GE Vernova, ONEE, and Nareva are set to collaborate on a feasibility study to develop joint solutions for decarbonising ONEE's Laâyoune Power Plant, powered by three GE Vernova 6B gas turbines.

 

The facility is expected to be the first in Africa using green hydrogen to power GE Vernova’s 6B gas turbines.

 

 The joint project aligns with efforts to bolster Morocco’s energy transition towards a lower-carbon future rapidly, especially in the power generation sector.

 

Under the agreement, ONEE, Nareva and GE Vernova will undertake techno-economic evaluation studies to convert the 99 megawatts (MW) Laâyoune Thermal Power Plant, currently fueled by heavy oil fuel to hydrogen.

 

As a first step, the collaboration will focus on the gas turbine to be converted to 100 percent hydrogen.

 

The study is expected to be completed in two years and consists of exploring an integrated solution that incorporates the full production value chain to deliver 100 percent hydrogen by volume to the gas turbine for peak demand periods.

 

 Assessment results can pave the path ahead for the full-scale integration of the gas turbines with green hydrogen, aiming to achieve 100 per cent decarbonisation of the Laâyoune Power Plant.

 

Laayoune’s province is experiencing rapid development of projects focused on renewable energy, and there is growing interest in hydrogen as a viable alternative to fossil fuels.

 

 Morocco aims to expand renewable electricity capacity from its current share of 40 per cent, to 52 per cent by 2030.

 

“With ambitious low-carbon energy projects under construction throughout the country, Morocco reinforces its position among global leaders in sustainable energy. The current renewable installed capacity is 4672 MW. Further renewable projects under development and construction will add more than 5 gigawatts of installed capacity across the country," said Abderrahim El HAFIDI, CEO of ONEE. "This first pilot project will help reduce carbon emissions of the plant and it will enable Morocco to move forward on the decarbonation of its power sector. This agreement serves as an important milestone in paving the way to accelerate the integration of hydrogen in the national energy mix, help the country become less reliant on conventional power, and reduce carbon emissions associated with power generation activities.”

 

“NAREVA will build on its recognised experience in renewable power to actively contribute to the advancement of the country’s energy goals, as well as to the competitive decarbonation of the continent,” said Aymane Taud, CEO, Nareva. “We are thrilled to explore the complementary opportunities between renewable energy, hydrogen production, and efficient gas-fired combustion technologies to provide our country with efficient, flexible power plants that also produce less CO2.”

 

In addition to industry leading gas turbine experience, GE Vernova has deep expertise with wind turbines, solar and energy storage solutions, grid systems, and power conversion technologies, which are key elements to enable the (green) hydrogen value chain.

 

This requires the integration of several systems including renewable power (e.g., wind and solar), energy storage, grid systems to transmit and control electricity, as well as power conversion systems to provide electricity that matches the electrolyzer requirements.

 

These elements are part of GE Vernova’s technology portfolio with the potential to include as part of this study.

 

 “GE Vernova is pleased to collaborate with ONEE and Nareva to develop this first-of-its- kind project and support climate change commitments in Morocco. With nearly 30 GE Vernova 6B gas turbines having operated on hydrogen over the last two decades, this fleet is an excellent fit for the project,” said Joseph Anis, President & CEO for GE Vernova's Gas Power business in Europe, the Middle East, and Africa. “We look forward to joining forces to provide a reliable and less carbon-intense source of reserve power that will also be a major contributor to mitigating the variability of the grid. Rapid renewable energy growth presents system operators and energy providers with the increasingly difficult task of continuously ensuring grid stability. Highly flexible gas turbines can complement variable renewable energy and help stabilise the grid with reliable power supply.” --OGN/TradeArabia News Service