Klima-, Energi- og Forsyningsudvalget 2018-19 (2. samling)
KEF Alm.del Bilag 55
Offentligt
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 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Table of
contents
1.
Who we are
–
GreenLab Skive
2.
Market outlook and situation
3.
Our business model
4.
Commercial and development partners
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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1.
Who we are
–
GreenLab Denmark
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are
I Market outlook I Our business model I Commercial and development partners
GreenLab combines green energy and intelligent technology in
the world’s first truly gree sy biosis
The Site
–
GreenLab
Industrial Energy Park
A green, full-scale
symbiotic network
Innovation, research &
development
Global partnerships &
regulatory advantages
Located at the
nexus of the national gas
and electricity infrastructure
gives an
ideal environment to apply
P2X
Technology.
The symbiotic grid connects
companies that consume and supply
green energy,
fuels, resources and
products
SymbiosNet©
is the orld s ost
advanced and
first truly green
commercial symbiosis.
A
fully
integrated infrastructure for electricity,
gas, fuel, thermal and data distribution
enables the
symbiotic energy network
Research partnerships
with the Danish
universities, including two of the
Top 10
engineering universities
in Europe:
Aalborg University and DTU to expand
the application of renewable energy
(RE),
production of clean fuels
and to
develop the
intelligent algorithm
at the
center of our symbiosis
GreenLab provides solutions to some of
the most pressing global challenges and
we
create both political and commercial
partnerships
with leading international
organisations
to support the journey
towards a
greener future
Source: GreenLab, US News Best Global Universities Ranking
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are
I Market outlook I Our business model I Commercial and development partners
GreenLab reconstructs
sustainable production
Purpose
GreenLab reconstructs sustainable production
for a greener future.
The future a t ait. We
rise now. We are instigating the transition to a
sustainable and more collaborative approach
to energy for the world of tomorrow.
Vision
Gree Lab leads the world’s ost i tellige t
energy symbiosis.
Our dream is to ignite a
global energy revolution, substantiating the
belief that green transformation is not only a
feasible
–
but also a profitable
–
solution.
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are
I Market outlook I Our business model I Commercial and development partners
The intelligent energy symbiosis -
fully operational by 2020
The Site
•
An area of 60 ha. Equals
85
football fields
Site development
Category
Input
Infrastructure
exchange and grid
access
Outcome
August 2018
Currently present at site
•
•
•
•
•
•
•
40 bar gas grid
4 bar distribution net
150 kV grid
Raw biogas
Landfill gas
Planned central heating
Oxygen, Hydrogen, CO2
SymbiosNet© energy exchange
and grid access
Land ready for building, full
service
Reduce risk, increase production
up-time
Best cost benefit, capex
reductions
Groundbreaking
Site
Symbiosis Components
Business Park
2019
Four sites operational
Robust operations
Efficiency
Symbiotic
network
Maximize green
energy
2020
Full operation
Hybrid solutions and storage
Symbiotic energy network
•
An internal grid that enables the
exchange of surplus resource and
energy-streams between the
entities
2020 and beyond
Expansion
Innovation
and R&D
Intelligent systems
Continuous improvement
Optimization
Maximising utilization of energy
forms
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are
I Market outlook I Our business model I Commercial and development partners
Our model is a truly
collaborative Public-Private-Partnership
Collaboration between policymakers, utilities, commercial and academic players align incentives and
enables change
Municipality partner
Company Level
Drive the growth of GreenLab and the development of
our the concept
Skive
City
Utility partner
Commercial partners
Participate in the commercial symbiosis that
enables companies to minimize climate impact,
reduce cost and engage in an innovative
community that pushes
new solutions
Pushing the boundaries by taking
new solutions from R&D to
commercial application
Academic partners
Develop state of the art solutions that
continuous to push the boundaries for what is
possible
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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2.
