English
Idrogeno verde: riduzione dei costi di produzione
Come ridurre i costi di produzione dell'idrogeno verde: le proposte Hydep
Mario Dragoni - Hydep
(in lingua inglese)
- How to reduce the Hydrogen green cost
- Electrolysis Costs
- HyDEP solution to save the BoP costs expected 10% BoP cost reduction
- Temperature & Pressure vs Efficiency
- High Pressure advantages
How to reduce the Hydrogen green cost
We are engaged in two projects with the aim to reducing the green hydrogen production cost:
- STACK.dm
- AWE.htp
Electrolysis Costs
Actually the electrolysis cost may be divided into:
- POWER consumption for the process
- CAPEX (BoP)
- OPEX (Maintenance)
HyDEP solution to save the BoP costs expected 10% BoP cost reduction
STACK.dm
- State of Art
- BoP Stack Integrated
- Advantages
AWE.htp
AWE HTP is a new alkaline electrolytic cells approach, designed to work at medium high temperature, in a range between 150 C to 350 C, the water splitting into H 2 and O 2 takes place with an important Thermal Energy contribution, with a consequent increase of Voltage Efficiency, It allows to increase also the gases high Pressure production.
We are engaged in two projects with the aim to reducing the green hydrogen production cost:
- STACK.dm
- AWE.htp
Electrolysis Costs
Actually the electrolysis cost may be divided into:
- POWER consumption for the process
- CAPEX (BoP)
- OPEX (Maintenance)
HyDEP solution to save the BoP costs expected 10% BoP cost reduction
STACK.dm
- State of Art
- BoP Stack Integrated
- Advantages
AWE.htp
AWE HTP is a new alkaline electrolytic cells approach, designed to work at medium high temperature, in a range between 150 C to 350 C, the water splitting into H 2 and O 2 takes place with an important Thermal Energy contribution, with a consequent increase of Voltage Efficiency, It allows to increase also the gases high Pressure production.
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Fonte: Fiera Idrogeno ottobre 2023 Idrogeno oggi e domani: esperienze concrete e casi applicativi
Mercati: Chimica, Petrolchimica, Plastica
