Loan financing from the Danish Green Investment Fund will contribute to Blue World Technologies’ transition from pre-series production to actual series production this year. With large-scale production, the company looks forward to contributing to the global green transition.

Many major steps need to be taken to meet global climate goals, and this requires upscaling on many fronts. With loan financing of 7.5 million EUR from the Danish Green Investment Fund, Blue World Technologies can take the last steps towards the start of series production of methanol fuel cells. Over the past year, Blue World has been working on building a large-scale production of methanol fuel cells that serve as a green alternative to the internal combustion engine and diesel generator. The in-house production of the last components was outsourced in the autumn of 2021, and Blue World Technologies is now working determined on streamlining and upscaling the production, which is supported by the new capital injection.

“The industrialisation process that we have well underway at Blue World Technologies is essential for us to really make a difference to the green transition. And the transition from laboratory production to actual series production is extensive and capital-intensive, and we are grateful for the support we have received from the Danish Green Investment Fund on our journey towards supplying methanol fuel cells as a green alternative to industries around the world”, says Anders Korsgaard, CEO and Co-founder of Blue World Technologies.

“When we are to build green companies with technologies that have global potential, it is often crucial that these companies take large and capital-intensive steps towards large-scale production. This particularly applies to Blue World Technologies, which are contributing to the development of sustainable solutions of the future, especially in the field of transport. It will benefit both the climate and the environment and at the same time create growth and jobs in Denmark. Therefore, we are pleased that with this financing we can contribute to an important step in their growth journey”, says Michael Zöllner, Managing Director of the Danish Green Investment Fund.

Efficient use of Power-to-X fuels

The road to green alternatives to fossil fuels includes indirect electrification via Power-to-X where electricity is transformed into hydrogen and other green fuels like methanol. This has just been stated by the Danish government in a broad agreement on contribution to the expansion of production and use of Power-to-X in Denmark. This announcement came shortly after the EU Commission, in the wake of the situation in Ukraine, stated that we in the EU quickly need to switch to renewables and hydrogen combined with more energy efficiency to become energy independent.

The Power-to-X fuels, including methanol, can be used in the shipping industry and elsewhere in heavy transport, where direct electrification is not sufficient. The transition of these sectors is necessary to achieve the global goals of CO₂ reduction. Both in Denmark, but also around the world, new Power-to-X productions are being launched, and with major industrial players such as Maersk at the forefront, the focus is increasing on both production and use of green fuels.

Blue World’s fuel cell technology not only enables the use of methanol as a green alternative in these sectors but does so in an efficient and clean way. Measured against fossil fuels, there is an additional cost for green fuels, a so-called green premium. For the use of green fuels to become competitive, it requires that production is increased, and production costs are reduced, but also that you get the most out of the fuels. With high electrical efficiency, Blue World Technologies’ fuel cells will in the short term contribute to reducing the additional cost associated with the use of green fuels and in the long term eliminate it completely. In addition, the fuel cells ensure clean operation without NO_x, SO_x and particles – for the benefit of both our climate and the environment.