CETP Funded Projects 2022

HydrOTEC

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…

• TRI 3: Enabling Climate Neutrality with Storage Technologies Renewable Fuels and CCU/CCS

SPOT-IT

Stable printed perovskite/organic tandem solar cells and modules for indoor & IoT

The SPOT-IT project aims at addressing this challenge by developing stable, efficient, and sustainable perovskite/organic solar cells and modules optimized for indoor IoT applications. The tandem concept will guarantee the optimisation of the light harvesting along the whole emission spectra of common ambient lighting (i.e. white LED).

• TRI 2: Enhanced zero emission Power Technologies

TRANSMIT

Semi-transparent micro-stripped thin-film photovoltaics for energy-harvesting windows

Building-integrated photovoltaics (BIPV) promises a solution for on-site renewable electricity enabling zero-energy buildings.

• TRI 7: Integration in the built environment

LEGACY

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…

• TRI 3: Enabling Climate Neutrality with Storage Technologies Renewable Fuels and CCU/CCS

ECom4Future

FIWARE Driven Energy Communities for the Future

Today, energy systems include prosumers and energy communities, which have novel objectives. They can collect detailed information of their consumption and generation.

• TRI 5: Integrated regional energy systems

AMbCS

Advanced Membrane-based solutions for CCUS in Shipping

The AMbCS project plans to develop and demonstrate an advanced membrane-based CCUS solution for the shipping industry using novel membranes and innovative processes at TRL6 to address the challenges and thereby fast track CCUS deployment in the shipping industry by 2030.

• TRI 3: Enabling Climate Neutrality with Storage Technologies Renewable Fuels and CCU/CCS