Market outlook and situation
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I
Market outlook
I Our business model I Commercial and development partners
GreenLab enables
the green transition
The hydrogen economy, mobility
and renewable fuels
•
The move towards a hydrogen economy is
accelerated in the decarbonisation of the
mobility sector
•
Decarbonisation requires new
technology, fuels and production
methods
•
It cannot be obtained solely through
electrification due to barriers and
limitations of batteries
•
Hydrogen and other electro fuels can replace
fossil fuels without significant change in end-use
technologies
RE use cases and challenges
with cyclicality
•
To obtain the full potential of RE it is insufficient
to focus application solely on electricity grids
•
The move from electrons to molecules can
expand the use case for RE and contribute to
solve the challenges of the increasing share of RE
in the national grid
•
To apply RE directly to the production of clean
end-products
•
To allow efficient storage mitigating cyclicality
Increasing resource efficiency
through circularity
•
It is paramount to decouple GDP growth from
material use by increasing our recycle and reuse
materials through radical changes via increasing
circularity in production
GDP
Recent trends
GDP in tn USD
400
Plausible - Business as usual
Decoupling
Extraction Gtons
250
200
150
200
100
100
0
2000
300
50
2010
2020
2030
2040
2050
0
2060
We drive the commercial development of
production of truly clean fuels
We power developments of clean energy
storage and expand RE application
Our circular production drives resource
optimisation with a positive business case
Source: IEA, Hydrogen From Renewable power (2018), OECD, Re-cycle, Hinicio,
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I
Market outlook
I Our business model I Commercial and development partners
EU RE Directives define
targets for the transition
EU energy transition main goals
Share of RE in final consumption
•
20% by 2020
•
>32% by 2030
•
14% of RE in transport consumption by 2030
Current state of transport energy consumption in the EU
Final energy consumption EU-28 (2015)
Share of RE in transport
14%
33%
7%
10%
Increase in energy efficiency
•
20% by 2020
•
>32.5% by 2030
67%
1%
2004
2017
2020
2030
Transport
Other energy
Green House Gas reduction
•
20% by 2020
•
40% by 2030
From 2020 to 2030 the use of RE in
transport is expected to jump from 10% to
14%. (CAGR of 3,4%)
RED II stipulates that the
14% target could be
reviewed and increased in
2023
Nowadays, conventional biofuels have the
highest contribution to the RE content. But
share will be capped at 7% to avoid
overexploitation of farming lands
GreenLab enables the application of green types of fuel and energy to fill the gap
Source: European commission, Hinicio. Note: RED is the Renewable energy directive set out by the European commission. This outlines the targets and indicates future requirements for member states. RED II is a specific directive focused on the use of RE in transport
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I
Market outlook
I Our business model I Commercial and development partners
Japan is
increasing share of RE
but transitioning slower
Japanese RE targets by 2030
RE goals
13-14% of primary energy supply by 2030
1%
5%
1%
24%
Japanese electricity production
mix by 2030
Energy mix 2030
Nuclear is expected to be a major source
Coal
Crude oil & Oil products
Nuclear
Renewable energy
Comparison to selected EU countries
Comparison to EU countries
Renewables in EU is contributing to a larger part of supply
Renewable
share of energy mix in selected countries (%)
Hydro
75%
Solar
Biomass
Wind
Geothermal
27%
Coal
Crude oil & Oil products
Natural gas
Nuclear
Waste (non renewable)
Natural gas
36%
20%
24%
26%
17%
Japan
