Project cooperationUpdated on 14 June 2025
Isothermalizer and its applications
About
The main component through which all the objectives proposed in our inventions are achieved is the isocompressor/isothermalizer, a device that can perform isothermal transformations, at the temperature chosen by the user (choice by which exergetic efficiency and power density are simultaneously decided). Due to its characteristics, the isothermalizer has an unlimited market and a very large number of potential users:
- all types of gas can be compressed, with minimal energy consumption, at high pressures, without intermediate heat exchangers
- all types of gas can be liquefied in simple installations, with low energy costs (and with the possibility of recovering, in the expansion phase, almost entirely, this energy)
- can be combined to achieve Ericsson cycle Carnot batteries to store, with very high round-trip efficiency, thermal and mechanical energy of any origin (including electricity from the grid )
- thermal engines, refrigerators and heat pumps can be made, with low energy consumption, between thermal sources with small temperature differences
- the optimal operating point of internal combustion engines (including hydrogen) can be moved to points with higher pressure and temperature than the current ones
Topic
- CM2025-01: Multi-vector interactions between the integrated energy system and industrial frameworks
- CM2025-02: Energy system flexibility: renewables production, storage and system integration
- CM2025- 03: Advanced renewable energy (RE) technologies for power production
- CM2025- 05: Hydrogen and renewable fuels
- CM2025- 06: Call Module 2025-06: Heating and cooling technologies
- CM2025- 08: Integrated industrial energy systems
- CM2025- 09: Clean energy integration in the built environment
Type
- R&D Partner
- Technology Partner
- Consultant
Attached files
Organisation
Similar opportunities
Project cooperation
Advanced heat and fluid flow applications in energy systems
- R&D Partner
- CM2025- 08: Integrated industrial energy systems
- CM2025- 09: Clean energy integration in the built environment
- CM2025- 06: Call Module 2025-06: Heating and cooling technologies
- CM2025- 03: Advanced renewable energy (RE) technologies for power production
- CM2025-01: Multi-vector interactions between the integrated energy system and industrial frameworks
Baris Burak Kanbur
Assistant Professor at University of Southern Denmark
Denmark
Project cooperation
Renewable Energy Integration & Energy Optimization
- Other
- Demonstrator
- CM2025- 05: Hydrogen and renewable fuels
- CM2025- 08: Integrated industrial energy systems
- CM2025- 06: Call Module 2025-06: Heating and cooling technologies
- CM2025-02: Energy system flexibility: renewables production, storage and system integration
Fevzi Ugur Agca
Project & Method Specialist (Electrical & Electronics) at TOFAŞ
Project cooperation
UHVDCLY - Ultra High Voltage Direct Current Liquid hYdrogen
- Investor
- R&D Partner
- Technology Partner
- Validator/Living lab
- CM2025- 05: Hydrogen and renewable fuels
- CM2025- 07: Integrated regional energy systems
- CM2025- 08: Integrated industrial energy systems
- CM2025- 09: Clean energy integration in the built environment
- CM2025- 06: Call Module 2025-06: Heating and cooling technologies
- CM2025- 03: Advanced renewable energy (RE) technologies for power production
- CM2025-02: Energy system flexibility: renewables production, storage and system integration
- CM2025-01: Multi-vector interactions between the integrated energy system and industrial frameworks
Anton Fellinger
superconduction x liquid hydrogen x district heating at private individual
Vienna, Austria