Description
50 years supporting our clients in the development of engineering solutions. Today, more than ever, we are committed to leading decarbonization projects through the use of renewable gases (biogas, biomethane, green hydrogen, and oxygen), as well as initiatives related to the production of synthetic fuels, CO2 capture, and the electrification of industrial processes.
Founded in 1979 in Spain, Bizkaia and headquartered in Reus, EIA21 today has a team of more than 150 professionals and a strong presence in international projects across countries such as Germany, Australia, Brazil, Qatar, Indonesia, Mexico, and the UK. Our services range from basic and detailed engineering to full EPCM project management, Owner's Engineering, Technical Due Diligence, CAPEX Reviews, construction supervision, procurement, quality assurance, and industrial safety.
Currently, EIA21 is involved in decarbonization projects related to the electrification of industrial processes, chemical recycling for fuel production, green hydrogen production through electrolysis, and the development of biomethane plants using agricultural, livestock, or municipal waste, working alongside world-leading technology providers. In addition, EIA21 develops engineering solutions for CO2 capture systems, further expanding its capabilities in the renewable gases sector.
With offices in Spain (Bilbao, Reus, and Madrid) and Portugal, EIA21 is positioned as a strategic partner to address today's energy challenges through innovative and sustainable solutions.
We aim to become your engineering partner in the energy transition. Engineering, talent, and innovation for a greener future.
Visiting sector addressed by the exhibitor
- Other (specify): DESCARBONIZACIÓN DE LA INDUSTRIA
- Other (specify): GASES RENOVABLES
- Other (specify): CAPTURA USO Y ALMACENAMIENTO CO2
Countries of interest
- Portugal
- Italy
- Sweden
Product categories
- Decarbonization of energy consumption and energy efficiency / Energy efficiency and circularity / Redefinition of net zero industrial processes
- Decarbonization of energy consumption and energy efficiency / Energy efficiency and circularity / Replacement of raw materials with high energy demand
- Decarbonization of energy consumption and energy efficiency / Energy efficiency and circularity / Integrated industrial processes
- Decarbonization of energy consumption and energy efficiency / Energy efficiency and circularity / Digitalisation for monitoring, control and optimisation of industrial processes (energy consumption)
- Decarbonization of energy consumption and energy efficiency / Energy efficiency and circularity / Use of waste heat
- Decarbonization of energy consumption and energy efficiency / Direct electrification, renewable heat and electrical network infrastructure / Heat pumps for high, low and medium temperature processes
- Decarbonization of energy consumption and energy efficiency / Direct electrification, renewable heat and electrical network infrastructure / Industrial cogeneration plants
- Decarbonization of energy consumption and energy efficiency / Direct electrification, renewable heat and electrical network infrastructure / Industrial self-consumption
- Decarbonization of energy consumption and energy efficiency / Direct electrification, renewable heat and electrical network infrastructure / Renewable heat sources. Thermal storage
- Decarbonization of energy consumption and energy efficiency / Direct electrification, renewable heat and electrical network infrastructure / Stationary energy storage
- Decarbonization of energy consumption and energy efficiency / Renewable fuels / Green hydrogen and derivatives
- Decarbonization of energy consumption and energy efficiency / Renewable fuels / Equipment for hydrogen storage and consumption in industry
- Decarbonization of energy consumption and energy efficiency / Renewable fuels / Green hydrogen production by electrolysis
- Decarbonization of energy consumption and energy efficiency / Renewable fuels / Non-electrolytic green hydrogen
- Decarbonization of energy consumption and energy efficiency / Renewable fuels / Use of hydrogen in combustion processes: furnaces, burners, refractories, impact on materials
- Decarbonization of energy consumption and energy efficiency / Renewable fuels / Biomass to hydrogen
- Decarbonization of energy consumption and energy efficiency / Renewable fuels / Synthetic fuels
- Decarbonization of energy consumption and energy efficiency / Renewable fuels / Advanced production of biofuels (from organic waste)
- Decarbonization of energy consumption and energy efficiency / CO2 capture, use and storage / Technologies and equipment for CO2 capture at emission points
- Decarbonization of energy consumption and energy efficiency / CO2 capture, use and storage / CO2 transport and storage
- Decarbonization of energy consumption and energy efficiency / CO2 capture, use and storage / CO2 recovery and industrial uses
- Industry & Circular economy / Material recovery of waste and minimisation of resource use
- Cross-cutting services and equipment / Digitalisation solutions (energy & environment) / Digitalisation solutions (energy & environment)
- Cross-cutting services and equipment / Project planning and development / Project planning and development
- Cross-cutting services and equipment / Various business services / Various business services
- Cross-cutting services and equipment / Others / Others
Click on the product name to see its details and technical description.
Click on the product name to see its details and description.