42%
Renewable energy
Denmark
Germany
France
Increase in energy efficiency
22-24% of total power generation by 2030
Hydro
Solar
Biomass
Wind
Geothermal
3%
Renewable share of energy mix in selected countries (%)
RE share 2030
RE share 2050
100% 100%
80%
65%
24%
15%
16%
17%
20%
40%
27%
28%
24%
2016
2017
2018
2030
Denmark
Germany
France
Japan
Source: ISEP, IEA, IEE (Institute of energy economics Japan, fepc (The Federation of Electric Power Companies of Japan
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I
Market outlook
I Our business model I Commercial and development partners
GreenLab: the RE fuel
production platform of the future
Technology and infrastructure
Direct connection to new renewable sources
with additional capacity
•
The RE production capacity connected to
GreenLab is: new, dedicated and directly
connected
This is a decisive criteria to match regulatory
requirements of the production of clean
hydrogen and renewable fuel
•
Partners and Symbiosis
Access to the gas grid allows possibilities to
sell certificates of origin
•
•
The gas connection allow the injection of H
2
production into the national grid
GreenLab and partners can trade Guarantees
of Origin (GO) by strategically injecting the H
2
produ tio i to the gas grid as a grey CH
4
molecule
This can transfer the attributes of the clean H
2
,
via GO, to another H
2
user
There is an opportunity in the Municipality of
Cope hage s i est e ts i fuel-cell
buses
that can buy H
2
from any H
2
source and
balance their application by the acquisition of
GO s fro Gree La Ski e
A biogenic CO
2
source available on site
The connected biogenic CO
2
source makes it
possible to take full advantage of power to
liquid technologies, thus clean renewable
diesel and gasoline
We obtain CO
2
from other renewable
processes, hence have full certainty or
minimal climate impact
Essential partners are already in place and on
site
•
Wind & solar PV capacities are agreed, and
fulfil the requirements of additionality and
direct connection (from RED II)
Quantafuel, a innovative clean fuel producer,
is on-site, and produce fuel to maritime
customers
Several industrial companies are on-site and
able to generate opportunities in resource
pooling (heat, cold, electricity, oxygen, electric
consumption flexibility, etc.)
•
•
•
•
•
•
RED II requirements
•
•
RE plant comes into operation at the same
time as fuel production plant
If an RE source is also connected to the grid, a
producer shall provide evidence that the
electricity was not taken from the national
grid*
RED II requirements
•
Regulatory requirements regarding CO
2
source
are yet to be defined
The GreenLab concept is currently the only
system that fulfil requirements to produce
100% renewable fuels
The biogenic CO
2
source ensure climate
optimised production and overcome any
regulatory uncertainty
GreenLab and/or partners can trade certificates
that give a stable revenue stream with no
geographical limitations
Central partners create the backbone of the
symbiosis and are committed and provide the
foundation of an ideal environment
Renewable fuels are needed to fill the gap towards the RE goals, which offers a huge economic potential for the GreenLab Model
Source: European commission, Hinicio. Note: *National distribution grid for electricity
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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3.
Our business model
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I Market outlook I
Our business model
I Commercial and development partners
The GreenLab
principles
1.
2.
3.
4.
Positive community effect
Local growth, global view, trust
Competitive Advantage
Attract resourceful partners
Symbiosis to synergy
Paradigm shift prognosis to products
Mutual incentives
Long term engagement
5.
6.
7.
