PHOTO.COMM involves the utilization of

microalgae for the conversion of CO2 and H2O into chemicals

and fuels,
to directly

replace finite

fossil

fuels and products. PHOTO.COMM has the primary objective

of

generating the next-generation scientists that will make a substantial and potentially game... biotechnology microalgae

Photosynthetic

communities in industrial cultivation | A4F

PHOTO.COMM involves the utilization
of microalgae for the conversion of CO2 and H2O into

chemicals and fuels, to directly replace finite fossil fuels

and

products. PHOTO.COMM has

the primary

objective of

generating the next-generation scientists that will make a substantial and potentially game... biotechnology microalgae Photosynthetic communities

in industrial
cultivation | A4F
PHOTO.COMM involves

the utilization of microalgae for the

conversion

of CO2 and H2O into chemicals

and fuels, to directly replace finite fossil fuels
and products. PHOTO.COMM

has the primary objective of generating the next-generation scientists that will make a substantial and potentially game... biotechnology microalgae Photosynthetic communities in industrial cultivation | A4F

PHOTO.COMM involves the utilization
of microalgae for

the conversion

of CO2 and H2O

into chemicals and fuels, to directly

replace finite fossil fuels and products. PHOTO.COMM has

the primary objective of generating the next-generation scientists that will make a substantial and potentially game...

biotechnology microalgae Photosynthetic communities in industrial cultivation |
A4F PHOTO.COMM
involves the

utilization of microalgae for the conversion of CO2 and H2O

into chemicals

and fuels, to

directly replace finite fossil

fuels and products. PHOTO.COMM has the primary objective of generating the next-generation scientists

that will
make a substantial and potentially game... biotechnology microalgae Photosynthetic

communities in industrial cultivation | A4F

PHOTO.COMM involves

the utilization of

microalgae for the conversion of

CO2

and H2O into chemicals and fuels, to directly

replace
finite fossil fuels and products. PHOTO.COMM has the primary objective of generating the next-generation scientists that
will make a substantial and potentially game... biotechnology microalgae Photosynthetic communities in
industrial cultivation | A4F

PHOTO.COMM involves the utilization of microalgae for the conversion of CO2

and H2O into
chemicals and
fuels, to directly replace finite fossil fuels and products. PHOTO.COMM
has the primary objective of generating the next-generation scientists that will make a substantial and potentially game... biotechnology microalgae Photosynthetic communities in industrial cultivation
| A4F

PHOTO.COMM involves the

utilization of microalgae for
the conversion of
CO2

and H2O into chemicals and fuels, to directly replace finite fossil fuels and products. PHOTO.COMM has the primary

objective of generating the
next-generation scientists that will make a substantial and potentially game... biotechnology microalgae Photosynthetic communities in industrial cultivation | A4F
PHOTO.COMM

involves the utilization of microalgae for the

conversion of CO2 and H2O into chemicals and fuels, to directly replace finite fossil fuels and products. PHOTO.COMM has the primary objective of generating the next-generation scientists that will make a substantial and potentially game... biotechnology microalgae Photosynthetic communities in industrial cultivation | A4F PHOTO.COMM involves the utilization of microalgae for the conversion of CO2 and H2O into chemicals and fuels, to directly replace finite fossil fuels and products. PHOTO.COMM has the primary objective of generating the next-generation scientists that will make a substantial and potentially game... biotechnology microalgae Photosynthetic communities in industrial cultivation | A4F

Oct 2012 - Oct 2016

Photosynthetic communities in industrial cultivation

PHOTO.COMM involves the utilization of microalgae for the conversion of CO2 and H2O into chemicals and fuels, to directly replace finite fossil fuels and products. PHOTO.COMM has the primary objective of generating the next-generation scientists that will make a substantial and potentially game changing contribution towards this global challenge. In the project, the species composition will be determined by traditional and molecular methods, and the growth and characteristics of the cultures will be characterized in detail using metagenomics approaches. After this screening, new strains of cyanobacteria and eukaryotic algae will be engineered, to improve their photosynthetic efficiency, their CO2 fixation rates and their nutrient uptake characteristics. These will then be used to generate new synthetic communities, whose performance will be compared with natural cultures, which will be analysed also by mathematical models. This knowledge will enable PHOTO.COMM programme to build a knowledge base that offers novel mixed cultures with superior abilities for industrial use.  

