Continuous production

of mixotrophic microalgae

with carbon

dioxide

and nitrogen fixation was developed by A4F under the Incentive

System

of R&D offered by QREN. The realization of this project involved the collaboration of the Portuguese Catholic University (UCP) and InnoPhage, Lda

as a...

biotechnology microalgae Mixotrophic microalgae growth

| A4F

Continuous production

of mixotrophic microalgae with carbon dioxide and

nitrogen fixation was developed by

A4F under the Incentive System of R&D offered by

QREN. The realization of

this project involved the collaboration of the Portuguese Catholic University (UCP) and InnoPhage, Lda as a... biotechnology microalgae Mixotrophic microalgae growth | A4F

Continuous

production of

mixotrophic microalgae with carbon dioxide and nitrogen fixation was developed by A4F under the Incentive System of R&D offered by QREN. The realization of this project involved the collaboration of

the

Portuguese Catholic University (UCP) and InnoPhage,

Lda

as a...

biotechnology microalgae Mixotrophic microalgae

growth | A4F

Continuous production of mixotrophic microalgae with carbon

dioxide and nitrogen fixation was

developed by A4F under the Incentive System of R&D offered by

QREN. The realization of

this project involved the collaboration of the Portuguese

Catholic University (UCP) and InnoPhage, Lda as a... biotechnology microalgae Mixotrophic microalgae growth | A4F
Continuous

production of mixotrophic microalgae

with carbon dioxide

and nitrogen fixation was developed by A4F

under the Incentive System of R&D offered by QREN.

The realization of this project involved the collaboration of the Portuguese Catholic University (UCP) and InnoPhage, Lda as a... biotechnology

microalgae

Mixotrophic microalgae growth | A4F

Continuous production of
mixotrophic microalgae with carbon dioxide and nitrogen fixation
was
developed by A4F under the Incentive System of R&D offered by
QREN. The

realization of

this project involved the collaboration of the Portuguese Catholic

University (UCP) and InnoPhage, Lda as a... biotechnology microalgae Mixotrophic microalgae growth | A4F

Continuous production

of mixotrophic microalgae with carbon dioxide and nitrogen fixation was developed by A4F under the Incentive System of R&D offered by QREN. The realization of this project involved the collaboration of the

Portuguese Catholic University

(UCP) and InnoPhage, Lda as a... biotechnology microalgae Mixotrophic microalgae growth | A4F

Continuous production of mixotrophic microalgae
with carbon
dioxide and

nitrogen fixation was developed by A4F under the Incentive System of R&D offered by QREN. The realization of this project involved the collaboration of the Portuguese

Catholic University (UCP) and InnoPhage, Lda as a... biotechnology microalgae Mixotrophic microalgae growth | A4F Continuous production
of mixotrophic microalgae with
carbon dioxide and nitrogen fixation was developed by A4F under the Incentive System of R&D offered by QREN. The realization of
this project involved the collaboration of the Portuguese
Catholic University
(UCP) and InnoPhage, Lda as a... biotechnology microalgae Mixotrophic microalgae growth
| A4F Continuous production of mixotrophic microalgae with carbon dioxide
and nitrogen fixation was developed by A4F under the Incentive System
of R&D offered by QREN.
The realization of this
project
involved the collaboration of the Portuguese Catholic University (UCP) and InnoPhage, Lda
as a... biotechnology microalgae Mixotrophic microalgae growth
| A4F

Oct 2009 - Oct 2011

Mixotrophic microalgae growth

A4F as Coordinator

Continuous production of mixotrophic microalgae with carbon dioxide and nitrogen fixation was developed by A4F under the Incentive System of R&D offered by QREN. The realization of this project involved the collaboration of the Portuguese Catholic University (UCP) and InnoPhage, Lda as a subcontracted entity. The ALGAPLEX project aimed to develop processes for continuous production of microalgae (24 hours) taking advantage of its (i) autotrophic growth with sunlight and incorporation of CO2 as a carbon source (ii) heterotrophic growth in the absence of a light with a source of organic carbon (iii) and mixotrophic growth with the fixing of molecular nitrogen. Furthermore, it aimed to develop an efficient technology of fixing the flue gases through mixotrophic microalgae cultivation and be a proof of concept for the development of bacteriophages application technology to the same culture for bacterial control. 


