The READER project, included in the call for ‘Knowledge Generation Projects’ of the Spanish Ministry of Science, Innovation and Universities, aims to develop a decoupled electrolyzer -a fundamental part for the production of hydrogen through water separation- of high performance and durability, and whose manufacture does not require the use of precious metals such as platinum.

CIC energiGUNE, a leading Basque research center in electrochemical energy storage and conversion and thermal energy storage and conversion, is working on the development of new sustainable materials for decoupled electrolyzers that facilitate efficient and safe production of green hydrogen, also allowing a reduction in manufacturing costs and European dependence on critical materials. This research work is part of the READER project, managed entirely in CIC energiGUNE and has been included in the funding program "Knowledge Generation Projects" of the Spain’s Ministry of Science, Innovation and Universities.

"READER is a unique and innovative project that will have a direct impact on the sustainable and low-cost production of green hydrogen," said Paramaconi Rodriguez, Ikerbasque Professor and head of the Electrochemical Hydrogen Technologies Research Group at CIC energiGUNE. "In fact, we will create a great business development opportunity for the European industry, which will no longer have to depend on third countries to acquire precious metals such as those of the platinum group to manufacture electrolyzers," remarked Dr. Eduardo Sanchez, co-director of the project and researcher in the field of electrochemical energy storage at CIC energiGUNE.

The READER project has two main objectives: the development of high-performance and durable decoupled electrolyzers based on organic redox mediators; and the reduction of the cost of green hydrogen production through the development of platinum group metal-free catalysts.

To achieve this, the CIC energiGUNE team will implement its expertise in the fields of electrochemistry, catalysis, organic chemistry, spectroscopy and materials science to explore the unique combination of concepts and methods.

The Project has a duration of 42 months and is structured in three technical work packages (WP). At its completion, CIC energiGUNE will be able to deliver a new concept of decoupling electrolyzer capable of becoming an efficient and more economical alternative to the current scarce critical metal-based catalysts, also driving the decarbonization and energy transition process of society.

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