Microalgae species: Chlamydomonas reinhardtii and Chlorella vulgaris

Program

FP7

Budget

Information Unavailable

Duration

48 months

Partners

Kobenhavns Universitet (Coordinator), Denmark

The University Of Warwick,  United Kingdom

The Chancellor, Masters And Scholars Of The University Of Cambridge, United Kingdom

Turun Yliopisto, Finland

Albert-Ludwigs-Universitaet Freiburg, Germany

Technion - Israel Institute of Technology, Israel

Nova Green Projektmanagement GMBH, Germany

Algae Biotech SL, Spain

University of Kent, United Kingdom

Imperial College of Science, Technology and Medicine, United Kingdom

A4F Role

A4F was involved by permanently hosting a post-doctoral researcher that developed research in the mixotrophic cultivation of Chlorella vulgaris and other microalgae strains of commercial value. A4F also hosted visiting students that carried out pilot-scale cultivation of genetically modified strains of Chlamydomonas as a biotechnological platform for the production of high-value compounds. Consortia of bacteria and microalgae that formed in these cultures were also sampled and analyzed by A4F and partners.

Website

http://photocomm.ku.dk

About What Company History Resources Culture collection Industrial production Approach Microalgae track record Technological Platforms Services Consultancy services Technical services Training Projects Projects Projects News Contacts

©2018 Algae future Rights Reserved Powered BYDAS About What Company History Resources Culture Collection Industrial production

Approach

Technological Platforms Microalgae Track Record Services Consultancy

Services Technical

Services Training Projects Projects Projects News Contacts 2012 2016 Photosynthetic communities industrial cultivation PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM primary objective generating

next generation scientists
that will make substantial
potentially game
changing contribution towards

this global challenge project species composition will determined traditional molecular methods growth characteristics cultures will characterized

detail using metagenomics
approaches After this screening strains cyanobacteria eukaryotic
algae will engineered
improve their photosynthetic efficiency their fixation rates their nutrient uptake characteristics These will then used generate synthetic communities
whose
performance will compared with natural cultures

which will

analysed also mathematical models

This knowledge will enable PHOTO COMM programme build knowledge base that

offers novel mixed

cultures

with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris Program

Budget Information

Unavailable Duration months Partners Kobenhavns Universitet Coordinator Denmark University Warwick   United Kingdom Chancellor Masters

Scholars University Cambridge United Kingdom Turun Yliopisto Finland Albert Ludwigs Universitaet Freiburg Germany Technion Israel Institute Technology Israel Nova Green
Projektmanagement
GMBH Germany Algae Biotech Spain University Kent United Kingdom Imperial College Science Technology
Medicine United
Kingdom Role involved
permanently hosting post doctoral researcher

that developed research mixotrophic cultivation Chlorella vulgaris

other microalgae strains commercial value also hosted visiting students that
carried

pilot scale cultivation genetically modified strains Chlamydomonas biotechnological platform production high value compounds Consortia bacteria microalgae that formed these cultures were also sampled analyzed partners Website http://photocomm Back Algae future Rights Resevered

Home About

Services Contacts Privacy Policy Terms PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM primary objective generating next generation scientists that will make substantial potentially game biotechnology

microalgae Photosynthetic communities industrial cultivation PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels

products PHOTO COMM primary objective generating next generation scientists that will make substantial potentially game changing contribution towards this global

challenge project species composition will determined traditional molecular methods growth characteristics cultures will characterized detail using metagenomics approaches After

this

screening strains cyanobacteria eukaryotic algae will engineered improve their photosynthetic efficiency their fixation rates their nutrient uptake characteristics These will

then used generate
synthetic communities whose performance will compared with natural cultures which

will analysed also mathematical models This knowledge will enable PHOTO

COMM programme build knowledge base that offers novel mixed cultures with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris

About What Company History Resources Culture collection Industrial production Approach Microalgae track record Technological Platforms Services
Consultancy services
Technical
services Training Projects Projects
Projects News Contacts ©2018 Algae future Rights Reserved
Powered BYDAS

About What Company History Resources

Culture Collection Industrial

production Approach Technological

Platforms
Microalgae Track Record Services Consultancy Services Technical Services Training Projects Projects Projects

