3rd CO2 Value Day – Rotterdam – 05 November 2019

Collective technology intelligence

Examples, findings and way forward

Database of technology intelligence

Purpose

• Find the appropriate partner / technology for CCU projects

• Focus business / research strategy

• Benefit from collective experience & exchange best practices

• Establish CVE as hub of collective intelligence towards large scale CVE

deployment

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Database of technology intelligence

Main feature : two interlinked elements

• Companies* (primarily technology providers)

• Projects

Technology providers *

Name Website

Description Contact

Info (Size, Age, Location) Projects

Technology Customers

Process detail Market Size

Estimated TRL Revenues

Core innovation Capital raised

Product Investors

Projects

Name Technology

Description Process detail

Timeline Product

Budget Volumes

Funding Website

Location Contact

Status Partners

TRL (start/end)

* Teaming up with Carbon Circular Network 3

Projects (extract)

• Installation in Europe // 56 projects // on-going // TRL: 6-8 until 2022

FreSME, Carbon2Chem,

Jupiter1000, FastCarb, LEILAC,

CLEANKER, CARMOF, MOF4AIR,

StoreandGo, CO2Fokus,

PowerFuel, FlexDME, Soletair,

Steelanol, P2X, …

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Projects (extract)

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Projects (extract)

• Installation in Europe // 56 projects // on-going // TRL: 6-8 until 2022

• Capture (point sources, direct air)

• Absorption (amine, ionic liquids, DMX) //

• Solid adsorption (calcium looping) //

• Membrane separation (MOF, IPOSS, mixed matrix, nanotubes, RGO)

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Projects (extract)

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Projects (extract)

• Installation in Europe // 56 projects // on-going // TRL: 6-8 until 2022

• Capture (point sources, direct air)

• Solvent absorption (amine, ionic liquids, DMX) //

• Solid adsorption (calcium looping) //

• Membrane separation (MOF, IPOSS, mixed matrix, nanotubes, RGO)

• Conversion

• Thermochemical (RWGS, FT synthesis, hydrogenation,…)

• Electrochemical

• Biological (archaea, algae)

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Projects (extract)

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Projects (extract)

• Installation in Europe // 56 projects // on-going // TRL: 6-8 until 2022

• Capture (point sources, direct air)

• Absorption (amine, ionic liquids, DMX) //

• Solid adsorption (calcium looping) //

• Membrane separation (MOF, IPOSS, mixed matrix, nanotubes, RGO)

• Conversion

• Thermochemical (RWGS, FT synthesis, hydrogenation,…)

• Electrochemical

• Biological (archaea, algae)

• Products

• Fuels (syngas, methane, methanol, DME, jet fuel)

• Chemicals (polyols, oxalic acid, formic acid, urea, phycocyacin,…)

• Biomass (algae, protein)

• Materials (building materials, cement additives)

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Projects (extract)

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Companies (extract)

Extract from approx. 275 entries → European technology providers

Methanol, methane, syngas, oxalic acid,

propylene, ethylene glycol, formic acid, foams,

fertilizers, roofings, succinic acid, polyols,

building material, ….

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Challenges

• Data availability

• Quality check

• Expansion

• To business parameters

• To other sectors / stakeholders (?)

• RES // H2 // grid management // research units // intensive industries //

CCS // end-users // construction & engineering

VITO

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Way forward

• From technology intelligence to knowledge intelligence

• Companies/Projects/Patents database

• National Profiles (policy support, stakeholders, initiatives, funding)

• Funding opportunities at EU/international level

• Library

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The Netherlands

Policy

➔ National Climate Agreement 2019 → 49% GHG reduction by 2030 (49Mt CO2) … use of batteries (renewable), electricity, green hydrogen, solar power, renewable fuels such as Power-to-X and synthetic fuels and sustainable biofuels (§ 2.3) // … The focus of the application of funds will be on … electrolysis of water (green hydrogen), electrification, CCU, circular processes, better use of residual streams and green gas and thermal decoupling… (§ 3.3.2) // … captured carbon dioxide may be able to contribute to the development of synthetic raw materials and fuels (such as Steel2chemicals) and the ability to realise negative emissions … CCU is expected to make up a significant part of industrial production, for example through reuse of carbon as a raw material or in construction materials or plastics (§ 3.3.10) // CCU needs further research to be considered for SDE++ (§ D9)