Microalgae species: Chlorella spp., Nannocloropsis sp., Nitzschia sp., Phaeodactylum sp., Scenedesmus sp. e Spirulina

Program

QREN

Budget

Information Unavailable

Duration

24 months

Partners

Portuguese Catholic University, Portugal

Innophage, Portugal

A4F Role

A4F was tasked to develop the continuous production of biomass under autotrophic, mixotrophic and heterotrophic conditions for selected microalgae species using flue gases as CO2 source as well. Culture crop protection strategies were also tested and developed.

Website

Information Unavailable

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 2009 2011 Mixotrophic microalgae growth Coordinator Continuous

production mixotrophic microalgae

with carbon dioxide nitrogen fixation developed

under Incentive
System offered QREN realization this
project involved

collaboration Portuguese

Catholic University InnoPhage subcontracted entity ALGAPLEX project aimed develop processes continuous production microalgae hours taking advantage autotrophic growth with sunlight
incorporation carbon source

heterotrophic growth absence light with

source organic carbon mixotrophic growth with fixing

molecular nitrogen Furthermore

aimed develop

efficient technology
fixing flue gases through
mixotrophic microalgae cultivation proof concept development bacteriophages
application

technology same culture bacterial control Microalgae species: Chlorella Nannocloropsis Nitzschia Phaeodactylum Scenedesmus  e  Spirulina Program QREN Budget Information Unavailable Duration months Partners Portuguese Catholic University Portugal Innophage Portugal Role tasked develop continuous production biomass

under autotrophic mixotrophic heterotrophic conditions
selected
microalgae species using
flue gases source well

Culture crop

protection strategies were also tested developed Website Information Unavailable Back Algae future Rights Resevered Home About Services Contacts

Privacy Policy Terms Continuous production mixotrophic microalgae with carbon dioxide nitrogen fixation
developed under Incentive System

offered QREN realization this project involved collaboration

Portuguese Catholic University

InnoPhage

biotechnology microalgae

Mixotrophic microalgae growth Continuous production mixotrophic microalgae

with carbon dioxide nitrogen fixation developed under Incentive

System offered QREN realization
this project involved collaboration

Portuguese Catholic University InnoPhage subcontracted

entity
ALGAPLEX project aimed develop processes continuous production microalgae hours taking advantage autotrophic growth with
sunlight incorporation carbon

source heterotrophic growth absence light with source organic carbon mixotrophic growth with fixing molecular nitrogen

Furthermore

aimed develop efficient technology fixing

flue

gases through mixotrophic microalgae cultivation proof concept development bacteriophages

application

technology same culture bacterial control Microalgae species: Chlorella spp Nannocloropsis sp Nitzschia sp Phaeodactylum sp Scenedesmus sp  e Spirulina

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 2009 2011 Mixotrophic microalgae growth Coordinator Continuous

production mixotrophic microalgae with carbon dioxide nitrogen fixation developed
under

Incentive System offered QREN realization this project involved collaboration Portuguese Catholic University InnoPhage subcontracted entity ALGAPLEX project aimed

develop processes continuous production microalgae hours taking advantage autotrophic growth with sunlight incorporation carbon

source heterotrophic growth absence light with source organic carbon mixotrophic growth with fixing molecular nitrogen Furthermore aimed

develop efficient technology fixing flue gases through mixotrophic microalgae cultivation proof concept development bacteriophages application
technology same culture
bacterial control Microalgae species: Chlorella Nannocloropsis Nitzschia Phaeodactylum
Scenedesmus  e 

Spirulina Program QREN Budget Information Unavailable Duration months

Partners
Portuguese Catholic University Portugal Innophage Portugal Role tasked develop continuous production biomass under autotrophic mixotrophic heterotrophic conditions selected microalgae species using flue gases source well
Culture crop protection strategies were also tested developed Website Information Unavailable Back Algae future Rights Resevered Home About Services Contacts Privacy Policy Terms Continuous production mixotrophic microalgae with carbon dioxide nitrogen fixation developed
under Incentive System

offered QREN realization this project involved

collaboration Portuguese Catholic
University InnoPhage biotechnology microalgae Mixotrophic microalgae growth Continuous production mixotrophic microalgae with carbon dioxide nitrogen
fixation developed under