News Contacts 2012

2016

Photosynthetic communities industrial cultivation PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM primary objective generating next generation scientists that

will make
substantial potentially game changing contribution towards this global challenge project

species composition will

determined traditional

molecular methods growth

characteristics cultures will characterized detail using metagenomics

approaches After this

screening strains cyanobacteria eukaryotic algae will engineered improve their

photosynthetic

efficiency their fixation

rates their nutrient uptake characteristics These will then used generate synthetic communities whose performance will compared with natural
cultures which will analysed also mathematical models This knowledge will enable PHOTO COMM programme build knowledge base that offers novel mixed cultures with superior

abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris Program Budget Information Unavailable Duration months Partners Kobenhavns Universitet Coordinator Denmark University Warwick   United

Kingdom

Chancellor Masters Scholars University Cambridge

United Kingdom Turun
Yliopisto Finland Albert Ludwigs Universitaet Freiburg Germany Technion Israel Institute Technology Israel Nova Green Projektmanagement GMBH
Germany
Algae Biotech Spain University Kent United Kingdom Imperial College Science Technology Medicine United

Kingdom Role involved permanently hosting post doctoral researcher that developed research mixotrophic cultivation Chlorella vulgaris

other

microalgae strains commercial value also hosted visiting students that carried pilot scale cultivation genetically modified strains Chlamydomonas biotechnological platform production high value compounds Consortia bacteria microalgae that formed these cultures were also

sampled analyzed partners Website http://photocomm
Back Algae future Rights Resevered Home

About Services Contacts Privacy Policy Terms PHOTO COMM involves utilization microalgae conversion into chemicals

fuels

directly replace finite fossil fuels products PHOTO COMM primary objective generating next generation

scientists

that will make substantial potentially game biotechnology microalgae Photosynthetic communities industrial cultivation PHOTO COMM

involves

utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM

primary

objective generating next generation scientists

that will make substantial potentially game changing contribution towards this global challenge project species composition will determined traditional molecular methods growth characteristics cultures will characterized detail using metagenomics approaches After this screening strains cyanobacteria eukaryotic algae will engineered improve their

photosynthetic efficiency their
fixation

rates their nutrient uptake characteristics These will then used generate synthetic communities whose performance will

compared

with natural cultures which will analysed also mathematical models This knowledge will enable PHOTO COMM programme

build
knowledge base that offers novel mixed cultures with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris

About What Company History Resources Culture

collection Industrial production Approach Microalgae track record Technological Platforms Services Consultancy

services

Technical services Training Projects Projects Projects News Contacts ©2018

Algae future Rights Reserved Powered BYDAS About What
Company

History Resources Culture Collection Industrial production Approach Technological Platforms Microalgae Track Record Services Consultancy Services Technical Services Training Projects Projects Projects

News Contacts 2012 2016

Photosynthetic communities industrial cultivation

PHOTO COMM involves

utilization microalgae conversion into chemicals fuels

directly replace finite fossil

fuels products

PHOTO COMM primary objective generating next generation scientists that will make substantial potentially game changing contribution towards this global challenge project species composition will determined traditional molecular methods growth characteristics cultures will characterized detail using

metagenomics approaches After this screening strains cyanobacteria eukaryotic algae will engineered improve their photosynthetic efficiency their

fixation rates their nutrient uptake characteristics These will then used generate synthetic communities whose performance will compared with

natural cultures which will analysed also mathematical models This knowledge will enable

PHOTO COMM programme build

knowledge base that offers

novel mixed cultures with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris Program

Budget Information

Unavailable Duration months Partners Kobenhavns Universitet Coordinator Denmark

University

Warwick   United Kingdom Chancellor Masters Scholars University Cambridge United Kingdom Turun Yliopisto Finland Albert Ludwigs Universitaet Freiburg Germany Technion Israel Institute Technology Israel Nova Green Projektmanagement GMBH Germany Algae Biotech Spain University Kent United Kingdom Imperial College Science Technology Medicine United Kingdom Role involved permanently hosting post doctoral researcher that developed research mixotrophic cultivation Chlorella vulgaris other microalgae

strains

commercial value also hosted visiting students that carried pilot scale cultivation genetically modified strains Chlamydomonas biotechnological platform production high value compounds Consortia bacteria microalgae

that formed these cultures were also

sampled analyzed partners Website http://photocomm Back Algae future Rights Resevered Home About

