Development of a 100 MW electrolysis plant in Brazil, using renewable energies to produce 80 kt of green ammonia annually. This ambitious project meets environmental and economic challenges while creating sustainable jobs.
2021 - 12 months
Brazil
Gas, Biogas, Hydrogen and LNG
Located in Pécem, Brazil, this electrolysis plant is a flagship project to meet global environmental challenges by significantly reducing greenhouse gas emissions. By fully exploiting existing infrastructure and using exclusively wind and solar energy, the project aims to produce around 80 kt of green ammonia per year. Ultimately, the plant, currently designed for an initial capacity of 100 MW, could evolve to a capacity of 1.3 GW in order to meet the growing global demand for renewable hydrogen.
In addition to its positive environmental impact, this project will generate around 1,500 direct jobs and 1,200 indirect jobs, thus strongly stimulating the local economy and contributing to sustainable regional dynamics.
The customer wants an electrolysis plant that is economically viable and complies with the most demanding environmental standards. This includes a comprehensive optimization of energy consumption and effective integration with existing infrastructures. The project must meet the requirements of a sustainable circular economy, with a significant impact on the reduction of global emissions while generating a positive socio-economic impact through the creation of direct and indirect local jobs.
Maximize the energy and environmental efficiency of green ammonia production.
Develop a flexible solution that can evolve according to growing global demand.
Ensure international regulatory compliance to facilitate access to global markets.
The project approach is characterized by a thorough integration of renewable technologies and innovative electrolysis systems. An in-depth study of existing capacities maximized the energy efficiency and economic viability of the project. The scalable design, based on advanced digital modeling, makes it possible to effectively manage the rise in power of the plant and adapt the infrastructures to meet future market and regulatory requirements, thus ensuring the sustainability and competitiveness of the project.
Efficient use of renewable energies to minimize the carbon footprint.
Advanced digital modeling to optimize the performance and scalability of the site.
Full integration with existing infrastructures to reduce initial costs.
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