Industrial Applications

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Uncompromised Decarbonisation

Our energy solutions are designed to meet the specific challenges industries face today. As industries globally strive to meet sustainability targets and improve operational efficiency, our systems offer innovative and practical pathways towards decarbonisation without compromising on productivity.

Industrial Decarbonisation

Some of the most energy-intensive and high-temperature processes produce steel, cement, and chemicals, making decarbonisation a significant challenge. Our technologies use hydrogen and methanol as disruptive alternatives to fossil fuels, allowing industry to significantly reduce emissions while remaining productive.

Hydrogen provides a clean and efficient solution for heat-intensive applications such as steel and cement production, where high temperatures are essential. Meanwhile, methanol, with its high energy density and versatility, offers a sustainable alternative not only as a feedstock in chemical manufacturing but also as a clean fuel for the marine and shipping industries, supporting the decarbonisation of maritime transport.

In addition to these innovative fuel choices, we provide businesses a comprehensive approach to achieving carbon reduction goals. This comprises solar energy for power generation; hydrogen production for energy-intensive activities; and green methanol synthesis for specialised industrial and maritime applications. With our solutions, industries may align with global sustainability goals while maintaining long-term competitiveness in the green economy.

Transportation and Mobility

Hydrogen and methanol solutions are both crucial to decarbonising the transport sector. Hydrogen fuel cells provide unparalleled benefits for long-distance, heavy-duty transportation applications such as long-haul haulage, maritime shipping, and aircraft:

  • Longer driving ranges compared to BEVs.
  • Faster refuelling times, similar to traditional refuelling stops.
  • High energy density, making hydrogen ideal for high-energy, heavy-duty transport needs.


In parallel, methanol emerges to be a vital alternative fuel for marine and aviation applications. Its interoperability with existing infrastructure, high energy density, and low emissions make it an excellent alternative for shipping vessels and aircraft seeking to comply with stringent environmental standards.

Our hydrogen and methanol mobility solutions enable businesses and governments to transition to zero-emission transportation while preserving operational efficiency. From hydrogen-powered trucks and vessels to methanol-fuelled ships and aircraft, we provide viable solutions for decarbonising this critical sector.

Energy Storage and Grid Stability

The intermittency of sources like solar and wind, which are not always available, remains one of the major technical barriers to adopting renewable energy. Our integrated solar-methanol-hydrogen systems tackle this by converting surplus solar energy into methanol or hydrogen, which can be stored for long-term use.

  • Hydrogen for Grid Stability: During periods of low renewable energy supply or high demand, stored hydrogen can be used to generate electricity, stabilising energy systems and enabling energy independence.
  • Methanol as an Energy Carrier: Methanol is a liquid energy carrier that is easy to store and transport, making it a flexible and scalable option for long-term energy storage and grid resilience.


Both hydrogen and methanol solutions minimise the reliance on fossil fuel backup systems, ensuring a consistent supply of clean energy while enhancing system resilience during disruptions or natural disasters. By integrating solar, hydrogen, and methanol into a unified energy strategy, we help industries and communities achieve a sustainable and stable energy future.