POWER TO X
Power-to-X: Green Hydrogen is the energy source of the future
KERIONICS face the net-zero challenge, accelerating decarbonization worldwide Reaching net-zero emissions is our mission
TODAY CHALLENGE
Building an Industry- value chain for Hydrogen generation
OUR GOAL
Hydrogen production at competitive cost
MARKET
Manufacturing stacks to meet the market future demand
TRENDS
KERIONICS is on the road to achieve 2050 goals
Kerionics is key, because we have and efficient and specialized solution for Hydrogen generation
Our goal: Promote the whole value chain with partnership and consortiums.
EU targets: End 2023 targeting 1 million ton of renewably produced hydrogen and 6 GW of electrolyzer capacity.
For 2030 40 GW
Mandatory reduction of RENEWABLE ENERGY PRICE
TECHNOLOGY
Industrial efficiencies, electrification, CO2 capture (CCUS), hydrogen & technology hegemony in EU
POLICY
More than 25 countries have published strategies and plans to develop hydrogen economy
INDUSTRY
Climate change remains as a challenge although purposeful corporations have already set net- zero targets
GREEN INVESTMENT
Opportunity window – Transitioning to net zero represents a challenge but also a huge investment opportunity
TOP LEVEL TRENDS & DRIVERS
Plan Nacional Integrado de Energía y Clima 2021-2030, 20 enero 2020: 42% de uso final de la energía proceda de fuentes renovables, incluyendo energía empleada en transporte, generación eléctrica y aplicaciones de calor y frío.
VALUE PROPOSITION OF KERIONIC’S SOEC TECHNOLOGY DEFINE AN ENTRY POINT OF < $ 1,5/ KG HYDROGEN PRODUCTION PROPRIETARY TECH ASSETS & GREEN ENERGY AVAILABILITY PAVE THE WAY FOR AN INVENCIBLE STRATEGY
OUR PRODUCTS - STACK
High Temperature Electrolyzer
MEA
Membrane electrode assembly. Advanced ceramics stack components/stack generation module O2 &/or H2
SOEL Stacks
High Temperature Electrolyzer (SOEL)
FAMILY:
- 5 cells
- 20 cells
- 40 cells
Electrolyzer
An art of the high temperature electrolyzer (SOEL) which captures 43% of its value.
VALUE PROPOSITION SOC ELECTROLYZER (SOEL)
| Electrolysis technologies | Alkaline | PEM | SOEL |
|---|---|---|---|
| Temperature | 60-80 °C | 60-80 °C | 600-800 °C |
| Efficiency OPEX | 55 % | 70 % | 90 % |
| Advantage | Maturity | Fast response | Versatility Applications |
| Disadvantage | Unvariable | Cost | Immaturity |
| Price 2030 CAPEX | 300-550 €/kW | 350-1250 €/kW | 300-800 €/kW |
Lower TCO due to CAPEX and OPEX reduction
Electrode optimization -O2 electrode
- Composition variation
- Surface activation by electrocatalyst nanoparticles (infiltration, exsolution, etc)
- Microstructure design (multilayers with graded porosity and composition).
Electrolyte (material evolution and nanofabrication) to reduce Rohm and Interlayers to avoid cation interdiffusion and minimize interfacial resistance – Enabled by advanced manufacturing techniques sputtering – digital printing
Current collector layers to enable higher currents per cell and ensure tight electric contact
Bipolar plate and stack design to enable excellent heat management and pressurized operation
Support (cathode): Tuned cathode microstructure. Maximize electric conductivity and mechanical resistance – Enabled by advanced manufacturing techniques
ROADMAP
OUR CUSTOMERS
CLEAN ENERGY
INDUSTRY
OIL & GAS
WASTE MANAGEMENT
THANKS
RELATIONSHIPS AND VALUE CHAINS
CONTACT
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