BIOFAT is a microalgae-to-biofuel demonstration project that integrates the entire value
chain of algae
process from optimized growth, starch

and oil

accumulation, to downstream processing (biorefinery) including biofuel

production. The BIOFAT approach integrates and scales up complementary... biotechnology microalgae Biofuels from

microalgae | A4F BIOFAT is

a microalgae-to-biofuel demonstration project that integrates the entire value chain of algae process from optimized growth, starch and oil accumulation, to

downstream processing (biorefinery) including biofuel production. The BIOFAT approach integrates

and scales up complementary... biotechnology microalgae Biofuels from microalgae | A4F

BIOFAT is
a microalgae-to-biofuel demonstration project that integrates the entire value chain of algae process

from optimized

growth,

starch and oil accumulation, to downstream processing (biorefinery) including biofuel production. The BIOFAT approach integrates and scales

up complementary... biotechnology microalgae Biofuels from microalgae | A4F

BIOFAT is a microalgae-to-biofuel demonstration project that integrates the entire value
chain of algae

process from optimized growth, starch and oil accumulation, to downstream processing (biorefinery) including biofuel production. The BIOFAT approach integrates and scales up complementary... biotechnology microalgae Biofuels from microalgae | A4F

BIOFAT

is a

microalgae-to-biofuel demonstration project that integrates the

entire value chain of algae process from

optimized growth, starch and
oil accumulation, to
downstream processing (biorefinery)
including biofuel production.
The BIOFAT approach integrates and scales up complementary... biotechnology microalgae Biofuels
from microalgae | A4F BIOFAT is a microalgae-to-biofuel
demonstration project
that integrates
the entire value chain of algae process from optimized growth, starch and oil accumulation, to downstream
processing (biorefinery) including biofuel production. The

BIOFAT approach integrates

and

scales up complementary...

biotechnology

microalgae Biofuels from

microalgae | A4F
BIOFAT is a microalgae-to-biofuel demonstration project that
integrates the entire value chain of algae process from
optimized

growth, starch and oil accumulation, to downstream processing

(biorefinery) including biofuel production. The BIOFAT approach integrates and scales up complementary... biotechnology

microalgae Biofuels from
microalgae |
A4F

BIOFAT is

a microalgae-to-biofuel demonstration project that

integrates the entire value

chain of algae process from optimized growth, starch and oil accumulation, to downstream

processing (biorefinery)

including biofuel production. The BIOFAT approach

integrates and

scales up
complementary... biotechnology microalgae Biofuels from microalgae | A4F
BIOFAT is a microalgae-to-biofuel demonstration

project that integrates the entire value chain of algae process from optimized growth, starch and oil accumulation, to downstream processing (biorefinery) including biofuel production. The BIOFAT approach integrates and scales up

complementary... biotechnology microalgae Biofuels from microalgae | A4F

BIOFAT is a microalgae-to-biofuel demonstration project that integrates the entire value chain

of algae process from optimized growth, starch and oil

accumulation, to downstream processing (biorefinery) including biofuel production. The BIOFAT approach

integrates and scales up complementary... biotechnology microalgae Biofuels from microalgae | A4F

Apr 2011 - Apr 2016

Biofuels from microalgae

A4F as Coordinator

BIOFAT is a microalgae-to-biofuel demonstration project that integrates the entire value chain of algae process from optimized growth, starch and oil accumulation, to downstream processing (biorefinery) including biofuel production. The BIOFAT approach integrates and scales up complementary technologies and skills from each partner into a global multidisciplinary project. The project was implemented in two phases: (i) Process optimization in two pilot scale facilities, each one-half hectare in size, located in Italy and Portugal; and (ii) Economical modeling and scale-up to a 10-hectare demo facility. The two pilot plants, BPPP – BIOFAT Pataias Pilot Plant and BCPP – BIOFAT Camporosso Pilot Plant were already installed and are operating. Both Pilot Plants were mainly designed with technologies that are part of the partner’s expertise well-established platforms for microalgae production: Green Wall Panels (GWPs), Tubular Photobioreactors (PBR’s) and Raceways. BPPP in Portugal is using a non-conventional raceway with inclined ramps, Cascade Raceway – CRW.  

Microalgae species: Nannochloropsis oceanica and Tetraselmis suecica

 

ALGAE CLUSTER

To evaluate the technical feasibility of Algae Biofuels, the EU FP7 Energy programme promoted three demonstration projects.. BIOFAT is of the projects in this ALGAE CLUSTER. This cluster aimed at demonstrating the production of algal biofuels along the whole value chain, covering strain selection to algae cultivation and production, oil extraction, biofuel production and biofuel testing in transportation applications.

