBI algal
biofuels Latest
Publications Other coverage event BIOFAT Newsletter
2015 Global Algae Research Development Update: Algae Workshop Summary Share Tweet European project supported through Seventh Framework Programme Research Technological Development Newsletter Subscribe newsletter Need Support/Help?
0432575227 info@biofat
project Partners Login Copyright 2024 BIOFAT Project Rights Reserved Developed Digital Agency BYDAS Algal Biofuel
Developments EU
A discussion three large scale demonstration projects currently underway supported European Commission's Framework Program Lois Hobson
Business
Manager Centre Process Innovation Wilton Centre; Neftalí López López Project microalgae biofuels algaes ethanol biodiesel products biorefinery Background BIOfuels
From Algae Technologies Algal Biofuel Developments discussion three large scale demonstration
projects currently
underway supported European Commission's Framework Program Lois Hobson Business Manager Centre Process Innovation Wilton Centre; Neftalí López López Project Development Manager Abengoa
Bioenergia Nuevas
Tecnologias; Kyriakos Maniatis Principal Administrator European Commission ENER; Maëlle Soares Pinto Director Biofuels
Europe Africa Hart Energy; Frank Rogalla Director Innovation Technology Aqualia Gestion Integral Agua craving sustainable energy sources turned garden pond nuisance green algae into most promising
renewable
fuel feedstocks sudden
popularity algae reports very high yields dramatic greenhouse savings devoid negative effect farming depth analysis algae reveals that their
potential limitless that
further research needed order maximize benefits drawn from minimize environmental impacts
caused
algae Aquatic microalgae among fastest growing photosynthetic organisms They have carbon fixation
rates order magnitude higher than those
land grown plants
continually harvested with harvesting cycles ranging between days They produce oils that
converted into biodiesel carbohydrates that
fermented
into ethanol while biomass residue used further energy production combined heat power applications synthetic biofuels gasification pyrolysis Algae biofuel feedstock were extensively studied 1970s United States failed deliver convincing results then
were
subsequently supplanted
other feedstocks
technologies Recent concerns issues such climate change impacts fuel crops food production land change
have broadened
search alternative
feedstocks rekindled
interest algae
Aligned with EU's ambitious renewable energy targets European Commission participating funding three large scale industry projects aimed
demonstrating production algal biofuels along whole value chain covering
strain
selection algae cultivation production extraction biofuel production biofuel testing transportation applications Hart Energy will undertake
common dissemination three projects European Commission demonstration projects Plan Framework Program research
technological development EU´s primary instrument funding research demonstration activities from 2007 through 2013 Decision 1982/2006/EC brings
together research related initiatives under roof providing structure reaching goals growth
competitiveness employment total
budget seven year period
amounts €51 billion US$69 billion Member States
European Parliament have earmarked total €2 billion
US$3 billion over
duration funding energy related projects This allocated budget split equal basis between research projects managed Directorate General Research demonstration projects that managed Directorate General Energy ENER Since inception ENER issued calls demonstration projects that particular emphasis biofuel
production from lignocellulosic
biomass addresses practically
value
chains from biomass
resources final
marketable biofuel
Call Topic 2010 aimed large scale demonstration biofuels production from algae with ambitious achievable
targets: Minimum plantation
area hectares Minimum productivity solid tons hectare year Furthermore
consortia needed industrial
organizations projects demonstrate complete sustainable value chain from algae
species
selection biofuel
production market call restricted only projects which carbon dioxide supply algae cultivation
provided
renewable applications
excluding generated from
fossil fuel
installations total proposals were
submitted various
industrial
groups from which three projects described below were shortlisted support These contracts
were signed early 2011 total cost three projects
about €31 million US$42
million corresponding
contribution amounts about
€20 million
US$27 million 2007 proposed
European Strategic Energy Technology Plan Plan that targeted strategic approach technology development deployment order ensure achievement energy related political objectives This
accompanied Technology Roadmap " presenting fundamental roadmaps wind energy
solar
energy electricity grid bioenergy carbon capture storage nuclear Smart Cities Initiative which serve
basis strategic planning decision making main tool
implementation Plan
Industrial Initiatives public private initiatives industry aiming accelerate industrial
energy research innovation Member States level European Industrial Bioenergy Initiative EIBI
characterized very innovative technologies high risk investments aiming bring technologies onto market first time focus primarily second
generation biofuels
production from lignocellulosic biomass advanced combined heat power technologies power efficiency above novel concepts producing biomass intermediate products value chains EIBI algal biofuels