Sustainable
Accelerate the circular economy
Continuous learning and development
R&D to commercial
Global frontrunner
Sho
it, do t tell it
2018
Groundbreaking
2019
Four sites operational
2020
Full operations
2021
Expansion
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I Market outlook I
Our business model
I Commercial and development partners
The world’s first
truly green commercial symbiosis
The Site
1
2
3
SymbiosNet©
4
5
Innovation, research & development
6
Infrastructure
Creating flexibility
Contribute to a
decarbonization through
a positioning and
technology that increase
flexibility in energy
source and timing
Clean energy
Sustainability
Push the boundaries by
intelligent integration of
RE to decarbonize
production
Energy Conversion
Energy flexibility
Transforms energy to
allow flexibility in the
application and to enable
the production of a
variety of green products
Energy Storage
Enabling optimization
Overcome the inflexible
and the unpredictable
nature of RE
Smart Grid
Intelligent balancing
Maximize the utility of
energy
Analysis, AI & IOT
Automation
Optimize processes by
automation of data
collection and
processing
Symbiosis
Why
Resource optimisation
result in environmental
and economic
sustainability
Conversion &
optimization
The grid integrate
electricity, gas, heat,
fuels & data exchange,
and connect to national
grids for supply &
consumption
Plug and play platform
Engage with a range of
actors who plug in to the
integrated grid that
support sustainable
production at scale
Output
How
Conversion
Converts energy to
distribute to the optimal
off taker
Multiple storage
opportunities
Energy is stored and
applied within the
system or sold for use
outside the business
park
Demand-response
Direct the energy to
where it has the most
use to balance demand
throughout the system
Technology & analytics
Analysis of energy flows
and interaction in system
to continue to optimize
system load
Manage demand &
supply by balancing
production, distribution
& storage of energy
Multiple Grids
GreenLab is an
electricity, thermal & gas
grid able to distribute
energy within the system
& directly to the national
grid
What
Connection of multiple
RE producers
Wind, Solar, Thermal,
Waste to energy etc.
P2X technology
Enable the conversion of
power into a variety of
forms such as Hydrogen,
Ammonia,
Methanisation, Thermal
A truly sustainable
business park
Full storage possibilities
for all relevant energy
types
Unique software solution
A software solution that
is able to direct energy
within the system
Real-time data &
intelligent algorithms
Technology provide real-
time data on demand,
prediction and trading
algorithms
Integrated green energy,
intelligent grid and
sustainable production
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I Market outlook I
Our business model
I Commercial and development partners
EXAMPLE 1
The GreenLab concept
allowing optimization and balance
GreenLab SymbiosNet Heating
Heating
(80 °C)
Heating
(60 °C)
Internal
electricity
grid
Natural
Gas
Symbiosis
Plastic
Windmills
Solar
panels
Biofuel plant
Heatpump
Resource optimisation
result in environmental
and economic
sustainability
CHP
Fuel/Diesel
Electrolysis
Protein
P2Ammonia
Storage
(H2)
Output
Manage demand &
supply by balancing
production, distribution
& storage of energy
Methanization
Biogas plant
Biogas upgrading
Integrated clean energy,
intelligent grid and
sustainable production
National
Grid
(60 kV)
Heat
Electricity
Oxygen
Natrural Gas
Hydrogen
Steam
CO
2
BioFuel
Plastic
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I Market outlook I
Our business model
I Commercial and development partners
EXAMPLE 2
1/3 The site is
situated in an ideal location
The GreenLab site is situated in the nexus between the national electricity and natural gas pipeline
National Natural gas
pipeline
Infrastructure phases
Existing infrastructure
•
Close proximity of three national grids: district
heating, natural gas grid and Electricity
•
GreenLab is situated at the site of a local waste
management plant
GreenLab Denmark site
Enabling infrastructure
•
Internal electricity, heating and gas grid
•
Wind and solar park with 80 MW capacity
•
Substations allowing connection to national
Electricity grid
•
Heat pump and boiler allowing connection to district
heating grid
•
Pipes connecting to natural gas grid
Optimizing/balancing infrastructure
•