ALL-gas - demonstrating on large scale the sustainable production of bio-fuels based on low-cost microalgae cultures using municipal waste water.

BIOFAT - demonstration project that integrated the entire value chain of the algae process from optimized growth, biosynthesis of starch and oil accumulation to downstream processing including biofuel production.

InteSusAl - demonstrated an innovative approach to generate biofuels through optimised the production of algae by both heterotrophic and phototrophic routes. 

 

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 2011 2016 Biofuels from microalgae Coordinator BIOFAT microalgae biofuel demonstration project that integrates entire value chain algae process

from optimized growth starch

accumulation downstream processing biorefinery including biofuel production BIOFAT approach integrates scales complementary

technologies skills from each partner into global multidisciplinary project project

implemented phases: Process optimization pilot scale facilities each half hectare size located Italy Portugal; Economical modeling scale hectare demo facility pilot plants BPPP BIOFAT

Pataias Pilot Plant BCPP

BIOFAT Camporosso

Pilot Plant were already

installed operating Both Pilot Plants were mainly designed with technologies that part partner’s expertise well established

platforms microalgae production:

Green Wall Panels GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal using

conventional raceway with inclined ramps Cascade Raceway Microalgae

species: Nannochloropsis oceanica Tetraselmis suecica ALGAE CLUSTER evaluate technical feasibility Algae Biofuels Energy programme promoted three demonstration

projects BIOFAT projects this ALGAE CLUSTER This cluster aimed demonstrating production

algal biofuels along whole value

chain covering strain selection algae cultivation production extraction

biofuel production biofuel
testing transportation
applications demonstrating

large scale sustainable production fuels based cost microalgae cultures using municipal waste water

BIOFAT demonstration project that

integrated entire value chain algae process from optimized growth

biosynthesis starch accumulation downstream processing including
biofuel production InteSusAl demonstrated innovative approach generate biofuels through optimised production algae both heterotrophic phototrophic routes
Back
Algae future Rights Resevered Home About Services Contacts Privacy Policy Terms BIOFAT microalgae biofuel demonstration project that integrates

entire value chain algae process from optimized growth starch accumulation downstream processing biorefinery including biofuel production BIOFAT approach

integrates scales complementary biotechnology microalgae Biofuels from microalgae BIOFAT microalgae biofuel demonstration project that integrates entire value chain algae process from optimized growth starch accumulation downstream processing
biorefinery

including biofuel production

BIOFAT approach integrates scales
complementary technologies skills from each partner into global multidisciplinary project project implemented phases: Process optimization pilot scale facilities each half hectare size located Italy Portugal; Economical modeling scale hectare demo facility pilot plants BPPP BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso
Pilot Plant
were already

installed operating Both

Pilot Plants

were mainly designed

with technologies that part partner’s expertise well established platforms microalgae production: Green Wall Panels GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal using conventional raceway with inclined ramps Cascade Raceway Microalgae species: Nannochloropsis oceanica Tetraselmis suecica ALGAE CLUSTER

evaluate technical feasibility Algae Biofuels Energy programme promoted three demonstration projects
BIOFAT projects
this ALGAE CLUSTER This cluster
aimed
demonstrating production algal biofuels along whole value chain covering strain selection algae cultivation production extraction
biofuel production biofuel testing transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures using
municipal waste water

BIOFAT demonstration

project that integrated

entire value chain algae process from optimized

growth biosynthesis

starch accumulation downstream processing including biofuel production

InteSusAl

demonstrated innovative approach generate biofuels through optimised production algae both heterotrophic phototrophic routes

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 2011 2016

Biofuels
from microalgae Coordinator BIOFAT microalgae biofuel demonstration project that
integrates entire
value chain

algae process from optimized

growth

starch accumulation

downstream processing biorefinery including
biofuel production BIOFAT
approach
integrates scales
complementary technologies

skills from each partner into global multidisciplinary project project implemented phases: Process optimization pilot scale facilities

each

half hectare size located Italy Portugal; Economical modeling scale hectare demo facility pilot plants BPPP BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso Pilot Plant were already installed operating Both Pilot Plants

were mainly designed with technologies that part partner’s expertise well established

platforms microalgae production: Green Wall Panels GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal using

conventional
raceway with inclined ramps Cascade Raceway Microalgae species: Nannochloropsis oceanica Tetraselmis suecica ALGAE

