We do very welcome all cleantech investors, who are supporting our strategy and focussing on the same targets as we do, bringing the fossil-free and climate-friendly e-methanol energy to all the industries, communities and people worldwide. E-methanol produced by the power of enzymes and smart catalysts is the key for a global sustainable energy economy. And it's affordable and highly efficient.
The global methanol market is estimated to reach USD 100 billion by 2026, primarily driven by its widespread of applications in adhesives, paints, and plastics. Asia Pacific is the fastest growing market in terms of volume, growing at a CAGR of 8% and is expected to maintain its dominance over the upcoming years. Fossil-free and CO2-neutral produced e-methanol will be take-over a main part of this market in the future and also substitute a major part of the current oil and natural gas market!
The rise in demand for petrochemicals and the advancement of new industrial segments are projected to offer new opportunities for the e-methanol market. In Asia Pacific region, China is the largest and the fastest growing market and is expected to show the same trend due to the abundance of coal and natural gas available in China.
The growth of e-methanol market is mainly due to the rise in demand for clean burning fuel and fuel substitutes such as biodiesel. Additionally, increase in R&D activities for the usage of e-methanol as an alternative to gasoline products for vehicles and as a feedstock for e-fuels (SAF) is projected to highly drive the demand for e-methanol. The upcoming renewable and CO2-neutral e-methanol economy will have a huge impact on global energy systems, chemical industries, sustainable mobility, transportation and logistics. That's why we at METHANOLOGY are developing the world's first and only CO2 to e-methanol bio-reactor based on the natural power of enzymes.
If you're interested to invest in our solutions and disruptive technologies, please give us a quick idea about your intentions and your investment goals.
