Sustainable energy: New project turns waste into green methanol!

Sustainable energy: New project turns waste into green methanol!

What is happening in the world of sustainable technologies? Today, October 29, 2025, there is exciting news from the research landscape. Two innovative projects for the sustainable use of biogenic residues were launched that are not only environmentally friendly, but also have the potential to revolutionize energy production in Germany. Loud idw online These projects are funded as part of the “WE! – Innovation and Structural Change” program by the Federal Ministry for Research, Technology and Space (BMFTR).

A highlight is the “Residue Drying” project, which is coordinated by the German Biomass Research Center (DBFZ) and is funded with almost 514,000 euros. The aim is the energy-efficient dewatering, drying and compression of fermentation residues that come from biogas plants. This process promises to convert little-used biogenic residues into high-quality chemical energy sources such as green methanol. This methanol is considered a promising fuel, especially for shipping, and could position the Mecklenburg-Western Pomerania region as an important production location.

Technological innovations in focus

The second project, “Residue Gasification”, is led by the TU Bergakademie Freiberg and receives funding of almost 1,300,000 euros. This is about the development of processes for the gasification of newly developed fuels. The TU Freiberg team, supported by partners, will use suitable methanol synthesis systems to produce green methanol from the resulting synthesis gas. Here too, the focus is on mixing fermentation residues with regional residues in order to positively influence their chemical and energetic properties.

The two projects are part of the “biogeniV” innovation alliance, which includes a total of 26 partners, including the Cosun Beet Company and the Leibniz Institute for Plasma Science and Technology (INP). Its mission is to connect research institutions, agricultural processors, biogas producers and technology developers to advance the research and use of biogenic resources.

The role of biogenic substances

But what are biogenic substances actually? Loud Wikipedia These are products that come from living beings or their components. Biogenic substances play a crucial role in geology and biochemistry, for example as biomarkers to determine the age and origin of rocks. In addition, they can have a wide range of applications in the areas of environmental technologies and life sciences, from use in marine biochemistry to industrial applications, such as in the production of environmentally friendly materials.

In today's world, when the discussion about sustainable development and renewable energies is becoming increasingly urgent, these projects excellently show how science and technology can go hand in hand. The direct benefits that result from converting biogenic residues into valuable energy sources are not only economically interesting, they also offer a significant solution in reducing waste - an example of how waste management can be made efficient and sustainable.

Overall, the current initiatives to use biogenic residues are clear evidence that innovation in the energy industry is possible and underline the immense potential that lies in supporting research and development. The resulting vision is a clear step in the right direction for the environment and future generations.