CLUSTER evaluate

technical

feasibility Algae Biofuels Energy programme promoted three demonstration

projects

BIOFAT projects this ALGAE CLUSTER This cluster aimed demonstrating production algal biofuels along whole value chain covering strain selection algae cultivation production extraction biofuel production biofuel testing transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures using municipal waste water BIOFAT demonstration project

that integrated entire value chain algae process from

optimized
growth biosynthesis

starch accumulation downstream

processing including biofuel production InteSusAl demonstrated innovative approach generate biofuels through

optimised production algae both

heterotrophic
phototrophic routes Back Algae future Rights Resevered Home About Services Contacts Privacy Policy Terms BIOFAT microalgae biofuel demonstration project that integrates entire value chain algae process from optimized growth starch accumulation downstream processing biorefinery including biofuel production BIOFAT approach integrates scales complementary biotechnology microalgae Biofuels from microalgae BIOFAT

microalgae biofuel demonstration project that integrates entire value chain algae process from

optimized growth

starch accumulation downstream processing biorefinery including biofuel production BIOFAT approach integrates scales complementary technologies skills from each partner into global multidisciplinary project project implemented phases: Process optimization pilot scale facilities each half hectare size located

Italy Portugal; Economical modeling

scale hectare demo facility pilot plants BPPP BIOFAT Pataias

Pilot Plant BCPP BIOFAT Camporosso Pilot Plant were already

installed operating Both Pilot Plants were mainly designed with technologies that part

partner’s expertise well established platforms microalgae

production:

Green Wall Panels GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal

using conventional raceway with inclined ramps Cascade Raceway Microalgae

species: Nannochloropsis oceanica Tetraselmis suecica ALGAE CLUSTER evaluate technical feasibility Algae Biofuels Energy programme

promoted three

demonstration projects BIOFAT projects this ALGAE CLUSTER This cluster aimed demonstrating production algal biofuels along whole value

chain covering
strain
selection algae cultivation production extraction biofuel production biofuel testing transportation applications demonstrating large scale sustainable production fuels based cost
microalgae cultures using

municipal waste water

BIOFAT demonstration project that integrated entire value

chain algae
process from

optimized growth biosynthesis

starch
accumulation downstream processing including biofuel production InteSusAl demonstrated innovative approach

generate biofuels through optimised production algae both heterotrophic phototrophic routes

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 2011 2016 Biofuels from microalgae Coordinator BIOFAT microalgae biofuel demonstration project that integrates entire value chain algae process from optimized growth starch accumulation downstream processing biorefinery including biofuel production BIOFAT approach integrates scales complementary technologies skills from each partner into global multidisciplinary project project implemented phases:

Process optimization
pilot scale facilities each half hectare size located
Italy

Portugal; Economical modeling scale hectare demo facility pilot plants BPPP BIOFAT Pataias Pilot

Plant BCPP BIOFAT Camporosso Pilot

Plant were already installed operating Both Pilot Plants were mainly designed with technologies that part partner’s expertise well established platforms microalgae production:

Green Wall Panels GWPs
Tubular Photobioreactors PBR’s Raceways BPPP Portugal using conventional raceway with inclined ramps Cascade Raceway Microalgae species: Nannochloropsis oceanica Tetraselmis suecica ALGAE

CLUSTER evaluate

technical feasibility

Algae Biofuels Energy programme promoted three demonstration projects

BIOFAT projects this ALGAE CLUSTER This

cluster aimed demonstrating production algal biofuels

along whole value chain covering strain selection algae cultivation production extraction biofuel production biofuel

testing

transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures

using

municipal waste water BIOFAT demonstration project that

integrated entire value chain algae process from optimized growth biosynthesis starch accumulation downstream processing including biofuel production InteSusAl demonstrated innovative approach generate biofuels through optimised production algae

both heterotrophic phototrophic routes Back Algae future Rights Resevered Home About

Services Contacts
Privacy

Policy Terms BIOFAT microalgae biofuel demonstration project

that integrates entire value chain algae process from optimized growth starch accumulation

downstream
processing biorefinery
including biofuel production

BIOFAT approach

integrates scales complementary biotechnology
microalgae

Biofuels from microalgae

BIOFAT

microalgae biofuel demonstration project that integrates entire value chain algae process from optimized growth starch accumulation downstream processing biorefinery including biofuel production BIOFAT approach

integrates scales

complementary technologies skills from each partner into global multidisciplinary project project implemented phases: Process optimization pilot scale facilities each half

hectare size located Italy Portugal; Economical modeling

scale

hectare demo facility pilot plants BPPP

BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso Pilot Plant were already installed operating Both Pilot Plants were mainly

designed with

technologies that

part partner’s expertise well established
platforms
microalgae production: Green Wall Panels

GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal

using

conventional raceway with inclined ramps Cascade Raceway Microalgae species:

Nannochloropsis

oceanica Tetraselmis suecica ALGAE CLUSTER

evaluate

technical feasibility Algae Biofuels Energy programme promoted three demonstration projects

BIOFAT projects

this ALGAE CLUSTER This cluster aimed demonstrating production algal biofuels along whole value
chain covering strain selection
algae cultivation production extraction biofuel production biofuel testing transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures using municipal waste water BIOFAT demonstration project that integrated entire value chain algae process
from

optimized growth biosynthesis starch accumulation downstream processing including biofuel production InteSusAl demonstrated innovative approach

generate biofuels

through optimised production algae both heterotrophic

phototrophic

routes

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 2011 2016 Biofuels from

microalgae Coordinator BIOFAT
microalgae biofuel demonstration project that integrates entire value chain
algae

process from optimized growth starch accumulation downstream processing biorefinery including biofuel production BIOFAT approach integrates scales complementary technologies skills from each partner into global multidisciplinary project project implemented phases: Process optimization pilot scale facilities each half hectare size located Italy Portugal; Economical

modeling

scale hectare demo facility pilot plants BPPP BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso Pilot Plant were

already installed operating Both Pilot Plants were mainly designed

with technologies that part partner’s expertise
well

established platforms microalgae production: Green Wall Panels GWPs Tubular Photobioreactors PBR’s

Raceways

BPPP Portugal using conventional raceway with inclined ramps Cascade Raceway Microalgae species: Nannochloropsis oceanica Tetraselmis suecica ALGAE CLUSTER evaluate technical feasibility Algae Biofuels Energy programme

promoted three demonstration projects BIOFAT projects this ALGAE CLUSTER This

cluster aimed demonstrating production algal biofuels along whole value

chain covering strain selection

algae cultivation production

extraction biofuel production biofuel testing transportation applications demonstrating large scale sustainable production fuels based

cost microalgae cultures using

municipal waste water BIOFAT demonstration project that integrated entire value chain algae process

from optimized growth biosynthesis starch

accumulation downstream processing including biofuel production InteSusAl demonstrated innovative approach generate biofuels through optimised production algae both heterotrophic phototrophic routes Back Algae future Rights Resevered Home About Services Contacts Privacy Policy Terms

BIOFAT

microalgae biofuel demonstration project that integrates

entire value chain algae process from optimized growth starch accumulation downstream processing biorefinery including biofuel production BIOFAT approach integrates scales complementary biotechnology microalgae Biofuels from microalgae BIOFAT
microalgae

biofuel demonstration project that integrates entire value chain algae process from optimized growth starch accumulation downstream processing biorefinery including biofuel production BIOFAT approach integrates

scales complementary technologies skills from

each
partner into global multidisciplinary project
project

implemented phases: Process optimization pilot scale facilities each half hectare

size located Italy Portugal; Economical modeling scale hectare demo facility pilot plants BPPP BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso Pilot Plant were already installed operating Both Pilot

Plants were mainly designed
with

technologies that part partner’s expertise well established platforms microalgae production: Green Wall Panels

GWPs
Tubular Photobioreactors PBR’s Raceways BPPP
Portugal using conventional raceway with inclined ramps Cascade Raceway Microalgae
species: Nannochloropsis oceanica Tetraselmis suecica
ALGAE CLUSTER evaluate
technical

feasibility Algae Biofuels Energy

programme
promoted three demonstration projects BIOFAT projects this ALGAE CLUSTER This cluster aimed demonstrating production algal biofuels along whole value chain covering strain selection algae cultivation production extraction biofuel production biofuel testing transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures using municipal waste water BIOFAT demonstration project that integrated
entire

value chain algae process

from optimized growth biosynthesis
starch accumulation downstream

processing including

biofuel

production InteSusAl demonstrated innovative approach generate biofuels through optimised production algae both heterotrophic phototrophic routes

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 2011 2016 Biofuels from
microalgae

Coordinator BIOFAT microalgae biofuel demonstration project that integrates entire value chain algae process

from optimized growth starch accumulation

downstream processing
biorefinery including biofuel

production BIOFAT approach integrates scales complementary technologies skills from each partner into global multidisciplinary project project implemented phases: Process optimization pilot

scale facilities each half hectare size located Italy Portugal;

Economical modeling scale hectare demo facility pilot plants BPPP BIOFAT Pataias Pilot

Plant BCPP
BIOFAT Camporosso Pilot Plant were already
installed operating Both Pilot Plants were
mainly

designed with technologies

that part partner’s
expertise

well established platforms microalgae production: Green Wall Panels GWPs Tubular Photobioreactors PBR’s

