CETP Funded Projects

Acronym TRI Call Module Title Abstract
RamonCO TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 CCU/CCS technologies Risk-based framework for assessing CO2 storage monitoring

Accelerating CCS to provide significant CO2 reductions by 2030 requires close integration of technical, economic, societal and environmental disciplines to support the decision process related to…

HOOPLA TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 Hydrogen and renewable fuels Identification of the effect of hydrogen as a function of structural condition in pipeline distribution infrastructure and storage tanks

The project aims to increase the use of environmentally neutral hydrogen in hydrogen mixtures in existing transportation and storage facilities used for natural gas and to describe the effect of…

BUCK$$$ TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 CCU/CCS technologies Brine Utilisation for CO2 to be ‘Koncretely’ Sequestered, Solidified and Stored

The project goal is to optimise CCU technology (CO2-mineralisation) and relevant objectives.

HyLife TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 Hydrogen and renewable fuels Microbial risks associated to hydrogen underground storage in Europe

Developing Europe’s energy system towards net-zero in 2050 requires a variety of innovative energy system solutions in which H2 will play a vital role.

UNICORN TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 Hydrogen and renewable fuels Unlocking the Full Potential of Electrolysis with Next-Generation Proton Exchange Membrane Stacks

A major outcome of the UNICORN project will be a step-wise change in the development of proton exchange membrane water electrolyser (PEMWE) stacks with the potential to disrupt the current…

ACLOUD TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 CCU/CCS technologies Advancing chemical-looping combustion of domestic fuels

The high cost of CO2 capture is an important barrier to a wider application of Carbon Capture Utilization and Storage (CCUS).

CTS TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 CCU/CCS technologies CO2 Transport and Storage directly from a ship: flexible and cost-effective solutions for European offshore storage.

Recently CCS value chain started considering ships for direct injection, not only transport.

SENSATION TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 CCU/CCS technologies Sorbent Assisted Carbon Capture Tailored for Low CO2 Concentrations from Air and Low Industrial CO2 Emissions

The overall objective of SENSATION is to develop a sorbent-based carbon capture technology tailored for low CO2 concentrations varying from 400 ppm in air to 1-3 vol% for industrial sources, which…

DRIVE TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 CCU/CCS technologies Deep Removal of CO2 and InnoVative Electrification concepts

DRIVE aims at providing improved technological solutions for the first (and most costly) step in CCS and CCU chains: CO2 capture.

HyCoMM TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 Hydrogen and renewable fuels Clean Hydrogen Construction and Mining Machines

Hybrids and electrified drives can be found in many mobile application areas, such as in passenger cars and city buses, and have proven their performance and robustness in everyday use.

AMbCS TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 CCU/CCS technologies Advanced Membrane-based solutions for CCUS in Shipping

Global CO2 emission levels continue to rise and acceleration in deploying emission reduction technologies of all types across all sectors is required to combat climate change.

LEGACY TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 CCU/CCS technologies Field studies for de-risking existing wells and CCS site geology

Primary objective of the LEGACY project is to develop tools and technologies for screening, modelling, monitoring, and mitigation of well integrity issues and…

HydrOTEC TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 Hydrogen and renewable fuels Hydrogen production with the use of Solar Assisted Ocean Thermal Energy Conversion in the Mediterranean Sea

Ocean Thermal Energy Conversion (OTEC) technology uses the temperature difference between the sea surface and sea bed for the production of electricity and/or by-products including desalinated…

GreenSmith TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 CCU/CCS technologies Gas Processing for Climate Neutral Steelmaking

The GreenSmith project demonstrates the recovery of both H2 and Syngas with CO2…

CO2RR TRI 3: Enabling Climate Neutrality with Storage Technologies, Renewable Fuels and CCU/CCS Call Module: TRI3 CCU/CCS technologies Carbon Rhine Route

The objective of this project is to establish the first commercial international multi-modal CO2 transport value chain in the Europe.