Services Contacts Privacy Policy Terms PHOTO COMM involves utilization microalgae conversion
into chemicals fuels
directly replace finite fossil fuels
products PHOTO COMM primary objective

generating next generation scientists

that will make substantial potentially game
biotechnology microalgae Photosynthetic communities

industrial cultivation PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels

products

PHOTO COMM primary objective generating next generation scientists that will make substantial potentially game changing contribution towards this global challenge project species

composition will determined traditional molecular methods growth characteristics cultures will characterized detail

using metagenomics

approaches After this
screening

strains cyanobacteria eukaryotic

algae

will engineered improve their photosynthetic efficiency their fixation rates their nutrient uptake

characteristics These will then used

generate synthetic
communities whose performance will

compared with natural cultures which will analysed also mathematical models This knowledge will enable PHOTO COMM programme

build knowledge base that offers novel

mixed cultures with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii

Chlorella vulgaris

About What Company History Resources Culture collection Industrial production Approach Microalgae track record Technological Platforms Services Consultancy services Technical services Training Projects Projects Projects
News
Contacts ©2018 Algae future Rights Reserved Powered BYDAS
About
What Company History Resources Culture

Collection Industrial production Approach Technological Platforms

Microalgae Track Record

Services Consultancy Services Technical Services Training Projects Projects Projects News Contacts

2012 2016

Photosynthetic communities industrial cultivation PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite

fossil
fuels products PHOTO COMM primary objective generating next generation scientists that will make substantial potentially game changing contribution towards this global challenge project species composition will determined traditional molecular methods growth characteristics cultures will characterized detail using metagenomics approaches After this screening strains cyanobacteria eukaryotic algae will engineered improve their photosynthetic efficiency their fixation rates their nutrient uptake characteristics These will then used generate synthetic communities whose performance will compared with natural cultures which will
analysed also mathematical

models This knowledge will enable

PHOTO COMM

programme build knowledge base that offers novel mixed cultures with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris Program Budget Information Unavailable Duration months

Partners Kobenhavns

Universitet Coordinator Denmark University Warwick   United Kingdom

Chancellor Masters Scholars University Cambridge United Kingdom Turun Yliopisto Finland Albert Ludwigs Universitaet Freiburg Germany Technion Israel Institute Technology Israel Nova

Green Projektmanagement GMBH

Germany Algae Biotech Spain

University

Kent United Kingdom Imperial College Science Technology Medicine United Kingdom Role involved permanently

hosting post

doctoral researcher that developed

research mixotrophic cultivation Chlorella vulgaris other microalgae strains commercial value also hosted visiting

students that

carried pilot scale cultivation genetically modified strains Chlamydomonas biotechnological platform production high value compounds Consortia bacteria

microalgae that formed these cultures were also

sampled analyzed

partners
Website http://photocomm Back Algae future
Rights

Resevered Home About Services Contacts

Privacy Policy Terms PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM primary objective generating next generation

scientists that will

make substantial potentially game biotechnology microalgae Photosynthetic

communities industrial

cultivation PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace

finite
fossil fuels products
PHOTO
COMM primary objective generating
next
generation scientists that will make substantial potentially game changing contribution towards
this global challenge project species composition will determined
traditional molecular methods growth characteristics cultures will characterized detail using metagenomics approaches After this screening strains cyanobacteria eukaryotic algae will engineered improve their photosynthetic efficiency their
fixation rates their

nutrient uptake characteristics These will

then used generate synthetic communities whose performance will compared with natural cultures which will analysed also mathematical models This knowledge will enable PHOTO COMM programme build

knowledge base

that offers novel mixed cultures with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris

About What Company History Resources Culture collection Industrial
production Approach Microalgae
track record Technological Platforms Services Consultancy services

Technical services Training Projects Projects Projects News Contacts ©2018

Algae

future Rights Reserved Powered BYDAS About What Company History

Resources Culture Collection Industrial production Approach Technological Platforms Microalgae Track Record Services Consultancy Services Technical Services
Training Projects

Projects Projects News Contacts 2012 2016 Photosynthetic communities industrial cultivation