Raceways BPPP Portugal using conventional raceway with inclined ramps Cascade Raceway

Microalgae species: Nannochloropsis oceanica Tetraselmis suecica ALGAE CLUSTER evaluate technical feasibility Algae Biofuels Energy programme promoted three demonstration projects BIOFAT projects this ALGAE CLUSTER This cluster aimed demonstrating production algal biofuels along whole value chain covering strain selection algae cultivation

production extraction biofuel

production biofuel testing

transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures using municipal waste

water

BIOFAT demonstration project that integrated entire value chain algae process from optimized growth biosynthesis starch accumulation downstream processing including

biofuel production
InteSusAl demonstrated
innovative
approach generate biofuels through optimised production algae both heterotrophic phototrophic
routes Back

Algae future Rights Resevered Home About Services Contacts Privacy Policy Terms BIOFAT microalgae biofuel demonstration project that integrates entire value chain algae process from optimized growth starch accumulation downstream processing

biorefinery including biofuel production BIOFAT approach integrates scales complementary biotechnology microalgae Biofuels from microalgae BIOFAT microalgae biofuel demonstration project that integrates entire value chain algae process from optimized growth starch accumulation downstream
processing biorefinery

including biofuel production BIOFAT

approach

integrates scales complementary technologies skills from each partner into global

multidisciplinary project project implemented phases:

Process optimization pilot scale facilities each half hectare size located Italy Portugal; Economical modeling scale hectare demo facility

pilot plants BPPP
BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso Pilot
Plant were already installed

operating Both Pilot Plants

were mainly designed with technologies that part partner’s expertise well established platforms microalgae production: Green Wall Panels GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal using

conventional
raceway with inclined ramps Cascade Raceway Microalgae species: Nannochloropsis
oceanica Tetraselmis suecica ALGAE CLUSTER evaluate technical feasibility Algae Biofuels
Energy programme promoted three
demonstration projects BIOFAT projects this ALGAE CLUSTER
This cluster aimed
demonstrating production
algal biofuels
along whole value chain
covering strain selection algae cultivation production
extraction biofuel production

biofuel testing transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures using municipal waste water BIOFAT demonstration project

that integrated entire value chain algae process from optimized growth biosynthesis starch accumulation downstream processing including biofuel production InteSusAl demonstrated innovative approach generate biofuels through optimised production

algae both heterotrophic phototrophic
routes
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 2011 2016 Biofuels from microalgae Coordinator BIOFAT microalgae biofuel demonstration

project

that integrates entire

value

chain algae process from optimized growth starch accumulation downstream processing biorefinery including biofuel production BIOFAT approach

integrates scales

complementary technologies

skills from each partner into global multidisciplinary project project implemented phases: Process

optimization pilot scale facilities

each half

hectare size located Italy

Portugal; Economical modeling scale hectare demo facility pilot plants BPPP BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso Pilot Plant were already installed operating Both Pilot Plants were mainly designed with technologies that part partner’s expertise well established

platforms microalgae production: Green Wall Panels GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal using conventional raceway with inclined

ramps Cascade Raceway Microalgae species: Nannochloropsis oceanica Tetraselmis suecica ALGAE

CLUSTER evaluate

technical feasibility Algae Biofuels Energy programme promoted three demonstration projects

BIOFAT projects this ALGAE

CLUSTER This cluster

aimed demonstrating production algal

biofuels along

whole value chain covering

strain
selection algae cultivation production extraction biofuel production
biofuel testing transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures using municipal waste water BIOFAT demonstration project that integrated entire value chain algae

process from optimized growth biosynthesis starch accumulation downstream processing

including biofuel production InteSusAl demonstrated innovative approach generate biofuels through optimised production algae both heterotrophic phototrophic routes Back

Algae future
Rights Resevered Home About Services Contacts

Privacy Policy Terms BIOFAT

microalgae biofuel

demonstration project that integrates entire

value chain

algae process from optimized growth starch accumulation downstream processing biorefinery including biofuel

production BIOFAT

approach integrates scales complementary biotechnology microalgae Biofuels from microalgae BIOFAT microalgae biofuel demonstration

project

that integrates

entire

value chain algae process from optimized

growth starch accumulation
downstream processing biorefinery including biofuel production BIOFAT approach integrates
scales

complementary technologies skills from each partner into global

multidisciplinary project project
implemented phases: Process optimization pilot
scale

facilities each half hectare size located Italy Portugal; Economical modeling scale hectare

demo facility pilot plants BPPP BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso Pilot Plant were already installed operating Both Pilot Plants were mainly designed with technologies that part partner’s expertise well established platforms microalgae production: Green Wall Panels GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal using conventional raceway with inclined ramps Cascade Raceway Microalgae

species:

