Hydrogen is emerging as an essential vector in the energy transition, thanks to its versatility and unique characteristics. This element plays a crucial role both in the storage of renewable energy and in the gradual elimination of fossil fuels in various economic sectors.
GHENOVA, in line with its commitment to clean energy, offers the sector its full consulting and engineering capabilities. We support our clients in achieving these goals, providing innovative and technological solutions that promote efficiency and sustainability in the use of hydrogen and renewable gases.
Specialized solutions in biogas and biofuels. From sustainable generation to efficient application, our innovative approach drives the use of renewable resources.
This type of energy comes from the transformation of organic waste, such as residues from the food, agricultural, and livestock industries. Essentially, this advanced biofuel is generated wherever biodegradable organic matter exists that is susceptible to decomposition.
GHENOVA, committed to clean energy, leads in the capture and efficient use of this biogas, contributing to responsible waste management and the reduction of emissions.
Carbon capture represents a crucial milestone in our sustainable engineering strategy. This innovative process allows us to reduce carbon dioxide (CO2) emissions, thus mitigating our environmental impact. We focus on implementing advanced technologies that efficiently capture and store carbon emissions from industrial and energy sources.
GHENOVA, committed to sustainability, is a leader in the application of carbon capture solutions. We collaborate closely with our clients to integrate these technologies into their operations, actively contributing to the decarbonization of key sectors. Through innovation and technology, we work towards building a cleaner and more sustainable future, where reducing emissions is essential for preserving the environment.
The ECLOSION project aims to develop new materials, technologies and processes for the generation, storage, transport and use of renewable hydrogen and biomethane, obtained from bio-waste, as well as energy optimization tools.
The hydrogen facility combines 400 MW of solar photovoltaic power with 220 MW of hydrogen production, using green energy from the Queensland electricity grid. It includes intermediate storage of 30 tons of hydrogen.
E-SHyIPS brings together stakeholders from the maritime and hydrogen sectors, along with international experts, to generate new knowledge by reviewing the regulatory framework.
The synergy between our business lines and continuous innovation allows us to offer comprehensive and customized solutions to our clients.