PHOTO COMM
involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM primary objective generating next generation
scientists that

will make

substantial

potentially game changing contribution towards this global challenge

project species composition

will determined

traditional molecular methods growth characteristics cultures will characterized detail using metagenomics approaches After this screening strains cyanobacteria eukaryotic algae will engineered improve their photosynthetic efficiency their fixation rates their nutrient uptake characteristics These will then used generate synthetic communities

whose performance will compared with natural
cultures which will

analysed also mathematical models This knowledge will enable PHOTO COMM programme build knowledge base that offers novel mixed cultures with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris Program Budget Information Unavailable Duration months Partners Kobenhavns Universitet Coordinator Denmark University Warwick   United Kingdom

Chancellor Masters
Scholars
University Cambridge United Kingdom Turun Yliopisto Finland Albert Ludwigs Universitaet Freiburg Germany Technion
Israel
Institute Technology Israel Nova Green Projektmanagement GMBH Germany Algae Biotech Spain University
Kent United Kingdom Imperial College Science Technology
Medicine United Kingdom Role involved
permanently hosting

post doctoral researcher that

developed research

mixotrophic cultivation

Chlorella vulgaris

other

microalgae strains commercial value also hosted visiting students that carried pilot scale

cultivation genetically modified strains Chlamydomonas biotechnological platform

production high value

compounds Consortia bacteria microalgae that

formed

these cultures were

also sampled analyzed partners Website http://photocomm Back Algae future Rights Resevered Home About Services Contacts Privacy

Policy Terms PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM primary objective generating next generation

scientists that will make substantial potentially game biotechnology microalgae Photosynthetic

communities industrial cultivation PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM primary objective generating next generation scientists that will make substantial potentially game changing contribution towards this global challenge project species composition will determined traditional molecular methods growth

characteristics cultures

will characterized detail using metagenomics approaches After this screening

strains cyanobacteria eukaryotic

algae will

engineered

improve their photosynthetic efficiency their fixation rates their nutrient uptake characteristics These will then used generate synthetic communities whose

performance will

compared with natural cultures which
will
analysed also mathematical models This

knowledge will enable

PHOTO COMM
programme build knowledge base
that offers
novel mixed cultures with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris

About What

Company
History Resources Culture collection Industrial production Approach Microalgae track
record
Technological Platforms Services Consultancy services Technical services Training Projects Projects Projects News
Contacts

©2018 Algae future Rights Reserved Powered BYDAS About What

Company History
Resources Culture Collection Industrial production Approach Technological Platforms
Microalgae
Track Record Services Consultancy Services Technical Services Training Projects Projects Projects News Contacts 2012 2016 Photosynthetic
communities
industrial cultivation PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace
finite fossil
fuels
products PHOTO COMM primary objective generating
next generation scientists
that will make substantial potentially game changing contribution towards

this global

challenge project species
composition will determined traditional molecular methods
growth characteristics cultures will characterized detail using metagenomics approaches After this screening strains cyanobacteria eukaryotic algae

will engineered improve their

photosynthetic efficiency their fixation rates

their nutrient
uptake characteristics These will then used generate synthetic communities whose performance will compared with

natural cultures which will analysed also mathematical models This

knowledge will enable PHOTO COMM programme build knowledge base that offers novel mixed

cultures with superior abilities industrial Microalgae

species:
Chlamydomonas reinhardtii Chlorella vulgaris Program Budget Information Unavailable Duration months Partners Kobenhavns Universitet Coordinator Denmark
University Warwick   United
Kingdom Chancellor Masters
Scholars University Cambridge United Kingdom Turun Yliopisto Finland Albert Ludwigs Universitaet Freiburg
Germany Technion
Israel Institute Technology Israel Nova Green Projektmanagement GMBH Germany Algae Biotech Spain University Kent
United
Kingdom Imperial College Science Technology
Medicine United Kingdom Role involved permanently hosting post doctoral researcher
that

developed research mixotrophic cultivation Chlorella vulgaris other microalgae strains commercial value also hosted visiting students that carried pilot scale cultivation genetically modified strains