Nannochloropsis oceanica Tetraselmis suecica ALGAE CLUSTER evaluate technical

feasibility Algae

Biofuels Energy programme promoted three demonstration projects BIOFAT projects this

ALGAE CLUSTER This

cluster aimed

demonstrating production

algal biofuels along whole value chain

covering strain

selection

algae cultivation production extraction biofuel production biofuel testing

transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures using municipal waste water BIOFAT
demonstration project that integrated entire value chain algae process from

optimized growth biosynthesis starch accumulation downstream processing including biofuel production InteSusAl demonstrated innovative

approach generate biofuels through optimised production algae
both heterotrophic phototrophic routes
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 2011 2016 Biofuels from microalgae Coordinator BIOFAT microalgae biofuel demonstration project that integrates entire value chain algae process from optimized growth starch accumulation downstream processing biorefinery

including biofuel production BIOFAT approach
integrates scales

complementary technologies skills

from each partner into

global multidisciplinary project project

implemented phases:
Process optimization pilot scale facilities each half hectare size located Italy Portugal; Economical modeling scale hectare demo facility pilot plants BPPP BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso Pilot Plant were already installed operating Both Pilot Plants were mainly designed with technologies that part partner’s expertise

well established platforms microalgae production: Green Wall Panels

GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal using conventional raceway with
inclined

ramps Cascade Raceway Microalgae

species: Nannochloropsis oceanica Tetraselmis suecica ALGAE CLUSTER evaluate

technical
feasibility Algae Biofuels Energy programme
promoted three
demonstration projects BIOFAT projects this ALGAE CLUSTER This cluster aimed demonstrating production algal biofuels along whole value
chain covering strain

selection algae cultivation production extraction biofuel production biofuel testing transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures

using municipal waste water

BIOFAT demonstration project that integrated entire value chain algae process from optimized growth biosynthesis starch accumulation downstream processing including biofuel production InteSusAl

demonstrated innovative approach generate biofuels through optimised production algae both heterotrophic phototrophic routes Back Algae future Rights

Resevered Home About Services Contacts Privacy Policy Terms BIOFAT microalgae biofuel

demonstration project that integrates entire value chain algae process from optimized growth starch accumulation downstream

processing biorefinery including biofuel production BIOFAT
approach integrates scales complementary biotechnology microalgae Biofuels

from microalgae BIOFAT

microalgae biofuel demonstration

project that integrates entire value chain algae process from

optimized

growth starch accumulation downstream processing biorefinery including

biofuel production BIOFAT approach integrates scales complementary technologies skills from each

partner into global multidisciplinary project project implemented

phases:

Process optimization pilot scale facilities each half

hectare size located Italy Portugal; Economical modeling scale hectare demo facility pilot plants BPPP BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso Pilot Plant

were

already installed operating Both Pilot Plants were mainly designed with technologies that part partner’s expertise well established platforms microalgae production: Green Wall Panels GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal using conventional raceway with inclined ramps Cascade Raceway

Microalgae species:

Nannochloropsis oceanica Tetraselmis

suecica

ALGAE CLUSTER evaluate technical feasibility

Algae Biofuels
Energy programme promoted three

demonstration projects BIOFAT projects this

ALGAE CLUSTER This cluster aimed

demonstrating production algal biofuels along

whole value chain covering strain selection algae

cultivation production extraction

biofuel production biofuel testing transportation

applications
demonstrating large scale sustainable production fuels based cost microalgae
cultures using municipal waste water BIOFAT demonstration project that integrated entire value chain algae process from optimized growth biosynthesis starch accumulation downstream processing including biofuel
production

InteSusAl demonstrated

innovative approach generate biofuels through optimised production algae
both heterotrophic phototrophic routes
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 2011 2016 Biofuels from microalgae Coordinator BIOFAT microalgae biofuel demonstration project that integrates entire value

chain algae process from optimized growth starch

accumulation downstream processing
biorefinery including biofuel production BIOFAT approach integrates scales complementary technologies skills from
each partner into global multidisciplinary project project implemented phases: Process optimization

