Fraunhofer IMWS and OCP Group sign Memorandum of Understanding for sustainable fertilizer industry
Mainstreaming Green Hydrogen and Green Ammonia as raw materials for the fertilizer industry: With this goal in mind, the Fraunhofer Institute for Microstructure of Materials and Systems IMWS in Halle (Saale) and the OCP Group of Morocco, the world’s largest exporter of phosphates, will cooperate even more closely in the future. The two institutions signed a Memorandum of Understanding to work jointly on solutions for a sustainable fertilizer industry.
The Memorandum of Understanding provides for continued cooperation with the aim of boosting the use of renewable raw materials in the fertilizer industry. The focus is on two raw materials: Green Hydrogen, which is obtained by electrolysis using electricity from renewable energies, and which can be further processed into numerous products for the fertilizer industry; and Green Ammonia, consisting of Green Hydrogen and nitrogen, which can serve as a raw material for the production of fertilizers, amongst other uses.
„Green Hydrogen and Green Ammonia offer tremendous potential to sustain the supply of raw materials to the fertilizer industry. They also reduce the industry’s dependency on oil, natural gas and any other fossil fuel. I am pleased that our many activities in the area of Chemistry 4.0 are being perceived internationally, and that we can now continue to advance these technologies with a globally leading company such as OCP, to prove that Green Hydrogen and Green Ammonia can be used on an industrial scale – and at prices that make sense for the companies,“ says Prof. Ralf B. Wehrspohn, Director of the Fraunhofer IMWS.
“Responsibility for the environment has always been important to us, not just when working in our mines, but as a fundamental principle of our circular economy approach. The use of Green Ammonia fits in with this strategy. It can help conserve valuable resources and provide our customers with sustainable new products. That’s why we are looking forward to strengthening our cooperation with Fraunhofer,“ says Mostafa Terrab, Chairman of OCP.
Under the leadership of the Fraunhofer-Gesellschaft, a pilot plant is already being built in Leuna (Germany), a site with a long tradition in the innovative industry. Green Hydrogen will be produced and made available for a group of companies based there from 2019. A similar platform, which can also produce Green Ammonia, will be developed in Morocco by OCP Group and the Green Energy Park in Ben Guerir, with the support of Fraunhofer IMWS. The delegation from Morocco also visited the Fraunhofer Center for Chemical-Biotechnological Processes CBP in Leuna and discussed the opportunities of biotechnological phosphorous modification and electrocatalytical synthesis of Ammonia.
The German-Moroccan cooperation has proven itself repeatedly. Experts from Halle were advisors in the construction of the Green Energy Park, which opened in 2015. This test and research platform for photovoltaic modules and systems is one of the largest test field for photovoltaic and solar thermal energy in Africa. In the Green Energy Park, the performance characteristics of solar modules and systems as well as location-dependent influences such as solar radiation, wind, pollution and temperature can be investigated in real time. As part of the new cooperation agreement, the possible establishment of an African Institute for Solar Ammonia was also discussed.
“In the conception and establishment of the Green Energy Park, we have had very positive experiences with the cooperation with Fraunhofer. I am sure that pooling our expertise will once again provide excellent solutions and further promote the development of renewable energies in Africa,“ says Badr Ikken, co-president of the Green Energy Park and General Director of the Moroccan Institute for Research in Solar Energy and New Energies (IRESEN), with whom Fraunhofer IMWS has been cooperating since 2012.
About Fraunhofer Institute for Microstructure of Materials and Systems IMWS
The greatest challenge facing mankind in the 21st Century is the question of sustainability in all spheres of life, especially in the efficient use of limited raw materials. The Fraunhofer Institute for Microstructure of Materials and Systems IMWS conducts applied research in the field of material efficiency and is a major driving force, innovator and problem solver for the industry and public-service clients in the fields of reliability, safety, service life and functionality of materials used in components and systems. The key competences are to be found in the fields of characterization of materials down to the atomic scale and in material development.
About OCP Group
Founded in 1920, the OCP Group employs more than 20,000 people worldwide and generates annual sales of more than € 4 billion through the extraction of phosphate and further processing into phosphoric acid and fertilizers. With nearly a century of expertise, OCP Group implements a vision of sustainable and prosperous agriculture by increasing crop yields and nutrition while conserving soils. Headquartered in Morocco, OCP Group works in close partnership with more than 160 customers over 5 continents. Committed to best serve the economic and social development of Africa, OCP Group puts innovation at the core of its strategy for sustainable growth throughout the continent.
About Green Energy Park
Green Energy park is an international testing, research and training platform on renewable energy located in Morocco. This platform, developed by the Institute for Research in Solar Energy and New Energies (IRESEN) with the support of the Ministry of Energy, Mines, Water and Environment and the OCP Group with the support of the Mohammed VI Polytechnic University (UM6P), is conducting research on a range of topics relative to sustainable energy production and use. Research covers all steps in the chain, from R & D and basic components to complex systems, in order to meet Moroccan and African needs. Topics particularly relevant to the African continent, such as the treatment and desalination of water using solar energy, the development of desert modules, the design of innovative thermal and electrical storage solutions and the development of industrial applications of solar thermal are at the heart of the Green Energy Park’s concerns.
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