Incentive System offered

QREN realization this
project involved collaboration Portuguese Catholic University InnoPhage subcontracted entity ALGAPLEX project aimed develop processes continuous production microalgae hours taking advantage autotrophic growth with sunlight incorporation carbon source heterotrophic growth
absence light

with source organic carbon mixotrophic growth with fixing molecular nitrogen Furthermore aimed

develop

efficient technology fixing flue gases through mixotrophic microalgae cultivation proof concept development bacteriophages

application technology same culture bacterial control Microalgae

species: Chlorella spp Nannocloropsis sp Nitzschia sp Phaeodactylum sp Scenedesmus sp  e Spirulina

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 2009

2011 Mixotrophic microalgae growth Coordinator Continuous production mixotrophic microalgae with carbon dioxide nitrogen fixation developed under Incentive System offered QREN realization this project involved collaboration Portuguese Catholic University InnoPhage subcontracted entity ALGAPLEX project aimed

develop processes continuous production microalgae hours taking advantage autotrophic

growth with sunlight incorporation carbon source heterotrophic growth
absence light with

source organic carbon mixotrophic

growth
with fixing molecular nitrogen Furthermore aimed develop efficient technology fixing flue gases through mixotrophic microalgae cultivation

proof concept development bacteriophages

application

technology same culture bacterial control Microalgae species: Chlorella Nannocloropsis Nitzschia Phaeodactylum Scenedesmus  e  Spirulina Program QREN Budget Information Unavailable Duration months Partners Portuguese Catholic

University Portugal Innophage Portugal
Role tasked develop continuous production

biomass under autotrophic mixotrophic heterotrophic conditions selected microalgae species using flue gases source well Culture crop protection strategies were

also tested developed Website Information
Unavailable Back Algae future
Rights

Resevered Home About Services Contacts Privacy

Policy Terms Continuous

production mixotrophic microalgae

with carbon dioxide nitrogen fixation developed
under Incentive System offered QREN realization this project involved collaboration Portuguese Catholic University InnoPhage biotechnology microalgae

Mixotrophic microalgae growth Continuous production mixotrophic microalgae with carbon dioxide nitrogen fixation developed under Incentive System offered QREN realization this project involved

collaboration Portuguese Catholic University InnoPhage subcontracted entity ALGAPLEX project aimed develop processes continuous production microalgae hours taking advantage autotrophic growth with sunlight incorporation carbon source heterotrophic growth absence light with

source organic carbon mixotrophic growth with fixing molecular

nitrogen Furthermore aimed develop efficient technology fixing flue

gases
through mixotrophic microalgae cultivation

proof concept development bacteriophages application technology same

culture bacterial control

Microalgae species: Chlorella spp Nannocloropsis sp Nitzschia sp Phaeodactylum sp Scenedesmus sp  e Spirulina
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
2009 2011 Mixotrophic microalgae growth Coordinator Continuous production mixotrophic microalgae with carbon dioxide nitrogen fixation developed under Incentive System offered QREN realization this project involved collaboration Portuguese
Catholic University

InnoPhage subcontracted entity ALGAPLEX project aimed develop

processes

continuous production microalgae hours taking advantage autotrophic growth with sunlight

incorporation carbon source heterotrophic

growth absence light with source

organic carbon mixotrophic growth with fixing molecular nitrogen Furthermore aimed develop

efficient

technology fixing flue gases through mixotrophic microalgae cultivation proof concept development bacteriophages application technology same culture bacterial

control

Microalgae species: Chlorella Nannocloropsis Nitzschia Phaeodactylum Scenedesmus  e  Spirulina Program QREN Budget Information Unavailable Duration months Partners

Portuguese Catholic University

Portugal Innophage
Portugal Role tasked develop continuous production biomass under

autotrophic mixotrophic

heterotrophic conditions selected microalgae species using flue

gases

source well

Culture crop protection strategies were also tested developed Website Information Unavailable Back Algae future Rights Resevered Home About

Services

Contacts Privacy

Policy Terms Continuous

production mixotrophic microalgae with carbon dioxide nitrogen

fixation developed
under Incentive System offered QREN realization this project involved collaboration Portuguese Catholic University InnoPhage biotechnology microalgae Mixotrophic
microalgae growth

Continuous production mixotrophic

microalgae with carbon dioxide nitrogen fixation developed under Incentive System offered QREN realization this project involved

collaboration Portuguese Catholic University InnoPhage

subcontracted

entity ALGAPLEX project

aimed

develop processes continuous production microalgae hours taking advantage autotrophic growth with

sunlight incorporation carbon source heterotrophic growth absence light

with source organic carbon mixotrophic growth with fixing molecular nitrogen Furthermore aimed develop efficient technology fixing flue gases through mixotrophic microalgae cultivation proof concept

development bacteriophages application technology same

culture bacterial

control Microalgae species: Chlorella spp Nannocloropsis sp Nitzschia sp Phaeodactylum sp Scenedesmus sp  e Spirulina