pilot scale facilities each half hectare size located

Italy Portugal; Economical modeling scale

hectare demo facility pilot
plants BPPP BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso Pilot
Plant were already
installed operating Both Pilot Plants were mainly designed
with technologies
that part partner’s expertise well established platforms microalgae production: Green Wall Panels GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal using conventional raceway with
inclined ramps Cascade Raceway Microalgae species: Nannochloropsis oceanica Tetraselmis suecica ALGAE CLUSTER evaluate technical feasibility Algae
Biofuels Energy programme
promoted three demonstration projects BIOFAT projects this ALGAE CLUSTER This cluster aimed demonstrating production algal biofuels along whole value chain covering
strain selection algae

cultivation production extraction

biofuel production

biofuel testing transportation applications demonstrating large scale sustainable production fuels based cost

microalgae cultures using
municipal waste water BIOFAT demonstration project that integrated
entire value chain algae process from optimized
growth biosynthesis starch accumulation downstream processing including biofuel production InteSusAl
demonstrated innovative approach generate biofuels through optimised production algae both heterotrophic phototrophic routes

Back Algae future Rights Resevered Home About Services Contacts Privacy Policy Terms BIOFAT microalgae biofuel demonstration

project that integrates entire value chain algae process
from optimized growth starch accumulation downstream
processing biorefinery including biofuel production BIOFAT approach integrates scales
complementary biotechnology

microalgae Biofuels from microalgae BIOFAT microalgae biofuel demonstration project that integrates entire value chain algae process from optimized growth starch accumulation downstream processing biorefinery including biofuel production

BIOFAT approach integrates scales
complementary
technologies skills from each partner into global multidisciplinary project project
implemented phases: Process optimization
pilot scale facilities each half hectare
size

located Italy Portugal; Economical modeling scale hectare demo facility pilot plants BPPP BIOFAT

Pataias Pilot Plant BCPP
BIOFAT

Camporosso Pilot Plant were

already installed operating Both Pilot Plants were mainly designed with
technologies
that part partner’s expertise well established
platforms microalgae production: Green

Wall Panels GWPs Tubular Photobioreactors

PBR’s Raceways BPPP Portugal using

conventional

raceway with inclined ramps Cascade Raceway

Microalgae species: Nannochloropsis oceanica Tetraselmis

suecica

ALGAE CLUSTER evaluate technical feasibility Algae

Biofuels
Energy programme promoted three demonstration projects BIOFAT projects this ALGAE CLUSTER This
cluster
aimed demonstrating
production algal biofuels along whole value chain covering strain selection algae cultivation production extraction biofuel production biofuel testing transportation applications demonstrating
large
scale sustainable

production fuels based

cost microalgae cultures using municipal

waste

water BIOFAT demonstration project that integrated

entire value chain algae process from optimized growth biosynthesis

starch accumulation downstream

processing including biofuel production InteSusAl demonstrated innovative approach generate biofuels

through optimised production algae both

heterotrophic phototrophic routes

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 2011 2016 Biofuels from microalgae Coordinator BIOFAT microalgae biofuel demonstration project that integrates entire

value chain algae process from optimized growth starch accumulation downstream processing biorefinery including biofuel production BIOFAT approach integrates scales

complementary technologies
skills from each partner into global multidisciplinary project project implemented phases: Process optimization pilot scale facilities each half hectare size located Italy Portugal; Economical modeling scale hectare demo facility pilot
plants BPPP
BIOFAT Pataias Pilot Plant BCPP

BIOFAT Camporosso Pilot Plant were already installed operating

Both Pilot
Plants were mainly designed with technologies that part partner’s expertise well established platforms microalgae production:
Green Wall

Panels GWPs

Tubular Photobioreactors PBR’s Raceways BPPP Portugal using conventional raceway with inclined ramps Cascade Raceway Microalgae species: Nannochloropsis oceanica Tetraselmis suecica ALGAE CLUSTER
evaluate technical feasibility Algae Biofuels
Energy

programme promoted three

demonstration projects BIOFAT projects this ALGAE CLUSTER This cluster aimed demonstrating production algal biofuels along whole value chain covering strain selection algae cultivation production extraction biofuel production biofuel testing transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures using municipal

waste

water BIOFAT demonstration project that integrated entire value chain algae process from optimized

growth biosynthesis starch accumulation

downstream
processing including biofuel production InteSusAl demonstrated innovative approach generate biofuels through optimised production algae both heterotrophic phototrophic routes