Chlamydomonas biotechnological platform production high value compounds Consortia bacteria

microalgae that formed these cultures were also sampled analyzed partners Website http://photocomm Back Algae future Rights Resevered Home About Services Contacts Privacy Policy Terms
PHOTO COMM involves

utilization microalgae conversion

into
chemicals fuels directly
replace

finite fossil fuels products PHOTO COMM primary objective generating next generation scientists that will make substantial potentially game biotechnology

microalgae
Photosynthetic communities industrial cultivation PHOTO COMM involves

utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM

primary objective generating
next generation scientists that will
make substantial
potentially game changing contribution towards this global challenge project species composition will determined traditional molecular methods growth characteristics cultures will characterized detail using metagenomics approaches After this screening strains
cyanobacteria
eukaryotic algae will engineered improve their photosynthetic
efficiency

their fixation

rates their nutrient uptake characteristics These will then used generate

synthetic

communities whose performance will compared with natural cultures which will analysed also mathematical models This knowledge will enable PHOTO COMM programme build knowledge base that offers novel mixed

cultures

with superior abilities industrial Microalgae species: Chlamydomonas

reinhardtii

Chlorella vulgaris

About
What Company History Resources Culture collection Industrial production Approach
Microalgae
track record Technological Platforms
Services Consultancy services Technical services Training Projects Projects Projects News Contacts
©2018 Algae

future Rights Reserved Powered BYDAS About What Company History

Resources Culture Collection Industrial production Approach

Technological Platforms

Microalgae Track Record Services Consultancy Services Technical Services Training Projects Projects Projects News Contacts 2012

2016 Photosynthetic communities industrial cultivation
PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM primary objective generating next generation scientists that will make substantial potentially
game changing contribution towards this global challenge project species composition will determined traditional molecular methods growth characteristics cultures will characterized detail using
metagenomics approaches After this screening strains cyanobacteria eukaryotic
algae will engineered
improve
their photosynthetic efficiency their fixation rates

their nutrient uptake characteristics These will

then used generate synthetic communities whose performance will compared with natural cultures which will analysed

also mathematical models

This knowledge will enable PHOTO COMM

programme build knowledge

base
that offers novel mixed cultures with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris Program Budget Information Unavailable Duration months
Partners Kobenhavns

Universitet Coordinator Denmark University Warwick   United Kingdom

Chancellor Masters Scholars University

Cambridge United Kingdom Turun Yliopisto

Finland Albert Ludwigs Universitaet Freiburg Germany Technion Israel Institute Technology Israel Nova Green Projektmanagement GMBH Germany Algae Biotech Spain University Kent

United Kingdom Imperial College Science Technology Medicine United Kingdom

Role involved permanently hosting post
doctoral
researcher that developed research mixotrophic cultivation Chlorella vulgaris other microalgae strains commercial value also

hosted visiting students that

carried pilot

scale cultivation genetically

modified strains Chlamydomonas biotechnological platform production high value compounds Consortia bacteria microalgae that formed these cultures were also sampled analyzed partners Website http://photocomm Back Algae

future Rights

Resevered

Home About Services Contacts Privacy Policy Terms PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM primary objective generating next generation scientists that will make substantial potentially game biotechnology microalgae Photosynthetic communities industrial cultivation PHOTO COMM

involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels

products PHOTO COMM primary objective generating next generation scientists that will

make substantial potentially
game changing contribution towards this
global challenge project species
composition will determined traditional molecular methods growth characteristics cultures will characterized
detail using

metagenomics approaches After this screening strains cyanobacteria eukaryotic algae will engineered improve

their photosynthetic efficiency their fixation rates their nutrient

uptake characteristics These will

then

used generate synthetic communities whose performance will compared with natural cultures which will analysed also mathematical models This knowledge will enable PHOTO COMM programme build

knowledge base that offers novel mixed cultures with superior abilities industrial
Microalgae

species: Chlamydomonas reinhardtii Chlorella vulgaris

About What

Company History

Resources Culture collection Industrial production Approach Microalgae track record Technological Platforms Services Consultancy services

Technical services Training Projects Projects Projects News Contacts ©2018 Algae future Rights Reserved

Powered BYDAS About What Company History Resources Culture Collection

Industrial production Approach Technological Platforms Microalgae

Track Record Services Consultancy
Services Technical Services Training Projects Projects Projects News Contacts 2012 2016 Photosynthetic communities industrial cultivation PHOTO COMM
involves utilization microalgae conversion into chemicals fuels directly
replace finite fossil
fuels products PHOTO

