TF2 Hydrogen Technologies for Industry
Technology Field 2 (TF2) focuses on supporting and enabling the creation and deployment of clean and innovative technologies in different industrial end-use sectors replacing carbon-based technologies with renewable and low-carbon hydrogen technologies. These end-use sectors are: ammonia, metals, chemical, food, e[1]fuels and refineries, and cement and glass.
The activities planned in TF 2 aim to contribute to the following overarching objectives, during both the R&D&I and FID phases, which are common to all sectors concerned.
For R&D&I:
- Developing technologies to ensure safe and reliable use and operation of electrolysers and feed-in of renewable and low-carbon hydrogen;
- Developing, implementing and applying a cost-efficient electricity procurement strategy;
- Reducing the specific power consumption of the electrolysis and increasing the lifetime of the stack; and
- Reducing the related CO2 emissions, due to the fact that the products of the hydrogen-based plants are expected to have better material properties (e.g. chemical and physical properties) compared to the current state-of-the-art.
For FID:
- Developing CO2 emission-free productions under thermodynamic and kinetic process parameters that do not affect the material properties of the products; and
- Scaling up the different technology and processes from pilot to industrial scale, thereby facilitating the use of renewable and low-carbon hydrogen.
Under TF2 the following projects are taking place:
- GRAMLI - Green Ammonia Linz (AT01)
- Verbund - GrAmLi – Green Ammonia Linz (AT12)
- Carmeuse/ENGIE - Columbus (BE13)
- DK12 - information to be added
- TITAN - Pioneering Green Hydrogen for Industrial Cement Production in Greece (H2CEM) (EL11)
- IAM CAECIUS - Ver-Amonia (ES46)
- ES50 - information to be added
- FI14 - information to be added
- RINA-CSM - HYDRA (IT06)
- IT32 - information to be added
- NextChem (IT36)
- IT37 - information to be added
- Barents Blue Project (NO01)
- NO17 - information to be added
- HYBRIT H2-DR Demonstration (SE12)