Back Algae future Rights Resevered Home

About Services

Contacts Privacy Policy Terms BIOFAT microalgae biofuel demonstration project that integrates entire value chain algae process from optimized growth starch accumulation downstream processing biorefinery including biofuel production BIOFAT approach integrates scales complementary biotechnology microalgae Biofuels from microalgae BIOFAT microalgae biofuel demonstration project

that integrates entire value chain algae process from optimized growth starch accumulation downstream processing

biorefinery including biofuel production
BIOFAT approach integrates scales complementary technologies
skills from each partner into global
multidisciplinary project project

implemented phases: Process optimization pilot scale facilities each half hectare size located Italy Portugal; Economical modeling scale hectare demo

facility pilot plants BPPP BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso Pilot Plant were
already installed operating Both Pilot Plants were mainly designed with technologies that
part partner’s expertise well established platforms

microalgae production: Green Wall Panels GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal

using
conventional raceway with inclined ramps Cascade Raceway Microalgae species: Nannochloropsis oceanica Tetraselmis suecica ALGAE CLUSTER evaluate technical feasibility Algae Biofuels Energy programme promoted three demonstration projects BIOFAT projects this ALGAE CLUSTER This cluster aimed demonstrating production
algal

biofuels along

whole value chain covering strain selection algae cultivation production extraction biofuel production biofuel testing transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures using municipal waste water BIOFAT demonstration project that

integrated entire

value
chain algae process from optimized growth biosynthesis starch accumulation downstream processing including biofuel production InteSusAl demonstrated innovative approach generate biofuels through optimised production algae both heterotrophic
phototrophic
routes
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
2011 2016 Biofuels from microalgae Coordinator BIOFAT microalgae biofuel demonstration project that integrates
entire value
chain algae process from optimized growth starch
accumulation downstream

processing biorefinery including biofuel production BIOFAT approach integrates scales complementary technologies skills from each partner into global multidisciplinary project project implemented phases: Process optimization pilot scale

facilities each half hectare size located

Italy Portugal; Economical
modeling

scale hectare demo facility pilot plants BPPP BIOFAT Pataias Pilot Plant BCPP BIOFAT Camporosso Pilot

Plant were already installed operating Both Pilot Plants were mainly designed

with technologies that part partner’s expertise well established platforms

microalgae production:

Green
Wall Panels GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal using conventional raceway with inclined ramps Cascade Raceway Microalgae species: Nannochloropsis oceanica Tetraselmis suecica ALGAE CLUSTER evaluate technical feasibility Algae Biofuels Energy programme promoted three demonstration projects BIOFAT projects this ALGAE CLUSTER This cluster aimed demonstrating production algal
biofuels along whole value

chain covering strain selection algae cultivation production extraction biofuel production biofuel testing transportation applications demonstrating large scale sustainable production fuels based cost microalgae cultures using municipal waste water BIOFAT demonstration project

that integrated

entire value

chain algae process from optimized growth biosynthesis starch accumulation

downstream processing
including biofuel production InteSusAl demonstrated innovative approach generate biofuels through optimised production algae both
heterotrophic phototrophic

routes Back Algae future Rights Resevered Home About Services Contacts

Privacy Policy Terms BIOFAT
microalgae

biofuel demonstration project that integrates entire value chain

algae

process from optimized growth starch accumulation downstream processing biorefinery including biofuel production BIOFAT

approach integrates scales complementary biotechnology microalgae Biofuels from microalgae

BIOFAT microalgae biofuel demonstration project that integrates entire value chain algae
process
from optimized
growth

starch accumulation downstream processing

biorefinery including biofuel production

BIOFAT approach integrates

scales complementary technologies skills from each partner

into global multidisciplinary project

project implemented

phases: Process optimization pilot scale facilities each half

hectare size located Italy Portugal; Economical modeling scale hectare demo

facility pilot plants BPPP BIOFAT Pataias Pilot Plant

BCPP BIOFAT

Camporosso Pilot Plant were already installed operating Both Pilot

Plants were mainly designed with technologies that part partner’s expertise well established

platforms microalgae

production: Green Wall
Panels GWPs Tubular Photobioreactors PBR’s Raceways BPPP Portugal using conventional
raceway with inclined ramps Cascade Raceway Microalgae species: Nannochloropsis oceanica Tetraselmis suecica ALGAE CLUSTER evaluate technical feasibility Algae Biofuels Energy programme promoted three demonstration projects BIOFAT projects this ALGAE CLUSTER This cluster aimed demonstrating production algal biofuels along whole value chain covering strain selection algae cultivation
production extraction
biofuel production
biofuel testing

transportation applications demonstrating large scale

sustainable production fuels based cost

microalgae
cultures using municipal waste
water

BIOFAT demonstration project

that integrated entire
value chain

algae process from optimized growth biosynthesis starch accumulation downstream processing including biofuel production InteSusAl demonstrated innovative approach generate biofuels through optimised production algae both heterotrophic phototrophic

routes