COMM primary objective

generating next generation scientists
that
will make substantial potentially game changing contribution towards this global challenge project species composition will
determined traditional molecular methods growth characteristics cultures will characterized detail

using metagenomics approaches After this screening strains cyanobacteria eukaryotic algae will engineered improve their photosynthetic efficiency their fixation rates their

nutrient uptake characteristics These will then used generate synthetic communities whose performance will compared with

natural cultures which will analysed also mathematical models

This knowledge will enable PHOTO COMM programme build knowledge base that offers novel mixed cultures with superior abilities

industrial Microalgae

species: Chlamydomonas reinhardtii Chlorella vulgaris Program Budget Information Unavailable Duration

months Partners Kobenhavns Universitet Coordinator Denmark University Warwick   United Kingdom

Chancellor Masters

Scholars University Cambridge United Kingdom Turun Yliopisto Finland Albert Ludwigs Universitaet Freiburg Germany Technion Israel Institute Technology Israel Nova Green Projektmanagement GMBH Germany Algae Biotech Spain University Kent United Kingdom Imperial

College Science Technology
Medicine
United Kingdom Role involved permanently hosting post doctoral
researcher that developed research

mixotrophic cultivation Chlorella vulgaris other microalgae strains commercial value also hosted visiting students that carried pilot scale cultivation genetically

modified strains Chlamydomonas biotechnological platform production high value compounds Consortia bacteria microalgae that formed these cultures

were

also sampled

analyzed partners

Website http://photocomm Back Algae future Rights Resevered Home About Services Contacts Privacy Policy Terms

PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite

fossil fuels products PHOTO COMM

primary

objective generating next generation scientists that will make substantial potentially

game biotechnology
microalgae Photosynthetic communities industrial cultivation PHOTO COMM involves utilization
microalgae

conversion into chemicals fuels directly replace

finite

fossil fuels products

PHOTO COMM

primary objective generating next generation scientists that

will make substantial potentially game

changing contribution towards this

global
challenge project species composition will determined traditional molecular
methods

growth characteristics cultures will characterized

detail using metagenomics approaches After this screening strains cyanobacteria eukaryotic algae will engineered improve their photosynthetic efficiency

their

fixation rates their

nutrient uptake

characteristics These will then used generate synthetic

communities
whose performance
will

compared with natural cultures

which will
analysed also mathematical models This knowledge will
enable PHOTO COMM programme build

knowledge base that offers novel mixed cultures with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella

vulgaris
About

What Company History

Resources Culture collection Industrial production Approach Microalgae track record
Technological

Platforms Services Consultancy services Technical services Training Projects Projects Projects News Contacts ©2018 Algae future Rights Reserved Powered BYDAS About What Company History Resources Culture

Collection Industrial production Approach Technological Platforms Microalgae Track Record Services Consultancy Services

Technical
Services Training Projects Projects Projects News Contacts

2012 2016 Photosynthetic communities industrial cultivation PHOTO COMM

involves utilization
microalgae conversion into chemicals fuels

directly replace finite fossil fuels products

PHOTO COMM
primary objective generating next generation scientists that will make substantial potentially game changing contribution towards this global challenge project species composition will determined traditional molecular methods growth characteristics cultures will characterized detail using
metagenomics approaches After this

screening strains cyanobacteria eukaryotic algae will engineered improve their photosynthetic efficiency

their fixation rates their nutrient uptake characteristics These will then used generate synthetic

communities whose performance will compared with natural cultures which will analysed also mathematical models This knowledge will enable PHOTO COMM programme build knowledge base that offers novel

mixed

cultures with superior

abilities industrial Microalgae species:
Chlamydomonas reinhardtii Chlorella vulgaris Program Budget Information Unavailable Duration months Partners Kobenhavns
Universitet Coordinator
Denmark University Warwick   United Kingdom
Chancellor Masters Scholars University

Cambridge United

Kingdom

Turun Yliopisto Finland Albert Ludwigs Universitaet Freiburg Germany Technion Israel Institute Technology Israel