Power to gas installations
•
Combined heat and power plant
•
Biogas production facility
•
An intelligent collection of partners with synergies
between production bi-products and production
inputs
Battery
= Potential additional system optimization
National Grid (60 kV)
or
Sub-station
=
Gree La s
infrastructure need
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I Market outlook I
Our business model
I Commercial and development partners
EXAMPLE 2
2/3 Electricity production and energy distribution infrastructure
creates the foundation of the symbiosis
Enabling infrastructure creates the foundation for a symbiosis
GreenLab Symbiosenet Heating
Internal electricity
grid (420V)
Infrastructure phases
Existing infrastructure
•
Close proximity of three national grids: district
heating, natural gas grid and Electricity
•
GreenLab is situated at the site of a local waste
management plant
Enabling infrastructure
•
Internal electricity, heating and gas grid
•
Wind and solar park with 80 MW capacity
•
Substations allowing connection to national
Electricity grid
•
Heat pump and boiler allowing connection to district
heating grid
•
Pipes connecting to natural gas grid
Internal heating
(80 °C)
Windmills
Solar
panels
National Natural gas
pipeline
Boiler
Industrial electricity grid
(380V)
Heatpump
Infrastructure
Sub-station
RE park
Sub-station
National Grid (60 kV)
Optimizing/balancing infrastructure
•
Power to gas installations
•
Combined heat and power plant
•
Biogas production facility
•
An intelligent collection of partners with synergies
between production bi-products and production
inputs
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I Market outlook I
Our business model
I Commercial and development partners
EXAMPLE 1
3/3 Optimizing infrastructure enable that
2+2 becomes 5 for actors within the symbiosis
Infrastructure Need
GreenLab Symbiosenet Heating
Internal heating
(80 °C)
Boiler
Infrastructure phases
Existing infrastructure
•
Close proximity of three national grids: district
heating, natural gas grid and Electricity
•
GreenLab is situated at the site of a local waste
management plant
Enabling infrastructure
•
Internal electricity, heating and gas grid
•
Wind and solar park with 80 MW capacity
•
Substations allowing connection to national
Electricity grid
•
Heat pump and boiler allowing connection to district
heating grid
•
Pipes connecting to natural gas grid
Internal
electricity grid
(420V)
Windmills
Solar
panels
Natural gas
CHP
(130 °C & 80 °C)
Pipes
Industrial electricity
grid (380V)
Heatpump
Battery
Sub-station
Factory 1
CH
4
Heat
System
Factory 2
NH
3
H
2
Protein
Infrastructure
Sub-station
Factory 3
Pipes
Factory 4
Factory 5
CO
2
Sub-station
National Grid (60 kV)
or
Sub-station
=
Gree La s
infrastructure need
Optimizing/balancing infrastructure
•
Power to gas installations
•
Combined heat and power plant
•
Biogas production facility
•
An intelligent collection of partners with synergies
between production bi-products and production
inputs
Battery
= Potential additional system optimization
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I Market outlook I
Our business model
I Commercial and development partners
Power to H
2
opens
a wide range of renewable fuel possibilities
Electrolysis is the foundation for renewable fuels
Renewable
fuel
H
2
Light
vehicles
X
Application possibilities of possible biofuels
RE
Trucks
Buses
Trains
Ships
Comments
Nearby business cases such as
Copenhagen fuel-cell buses
Electricity
Heat
Storage
H
2
Electrolysis
Buildings & heat-to-
power
X
X
X
X
Diesel
X
X
X
X
X
Gasoline
H
2
CH
4
H
2
X
X
X
Direct compatibility with existing diesel
and gasoline engines facilitate the
mutualization of supply-chain &
customers
X
X
X
X
Off-take to the
industry
Development of CNG mobility
reinforces business model
Processing
Methanol
X
(Drop in
fuel)
X
(Drop in
fuel)
X
(Drop in
fuel)
X
Compatibility with gasoline production,
+ early-stage development of 100%
methanol transport applications
H
2
for
mobility
Diesel
Gasoline
CH
4
Methanol
Ammonia
Ammonia
X
X
X
Early-stage development of new
ammonia transport applications
–
especially within shipping
With electrolysis plants as a core component of GreenLab, we have the optimal conditions for accelerating green transportation
Source: Hinicio
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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4.