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 2009 2011 Mixotrophic microalgae growth Coordinator Continuous production mixotrophic microalgae

with carbon dioxide nitrogen
fixation developed under Incentive System offered QREN realization
this project involved collaboration Portuguese Catholic University InnoPhage subcontracted entity ALGAPLEX project aimed
develop processes continuous

production microalgae hours taking advantage autotrophic growth with sunlight incorporation carbon source heterotrophic growth absence light with source organic carbon mixotrophic growth with fixing molecular

nitrogen

Furthermore aimed develop efficient technology fixing flue gases through mixotrophic microalgae cultivation proof concept development bacteriophages application technology same culture

bacterial control Microalgae species: Chlorella

Nannocloropsis Nitzschia Phaeodactylum Scenedesmus  e  Spirulina Program QREN Budget Information Unavailable Duration months

Partners Portuguese Catholic University Portugal Innophage Portugal Role tasked develop continuous production biomass under autotrophic mixotrophic

heterotrophic conditions selected microalgae species using flue gases source well Culture crop protection strategies were also tested developed Website Information Unavailable Back Algae future Rights Resevered Home About Services Contacts Privacy Policy
Terms Continuous
production mixotrophic microalgae with carbon dioxide nitrogen fixation developed under Incentive System offered

QREN realization

this project involved collaboration Portuguese Catholic University InnoPhage biotechnology

microalgae Mixotrophic

microalgae growth Continuous production
mixotrophic

microalgae with carbon dioxide nitrogen fixation

developed
under Incentive System offered QREN realization this project involved
collaboration
Portuguese Catholic University InnoPhage subcontracted entity ALGAPLEX project aimed develop processes
continuous production

microalgae hours taking advantage autotrophic growth with sunlight incorporation carbon source

heterotrophic

growth absence light with source organic carbon mixotrophic growth with fixing molecular nitrogen Furthermore aimed develop efficient technology fixing flue gases through mixotrophic microalgae cultivation proof concept development bacteriophages application technology same culture bacterial control Microalgae species: Chlorella spp

Nannocloropsis sp Nitzschia sp

Phaeodactylum sp Scenedesmus sp  e Spirulina

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 2009 2011 Mixotrophic microalgae growth Coordinator Continuous production mixotrophic microalgae with

carbon dioxide nitrogen fixation developed under

Incentive

System offered QREN realization this project involved collaboration Portuguese Catholic University InnoPhage subcontracted entity ALGAPLEX project

aimed

develop processes continuous production microalgae hours taking advantage autotrophic

growth with sunlight incorporation carbon source heterotrophic growth absence

light with source organic carbon mixotrophic growth with fixing molecular nitrogen Furthermore aimed develop efficient technology fixing flue gases through

mixotrophic microalgae cultivation proof concept development bacteriophages application technology same culture bacterial control Microalgae species: Chlorella Nannocloropsis Nitzschia Phaeodactylum Scenedesmus  e  Spirulina Program QREN Budget Information Unavailable Duration months

Partners Portuguese Catholic University Portugal Innophage Portugal Role tasked develop continuous

production biomass
under autotrophic

mixotrophic heterotrophic conditions selected microalgae species using flue gases source well Culture crop

protection

strategies were also tested developed Website Information Unavailable Back

Algae

future Rights Resevered Home

About Services

Contacts Privacy Policy Terms Continuous

production mixotrophic

microalgae with carbon dioxide nitrogen fixation developed under

Incentive
System offered QREN realization this project involved collaboration Portuguese Catholic University InnoPhage biotechnology microalgae Mixotrophic microalgae growth Continuous production
mixotrophic
microalgae with carbon dioxide nitrogen

fixation developed under

Incentive System offered QREN realization this project involved
collaboration Portuguese Catholic University
InnoPhage subcontracted entity ALGAPLEX project aimed develop
processes

continuous production microalgae

hours
taking advantage autotrophic growth
with sunlight incorporation carbon source heterotrophic growth absence light with source organic carbon mixotrophic growth with fixing molecular nitrogen Furthermore aimed develop efficient technology fixing flue gases through mixotrophic microalgae cultivation proof concept development bacteriophages application technology
same culture bacterial control Microalgae species: Chlorella spp Nannocloropsis sp Nitzschia sp Phaeodactylum sp Scenedesmus sp  e Spirulina
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 2009 2011 Mixotrophic
microalgae growth
Coordinator Continuous production mixotrophic microalgae with carbon dioxide nitrogen

