to make Next Generation Fuels
Sustainable industries
Low carbon H2O & Syngas
to decarbonize refineries, NH3 or steel
CO2 capture
point of source capture for gas power plants or cement
- Roughly 20% of global emissions cannot be tackled via electrification. The Energy Transition & Sovereignty calls for more than clean electrons. It calls for Clean Molecules.
An industrial and technological build up of the Clean Molecules Value Chain
Disrupt
Investing in technologies & industrial approaches that can move the needle
Geological
Hydrogen
Current cost:
N/A
2030 Target:
<1€/kg
DISCOVERY
EXPLORATION
STIMULATION
EXTRACTION
Turquoise
Hydrogen
Current cost:
N/A
2030 Target:
<2,5€/kg
BIOMETHANE NEXTGEN
DRYMETHANE REFORMING
PLASMA CATALYSIS
PLASMALYSIS
Optimize
Investing in technologies to improve economics or footprint of existing H2 supply routes
Green & Emerald
Hydrogen
Current cost:
6-8€/kg
2030 Target:
<4€/kg
NON-PGM CATALYSTS
NEXTGEN MEMBRANES
Advanced Electrolyzer Manufacturing
Thermocatalysis
Blue
Hydrogen
Current cost:
3-4€/kg
2030 Target:
<3€/kg
Fossil reference: 1,5-2€/kg
GAS RECOVERY
CARBON CAPTURE
Integrate
Closing the carbon toop turning
CO2 into use
Carbon to molecules
Current cost:
2030 Target:
<50€/ton
CARBONE CAPTURE
CO2 TO CO
Methanol Synthesis
SAF SYNTHESIS
Geological
Hydrogen
Green
Hydrogen
2025
H2 for industry
Turquoise
Hydrogen
Blue
Hydrogen
Carbon to
Molecules
2025
Carbon to
Molecules
2030
e-Methanol & e-SAF
Disrupt
Investing in technologies to improve economics or footprint of existing H2 supply routes
GEOLOGICAL HYDROGEN
- Current cost: N/A
- 2030 Target: <1€/kg
Turquoise Hydrogen
- Current cost: N/A
- 2030 Target: <2,5€/kg
Optimize
Investing in technologies to improve economics or footprint of existing H2 supply routes
GREEN/EMERALD HYDROGEN
- Current cost: 6-8€/kg
- 2030 Target: <4€/kg
BLUE HYDROGEN
- Current cost: 3-4€/kg
- 2030 Target: <3€/kg
Integrate
Closing the carbon toop turning
CO2 into use
CARBON TO MOLECULES
- CO2 Capture current cost: 100€+/ton
- 2030 Target: <50€/ton
2025
2025
2030
e-Methanol & e-SAF
we have carried out extensive preparatory work:
- Pasadena, USA
- CO2 Capture
Founders: Clément Cid, Alain Gu, Léopold Delobelle
Founded in: 2022
First invesment by Calderion: 2024
Vertical: Carbon to molecules
Sub-vertical: Carbon Capture Technologies
Short Description: Potassium carbonate looping technology to reduce drastically the cost of Point of Source CO2 capture
- Bilbao, Spain
- H2
Founders: Andrès Galnares
Founded in: 2019
Vertical: Low Carbon Hydrogen
Sub-vertical: New Extraction & Purification Technologies
Short Description: Advanced H2 separation technology for drastically reducing costs of purifying and transporting Hydrogen
- Paris, FR
- Wissous, FR
- e-Methanol et e-SAF
Founders: Nicolas Serrie, Olivier Bouchard, Pierre Prieux
Founded in: 2019
Vertical: Carbon to Molecules
Sub-vertical: Synthetic Fuels synthesis
Short Description: Innovative Heat Exchanger-Reactors (HERs) to drastically reduce sustainable fuels synthesizing costs
Targeted Entry stage : Seed/Series A (equivalent TRL 4 to TRL 7), 1st Ticket Size : 0.3 to 2m€; Geographical coverage : Europe 75% / Rest of the World 25%

Vincent Brillault
Founding Partner

Olivier de Panafieu
Founding Partner

Christophe Hecker
Operating Partner

Romain Andrieu
Investor Relations

Amaury Daignes
Investor Relations

Lydia Kardjoudj
Compliance

Eléonore de Rose
Communications

Tanguy Dyèvre
Back-office
Hôtel de Bourrienne,
58 Rue d’Hauteville, 75010 Paris – France
+33 (0) 1 56 43 48 00
Sustainable industries
Low carbon H2O & Syngas
to decarbonize refineries, NH3 or steel
CO2 capture
point of source capture for gas power plants or cement
Industrial Basins
Green steel
Green NH3 or cement
Sustainable long-distance mobility
e-Methanol
for maritime
e-SAF
for aviation





