Can Biotech Transform Renewable Energy With Plant Carbohydrate Conversion?

• Key Takeaways:
  • Global Bioenergies pioneers a process to convert plant carbohydrates into hydrocarbons through fermentation.
  • The startup operates an industrial pilot and is preparing its first full-scale plant, making significant strides in renewable energy.
  • Aside from traditional fuels, the process also produces materials for manufacturing plastics, organic glass, and elastomers.

Biotechnology could potentially transform renewable energy through plant carbohydrate conversion, a cause Global Bioenergies is taking the lead in. Based in Évry, Ile-de-France, France, the company is not only a force in biotechnology, but also a pioneer in the renewable energy industry. Specifically, Global Bioenergies utilizes a unique process to convert plant carbohydrates, such as sugar, cereals, and agricultural waste, into hydrocarbons. They continue to focus on and improve the production of isobutene, a significant petrochemical building block.

The company’s dynamic process is currently one of the most promising initiatives in Europe, and Globen Bioenergies happens to be the only company in the region developing this kind of technology. They have already made remarkable progress by operating an industrial pilot and are preparing their first full-scale plant through a Joint Venture with Cristal Union, named IBN-One. Additionally, they have replicated their efforts toward propylene and butadiene manufacture, which are vital molecules in the petrochemical industry.

What separates Global Bioenergies from other startups in the industry is their firm dedication to advancing renewable energy while making a significant impact on plastics, organic glass, and elastomers production. Their unique focus on converting renewable resources into useful hydrocarbons and other industry-critical substances through fermentation sets them apart. Also, they have a team led by Marc Delcourt, their founder, who has years of expertise in the field, further demonstrating their commitment to innovation and driving forward the renewable energy industry.

In addition, their venture with Cristal Union, IBN-One, exemplifies their innovative approach to industrial scale-up and their bold vision to make bio-based isobutene a commercial reality. This versatility opens up new opportunities in multiple industries and serves as a model for driving socio-economic development using bio-based resources.

As we look towards the future, Global Bioenergies looks to continue transforming the biotech and renewable energy markets. With renewable energy becoming evermore relevant and needed, through their innovative plant carbohydrate conversion process, Global Bioenergies expect to be leading the charge in a greener and more sustainable world. For more details, visit their website at http://www.global-bioenergies.com/?lang=en and their social media platforms on Facebook, Twitter, and LinkedIn.