fixation developed under Incentive System offered QREN realization

this project involved collaboration Portuguese Catholic University InnoPhage subcontracted entity ALGAPLEX project
aimed
develop processes continuous
production microalgae

hours taking advantage autotrophic growth with sunlight incorporation carbon source heterotrophic growth absence light with source organic

carbon mixotrophic growth with fixing molecular nitrogen
Furthermore aimed

develop efficient technology fixing flue gases through mixotrophic microalgae cultivation proof concept development bacteriophages application

technology same culture
bacterial control Microalgae species: Chlorella Nannocloropsis Nitzschia
Phaeodactylum Scenedesmus
 e 

Spirulina Program

QREN Budget

Information Unavailable Duration months

Partners Portuguese Catholic University Portugal Innophage
Portugal Role tasked develop continuous production
biomass under
autotrophic mixotrophic heterotrophic

conditions selected microalgae

species using

flue gases

source well
Culture crop

protection strategies

were
also tested
developed
Website Information
Unavailable Back Algae future Rights Resevered

Home About Services Contacts Privacy Policy Terms Continuous

production mixotrophic microalgae with carbon dioxide

nitrogen fixation developed under Incentive System offered QREN realization this project

involved collaboration

Portuguese Catholic University InnoPhage biotechnology microalgae Mixotrophic microalgae growth Continuous production mixotrophic microalgae with carbon dioxide nitrogen fixation developed under Incentive System offered QREN realization this project involved collaboration Portuguese Catholic University InnoPhage subcontracted entity ALGAPLEX project aimed develop processes continuous production microalgae hours taking advantage autotrophic growth with sunlight incorporation carbon source heterotrophic growth absence light with source organic carbon

mixotrophic growth with fixing molecular nitrogen Furthermore aimed develop efficient technology

fixing flue gases through

mixotrophic microalgae cultivation proof concept development bacteriophages application technology same

culture bacterial control Microalgae species: Chlorella spp Nannocloropsis sp Nitzschia sp Phaeodactylum sp Scenedesmus sp  e Spirulina

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 2009 2011

Mixotrophic microalgae growth
Coordinator Continuous production mixotrophic microalgae with
carbon dioxide

nitrogen fixation developed

under Incentive
System offered
QREN realization
this project involved collaboration Portuguese Catholic
University
InnoPhage subcontracted entity ALGAPLEX project aimed
develop processes continuous production microalgae hours taking advantage autotrophic growth with sunlight incorporation carbon source heterotrophic growth absence light with source organic carbon mixotrophic growth with fixing molecular nitrogen Furthermore aimed develop efficient technology fixing flue gases through mixotrophic microalgae cultivation proof concept development bacteriophages application technology same
culture bacterial control

Microalgae species: Chlorella Nannocloropsis Nitzschia Phaeodactylum Scenedesmus  e  Spirulina Program QREN Budget Information Unavailable

Duration
months Partners Portuguese Catholic University Portugal Innophage Portugal Role tasked develop continuous production biomass under autotrophic mixotrophic heterotrophic conditions selected microalgae

species using flue gases source well Culture crop protection

strategies were also tested developed Website Information Unavailable Back Algae future Rights Resevered Home About Services Contacts Privacy
Policy
Terms Continuous
production mixotrophic microalgae with carbon
dioxide nitrogen

fixation developed under Incentive System

offered QREN realization this

project involved collaboration Portuguese Catholic University InnoPhage biotechnology microalgae

Mixotrophic microalgae growth Continuous production mixotrophic microalgae with carbon dioxide nitrogen fixation developed under Incentive System offered QREN realization this project involved collaboration
Portuguese
Catholic University InnoPhage
subcontracted entity ALGAPLEX project aimed develop processes continuous production

microalgae hours taking advantage autotrophic growth with sunlight incorporation carbon source heterotrophic growth

absence light with

source organic carbon mixotrophic

growth with fixing molecular nitrogen Furthermore aimed develop efficient technology fixing flue gases through mixotrophic microalgae cultivation proof concept development bacteriophages application technology same culture bacterial control Microalgae

species: Chlorella spp Nannocloropsis sp Nitzschia sp
Phaeodactylum sp Scenedesmus sp

 e Spirulina

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 2009 2011 Mixotrophic microalgae growth Coordinator Continuous production mixotrophic microalgae with carbon dioxide nitrogen fixation developed
under Incentive