Commercial development partners
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I Market outlook I Our business model I
Commercial and development partners
Commercial interest, R&D
and
academic research
From electrons to molecules
Circular production is a win-win
Collaborate to push the boundaries
Organisation
Is a leader in RE, working primarily with +90GW onshore and
offshore turbines installed worldwide
23.000
employees
€ 9,
•
•
,
,
revenue
•
•
•
•
Quantafuel produces environmentally friendly, clean and low-
cost synthetic diesel from wasted resources through unique
and highly effective gas-to-liquid technology
$ 2,697,000
Operating income
•
DTU is an international elite technical university where
education, scientific advice, and innovation rest on a solid
foundation of world-class research
10,300
students and
5,800
employees
Large buildout of wind power in Denmark challenges turbine
producers to find additional application for wind energy
By feeling electrolysis with wind generated electricity it
becomes possible to move from electrons to molecules
In this case producing NH
3
Ammonia that can be applied as
fuel in maritime transportation eliminating CO2 emission and
producing useful bi-products
Quantafuel uses locally collected plastic obtained through the
u i ipality s aste re y li g pla t
Quantafuel applies a technical process producing recycled
diesel sold to the maritime sector
This process generates a large amount of heat, which is
collected and distributed
Other companies in the Symbios.Net© e.g. Danish Marine
Protein off-takes the heat that is applied in production of
protein from invasive starfish
Demands to the national energy infrastructure are increasing,
to manage an expanding share of renewable electricity
production
DTU/PowerLabs collaborates with GreenLab to create
intelligent algorithms enabling the optimisation of energy use
in complex systems
Proje t is a ked y €4.000.000 EU fu ds a d ill i lude
development of intelligent algorithms applied to RE
management
•
Case
•
•
Take away
Expanding application of RE creating sustainable fuel for large
scale maritime transport
Recycling heat reduces cooling cost for Quantafuel (heat bi-
product) and reduces heat cost for Danish Marine Protein (heat
primary process input)
Providing innovative solutions to the intelligent management of
RE by combining commercial interest with academic research
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Who we are I Market outlook I Our business model I
Commercial and development partners
GreenLab achieves
full operation in 2020
followed by global expansion
Operations commence and
development continue
Moving into the future
Expanding the symbiosis and pushing
new boundaries
Global expansion
Major milestones
Four sites become operational
Major milestones
Renewable energy park with a
capacity of 80MW wind and
solar
Major milestones
Symbiosis is expanded with new
partners
Existing partners scale up
production, especially within RE
fuels
State-of-the-art research facility
with short go-to-market time
Expansion of the GreenLab concept on a global
scale through partnership-model
Implementation of state-of-the-
art electric heat pump (heat
symbiosis)
Partnerships with major off-
takers of RE fuels
H
2
Electrolysis installed on site
enabling large scale H2 and NH3
production
Symbiotic energy park is fully
operational
2019
2020
2021 and beyond
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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GreenLab provides
the
energy symbiosis of
tomorrow
A unique organisation combining a commercial outlook while bridging the gap between
political, academic and commercial actors
Strong knowledge synergies and enable effective decision-making
Direct connection to RE plant and a biogenic CO2 source on site, which enable production of
clean fuels
Clean fuel production is essential for decarbonisation, has major commercial potential
and no regulatory risk within new EU directives
The symbiotic network enables resource optimisation within the business park
The SymbiosNet© minimise cost and climate impact through maximising resource
efficiency and circular resource application
Contributing to the
green transformation
on a global scale
Interreg project with
Norway Business Park
Partnership with IYEM
–
The
Yucatan institute of
entrepreneurs
Gabonese government
delegation via World Bank
The combination of actors, experimental environment and scale provide a park unique for
commercial and academic R&D
Application of new processes and technologies provides a platform for producing cleaner
and more competitive products e.g. RE fuels
GreenLab is relevant on a global scale to drive the change towards a hydrogen economy and
broaden the application of circular value chains
Partnership with IYEM
–
The Yucatan institute of entrepreneurs and recent visit from
Gabon indicates a truly global potential GreenLab holds
 KEF, Alm.del - 2018-19 (2. samling) - Bilag 55: Invitation til besøg i den grønne erhvervspark Greenlab
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Thank you
for your time