Nova Green Projektmanagement GMBH Germany Algae Biotech Spain University Kent United Kingdom Imperial College Science Technology Medicine United Kingdom Role involved permanently hosting post doctoral researcher that developed research mixotrophic cultivation Chlorella
vulgaris

other microalgae

strains

commercial value also hosted visiting students that

carried pilot scale cultivation genetically modified strains Chlamydomonas

biotechnological platform production high
value compounds Consortia bacteria
microalgae that
formed these cultures were also sampled analyzed
partners Website
http://photocomm Back Algae future Rights Resevered Home About Services Contacts Privacy Policy Terms
PHOTO

COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM primary objective generating next generation scientists that will make substantial potentially game biotechnology microalgae Photosynthetic communities industrial

cultivation PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO COMM primary objective generating next generation scientists that will make substantial potentially game changing contribution towards this global challenge project species composition will determined traditional molecular methods growth characteristics cultures will characterized detail using metagenomics approaches After this screening

strains
cyanobacteria eukaryotic
algae

will engineered

improve their photosynthetic efficiency

their fixation rates

their nutrient

uptake characteristics These will then used generate synthetic communities whose performance will compared with natural cultures which

will

analysed also mathematical models This knowledge will enable PHOTO COMM programme

build knowledge base

that offers novel

mixed

cultures with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris

About What Company History Resources Culture collection Industrial production Approach Microalgae track record Technological Platforms Services Consultancy services Technical services Training Projects Projects

Projects News Contacts ©2018 Algae future Rights Reserved Powered BYDAS About
What

Company History Resources Culture Collection Industrial production Approach Technological Platforms Microalgae Track Record Services Consultancy Services Technical Services Training Projects

Projects Projects News Contacts 2012 2016 Photosynthetic communities industrial cultivation

PHOTO COMM involves utilization microalgae conversion

into chemicals

fuels directly replace finite fossil fuels

products PHOTO COMM primary objective generating next generation scientists that will make substantial potentially game changing contribution towards this global challenge project species composition will determined

traditional molecular methods growth characteristics cultures will characterized detail using

metagenomics approaches After this screening strains cyanobacteria eukaryotic algae will engineered

improve
their photosynthetic efficiency their fixation rates their nutrient uptake characteristics These
will then used
generate synthetic communities whose performance will compared with natural
cultures which will analysed also mathematical models
This

knowledge will enable PHOTO COMM programme build knowledge base that offers novel mixed cultures with superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris Program Budget

Information

Unavailable Duration months Partners Kobenhavns Universitet Coordinator Denmark University Warwick   United Kingdom Chancellor Masters Scholars

University Cambridge United Kingdom Turun Yliopisto Finland Albert Ludwigs Universitaet Freiburg

Germany

Technion Israel Institute Technology Israel Nova Green Projektmanagement GMBH Germany Algae Biotech Spain

University Kent United Kingdom
Imperial College Science Technology Medicine United Kingdom Role involved permanently hosting post
doctoral researcher that developed

research mixotrophic cultivation Chlorella vulgaris other microalgae strains commercial value also hosted visiting students that carried pilot

scale cultivation genetically modified

strains
Chlamydomonas biotechnological platform production high value compounds Consortia bacteria microalgae that formed these cultures were also sampled analyzed partners Website http://photocomm
Back Algae future Rights Resevered Home About Services Contacts Privacy Policy Terms PHOTO COMM involves utilization microalgae conversion into chemicals fuels directly replace finite fossil fuels products PHOTO
COMM primary objective generating next generation

scientists that will make substantial potentially game biotechnology microalgae Photosynthetic communities industrial cultivation PHOTO COMM involves utilization microalgae conversion into

chemicals
fuels directly replace finite fossil fuels products PHOTO COMM primary objective generating next generation
scientists that will make substantial potentially game

changing contribution towards this global challenge project species composition

will determined traditional molecular methods growth characteristics cultures will characterized

detail using metagenomics

approaches After this screening strains cyanobacteria eukaryotic algae

will engineered
improve their photosynthetic
efficiency

their fixation rates their nutrient uptake characteristics These will then used generate synthetic

communities whose performance will compared with natural cultures which will analysed also mathematical models This knowledge will enable PHOTO COMM programme build knowledge base that offers
novel

mixed cultures

with

superior abilities industrial Microalgae species: Chlamydomonas reinhardtii Chlorella vulgaris