System offered QREN realization this project involved collaboration Portuguese Catholic University

InnoPhage subcontracted entity ALGAPLEX project aimed develop processes continuous production microalgae hours taking advantage

autotrophic growth with sunlight incorporation carbon source heterotrophic growth absence light with source organic

carbon mixotrophic growth with fixing molecular

nitrogen Furthermore aimed develop efficient technology fixing flue gases

through mixotrophic microalgae cultivation
proof concept development bacteriophages application technology same
culture bacterial control Microalgae
species: Chlorella Nannocloropsis
Nitzschia Phaeodactylum Scenedesmus  e  Spirulina Program

QREN Budget Information Unavailable Duration months Partners Portuguese Catholic

University Portugal Innophage Portugal Role tasked develop continuous production

biomass under autotrophic mixotrophic heterotrophic conditions selected microalgae species using flue gases source well Culture crop protection strategies were also tested developed

Website

Information Unavailable Back Algae future Rights

Resevered Home About Services Contacts Privacy Policy Terms Continuous production mixotrophic microalgae with carbon dioxide nitrogen

fixation developed

under Incentive

System

offered QREN realization this project

involved collaboration Portuguese Catholic

University InnoPhage biotechnology microalgae Mixotrophic microalgae growth Continuous production

mixotrophic microalgae with carbon dioxide nitrogen fixation developed under Incentive System

offered QREN realization this project

involved collaboration Portuguese Catholic University InnoPhage subcontracted entity ALGAPLEX project aimed

develop processes continuous production
microalgae hours
taking advantage

autotrophic growth with sunlight incorporation carbon

source heterotrophic growth absence light with source organic carbon mixotrophic growth with fixing molecular nitrogen Furthermore aimed develop efficient technology fixing flue gases through mixotrophic microalgae
cultivation
proof concept development bacteriophages application technology same culture bacterial control
Microalgae

species: Chlorella spp Nannocloropsis sp Nitzschia sp Phaeodactylum sp Scenedesmus sp

 e Spirulina

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 2009 2011 Mixotrophic microalgae growth Coordinator Continuous production mixotrophic microalgae with carbon dioxide nitrogen fixation developed under
Incentive System offered QREN realization

this project involved

collaboration Portuguese

Catholic University InnoPhage subcontracted entity ALGAPLEX project aimed develop processes continuous production microalgae hours taking advantage autotrophic

growth

with sunlight incorporation carbon source heterotrophic growth absence light with source

organic carbon mixotrophic growth with fixing molecular nitrogen Furthermore aimed develop efficient technology fixing flue gases through mixotrophic microalgae

cultivation proof

concept

development bacteriophages application

technology same

culture bacterial control Microalgae species:

Chlorella Nannocloropsis Nitzschia Phaeodactylum Scenedesmus  e  Spirulina Program QREN Budget Information Unavailable Duration months Partners Portuguese Catholic University Portugal

Innophage Portugal Role tasked develop continuous production biomass under autotrophic mixotrophic heterotrophic conditions selected microalgae species using

flue gases
source well Culture crop protection strategies were also tested developed Website Information

Unavailable Back Algae future Rights Resevered Home About Services

Contacts
Privacy Policy Terms Continuous production mixotrophic

microalgae with carbon dioxide nitrogen fixation developed under Incentive System offered QREN realization this

project involved collaboration Portuguese Catholic University InnoPhage biotechnology microalgae Mixotrophic microalgae growth Continuous production mixotrophic microalgae with

carbon

dioxide nitrogen fixation developed under Incentive

System offered QREN realization this project involved

collaboration
Portuguese Catholic University InnoPhage subcontracted entity ALGAPLEX project aimed develop processes
continuous production microalgae hours taking advantage autotrophic growth with sunlight
incorporation carbon source heterotrophic
growth absence
light with source organic carbon mixotrophic growth

with fixing molecular nitrogen Furthermore aimed develop efficient

technology fixing flue gases through mixotrophic microalgae

cultivation

proof concept development bacteriophages application technology same culture bacterial control

Microalgae species: Chlorella spp Nannocloropsis sp Nitzschia sp Phaeodactylum sp

Scenedesmus sp  e Spirulina