➔ Top Sector Energie - Global Mission Energy Transition and sustainability Mission C : In 2050, raw materials, products and processes in the industry will be net climate neutral and at least 80% circular //

MMIP6 (Mutliannual Mission-driven Innovation Programme) - Creating circular industrial chains Followed by TKI New Gas (Top consortium for Knowledge and Innovation)

Funding Initiatives

InnovatieLinks - FinancieringsAtlas (private funding) PHOENIX

Topsector Energiestudies Industrie (TSE) Mission Innovation

Stimulation of Sustainable Energy Production (SDE++) Clean Energy Ministerial

Energy and Climate Innovation Demonstration (DEI+) Stakeholders

Platform for Responsible Innovation (NWO-MVI) TNO

COFUND ACT RVO

CATO CO2 Smart Grid

Back

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Way forward

• From technology intelligence to knowledge intelligence

• Companies/Projects/Patents analysis

• National Profiles (policy support, stakeholders, initiatives, funding)

• Funding opportunities at EU/international level

• Library

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Back

Topic Reference Topic Name Opening Deadline 1 Action TRLProposal

budget (M€)

Topic

budget (M€)

FETPROACT-EIC-05-2019 Emerging paradigms and communities 19/03/2019 13/11/2019 RIA 1-3 4

LC-SC3-NZE-4-2019Integrated solutions for flexible operation of fossil fuel power

plants through power-to-X-to-power and/or energy storage07/05/2019 27/08/2019 IA 6-7 6-10 20

LC-SC3-NZE-5-2019 Low carbon industrial production using CCUS 07/05/2019 27/08/2019 IA 6-7 10-12 33

CE-NMBP-25-2019 Photocatalytic synthesis 16/10/201823/01/2019

03/09/2019RIA 5 5-7 18

LC-FNR-13-2020Bio-based industries leading the way to turning CO2 emissions

into chemicals15/10/2019

22/01/2020

08/09/2020RIA 3-5 7 20

LC-SC3-RES-26-2020

Development of next generation renewable fuel technologies from

CO2 and renewable energy (Power and Energy to Renewable

Fuels)

03/12/2019 21/04/2020 RIA 3-5 3-5 8

LC-SC3-RES-3-2020

International Cooperation with USA and/or China on alternative

renewable fuels from sunlight for energy, transport and chemical

storage

05/05/2020 01/09/2020 RIA 3-4 2-4 10

LC-SC3-NZE-5-2020 Low carbon industrial production using CCUS 05/05/2020 01/09/2020 IA 6-7 15 15

CE-SPIRE-01-2020 Tapping into the potential of Industrial Symbiosis 03/07/2019 05/02/2020 IA 7 12-20

LC-SC3-CC-9-2020 Industrial (Waste) Heat-to-Power conversion 05/05/2020 01/09/2020 IA 7 12-14 14

LC-SC3-RES-25-2020International cooperation with Japan for Research and

Innovation on advanced biofuels and alternative renewable fuels05/05/2020 01/09/2020 RIA 3 2-5 5

LC-SC3-RES-27-2020Demonstration of advanced biofuels production from aquatic

biomass03/09/2019 11/12/2019 IA 6-7 6-10 10

Sunfuel-EICPrize-2021 EIC Horizon Prize for 'Fuel from the Sun: Artificial Photosynthesis' 12/12/2017 03/02/2021 Ipr 5 5

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Way forward

• From technology intelligence to knowledge intelligence

• Companies/Projects/(Patents) database

• National Profiles (policy support, stakeholders, initiatives, funding)

• Funding opportunities at EU/international level

• Library

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Working principles

• Open & Standing working group

▪ Everyone’s contribution is necessary

▪ No deadline / No chair / Life of WG follows life of CVE

• Secretariat: collect member’s needs, initiate action, gather information

• Subgroups (process-based)

▪ Quality check

▪ Periodical thematic workshops

• January: State-of-the-art and challenges of capture process

• March: Electrochemical CO2 conversion for chemical building blocks

• May: Power2gas and the potential of biological methanation

• Ad-hoc workshops / webinars

• January: Innovation Fund update + Horizon Europe status

• February: Important Projects of Common European Interest

• March: status of LCA initiatives19

Suggestions & Feedback

• ?

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Anastasios Perimenis

CCU Officer

anastasios.perimenis@co2value.eu

+32 470 188 420