Comprehensive solutions for your projects

Energy Transition

We are at the forefront of integrating new technologies.

We work with a range of different initiatives that are set to transform the economic and social landscape of Latin America and beyond on the road to decarbonization.

Key facts

  • Technical background

    Our expertise as an Engineering, Procurement, and Construction (EPC) company enables us to play a vital role in projects for synthetic and renewable fuel production, from CO2 capture to low-carbon hydrogen and renewable energy generation.

  • Commitment to sustainability

    We are deeply committed to helping our customers meet global decarbonization targets.

  • Support throughout the project

    From early feasibility studies to commissioning, operations, and maintenance, we deliver end-to-end solutions shaped around each project’s needs.

  • Technical background

    Our expertise as an Engineering, Procurement, and Construction (EPC) company enables us to play a vital role in projects for synthetic and renewable fuel production, from CO2 capture to low-carbon hydrogen and renewable energy generation.

  • Commitment to sustainability

    We are deeply committed to helping our customers meet global decarbonization targets.

  • Support throughout the project

    From early feasibility studies to commissioning, operations, and maintenance, we deliver end-to-end solutions shaped around each project’s needs.

The energy transition: key segments

    • Renewable Energy

      As an EPC company, we have experience in developing solar, wind, and biomass-power generation projects from concept to commissioning.

    • Carbon dioxide capture, storage, and utilization

      We have delivered engineering projects at every stage, from feasibility to FEED, for all kinds of CO2 capture initiatives. Our work covers compression and transport as well as the use of CO2 in producing e-Fuels.

    • Hydrogen

      We design conceptual, basic, and FEED engineering for hydrogen production projects that use electrolysis (green H2), integrating renewable energy or grid electricity as the source. We also provide engineering expertise for projects using natural gas pyrolysis (turquoise H2), and have experience in H2 storage and transportation.

    • Synthetic or electro fuels (e-Fuels)

      By combining hydrogen and CO2, we develop projects to produce renewable fuels such as e-Methanol, e-Gasoline, e-Ammonia, and e-SAF.

    • Biofuels

      This involves producing fuels from renewable organic sources, including biomass and organic waste. We have proven experience in creating Hydrotreated Vegetable Oil (HVO), or biodiesel, using vegetable or animal-fat oils as feedstock.

    • Waste-to-energy

      We turn industrial waste into energy, typically in the form of electricity.

Energy Transition

Some of our flagship projects

  • Segments: Renewable Energy, Biomass, CO₂ Capture, Green H₂, E-fuels

    HIF GLOBAL

    Cabo Negro (Punta Arenas, Chile): We developed the engineering for a large-scale e-Fuels plant with a production capacity of up to 173,600 tons of e-Methanol and 70,000 tons of e-Gasoline per year. The project brings together Techint E&C experts from our Engineering Centers in Buenos Aires, Seville, and Mumbai.

  • Segment: Wind Energy

    Buena Ventura Wind Farm

    EPC contract for Tenaris in Adolfo Gonzales Chaves, Argentina. The wind farm has 24 Vestas V150 turbines, each with a capacity of 4.2 MW, producing a total of 100.8 MW. Now fully up and running, it supplies 100% of its energy to the Tenaris industrial center in Campana.

  • Segment: Wind Energy

    La Rinconada Wind Farm

    EPCM contract for Tenaris in Olavarría, Argentina. Equipped with 21 Vestas V150 turbines of 4.5 MW each, producing a total of 94.5 MW, it is scheduled for commissioning in the second half of 2025. The wind farm will complement Tenaris’s renewable energy supply for its industrial complex in Campana, Argentina.

  • Segments: Biomass, Renewable Energy

    San Alonso Thermal Power Plant (FRESA)

    We carried out a full operational review and diagnosis of two 40-MW biomass plants, San Alonso and Garruchos, identifying opportunities for optimization to boost their energy output. For the San Alonso plant, we also delivered detail engineering and managed procurement for the balance-of-plant (BOP) equipment.

  • Segment: Green H₂

    Tenaris Dalmine

    We provided detail engineering, risk analysis, and technical support as required to install a 0.5 MW electrolyzer to produce green hydrogen. The H₂ is being used to test a burner for a steel heat treatment furnace designed by Tenova for Tenaris.

    We also conducted a feasibility study for a 20-MW green hydrogen plant using electrolysis to replace methane in a furnace at the Tenaris Dalmine steelworks. The study covered high-pressure compression and storage systems, and included a full consideration of all the technical and safety requirements.

  • Segments: E-fuels, CO₂ Capture, Green H₂

    Pacífico Mexinol

    EPC bid for a net-zero methanol facility in Sinaloa, Mexico, producing 350,000 TPA of green methanol and 1,800,000 TPA of blue methanol from natural gas with carbon capture. Once completed, Mexinol is expected to be the largest ultra-low-carbon methanol plant in the world.

  • Segment: Turquoise H₂

    TechEnergy Ventures – TULUM

    Pre-FEED support for the development of BOP systems at a turquoise hydrogen and solid carbon production plant employing methane pyrolysis at over 1,000°C with Tenova technology. The turquoise hydrogen will be used for direct reduced iron (DRI) production and other industrial applications such as ammonia, refining, chemicals, and SAF, while the solid carbon is destined for application in other industrial sectors.

  • Segment: Waste-to-Fuel

    ENI Gela – Used-Tire Recycling Plant

    Feasibility study to integrate a pyrolysis unit for end-of-life tires into an existing industrial site. The assessment covered the options for technical integration with existing infrastructure and services, as well as potential markets for the different products recovered, including steel, carbon black, light and heavy oils, and oily sludge.

  • Oscar Scarpari · CEO of Techint E&C

    “Engineering and construction have a key role to play in the energy transition. We are building projects that blend clean technologies, efficiency, and environmental care, with a clear vision of a sustainable future.”

  • Nahuel Micone · Energy Transition Manager

    “The energy transition is relevant to everything we do. We turn challenges into solutions that drive responsible, sustainable growth for generations to come.”

  • Andrea Cignoli · Country Director, Italy

    “We are powering the energy transition with innovative, sustainable engineering solutions. Our local expertise fuels global projects that are reshaping the future of energy with innovation and commitment.”

  • Carlos López Jiménez · Power Plants Manager in Seville

    “Renewable energy is a real opportunity to diversify the energy mix and slash our environmental footprint, driving efficient, sustainable solutions for the responsible development of the energy sector.”

  • Pablo Arena · Business Development Manager

    “The energy transition is about more than just changing how we source our energy, it’s a shift in mindset toward a cleaner, fairer, and more sustainable future. The challenges we are tackling today are steps on the path to a future that’s already taking shape.”

Energy Transition

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