What is the Xylergy Project?
Xylergy is all about energizing biomass to power a sustainable future. Their core innovation? The NOTAR® pyrogasification reactor, a unique and patented technology that transforms wood residues into clean, tar-free synthesis gas—also known as syngas. This syngas is a carbon-neutral alternative to fossil fuels, designed to help companies and communities transition to greener energy sources. By converting biomass into electrical and thermal energy, Xylergy offers a way to produce green energy locally, reducing reliance on fossil natural gas. The process also traps CO2 in biochar, effectively lowering the carbon footprint of energy production. Simply put, Xylergy’s NOTAR® solution turns wood waste into a powerful, renewable energy source.
Main Benefits of Xylergy’s Technology
Here’s what makes Xylergy stand out:
- Over 20 years of experience in wood gasification, proving their expertise and reliability.
- Clean syngas production verified across multiple operational sites.
- Customized solutions tailored to specific energy consumption needs and scalable for future growth.
- Renewable energy that’s local and available 24/7—unlike wind or solar, which depend on weather conditions.
- Active contribution to the circular economy by turning biomass waste into valuable energy.
How Renewable Syngas Powers Industries
The renewable syngas produced by Xylergy’s NOTAR® reactor can be injected directly into combined heat and power (CHP) units or used in various industrial processes as a fossil fuel replacement. This flexibility means industries can maintain their operations while significantly cutting down on carbon emissions. Plus, the syngas is tar-free, which means cleaner combustion and less maintenance hassle. It’s a win-win for companies aiming to go green without compromising efficiency.
Generating Electricity and Heat Locally
Xylergy’s technology doesn’t just stop at producing syngas. That syngas can be converted into green electricity to cover local energy needs or even sold back to the electrical grid. On top of that, the heat generated during the process is available for a wide range of heating applications. And here’s a neat bonus: any unused heat can be repurposed for cooling systems, maximizing energy efficiency. This integrated approach ensures that every bit of energy extracted from biomass is put to good use.
Investing in a Sustainable and Local Energy Future
Xylergy believes the future of energy production is local—and sustainable. Their 20-year partnership with the University of Louvain (UCL) and integration of Xylowatt’s technologies have positioned them as leaders in biomass gasification. They’re not just selling technology; they’re working on solutions that help customers actively reduce their carbon footprint. The NOTAR® reactor is at the heart of this mission, enabling wood biomass gasification that’s both efficient and eco-friendly. It’s about thinking ahead, for the next generations.
Project Impact on Sustainable Development Goals (SDGs)
- SDG 7: Affordable and Clean Energy – by providing renewable syngas and green electricity.
- SDG 9: Industry, Innovation, and Infrastructure – through advanced biomass gasification technology.
- SDG 11: Sustainable Cities and Communities – by enabling local energy production and reducing emissions.
- SDG 12: Responsible Consumption and Production – turning wood residues into valuable energy.
- SDG 13: Climate Action – lowering carbon footprints via carbon-neutral energy solutions.
Tailor-Made Projects Across the Globe
Xylergy’s approach is all about creating one project, one ecosystem. Their tailor-made solutions have been implemented in diverse locations such as Matsumoto in Japan, Mont-Godinne Hospital and Tournai in Belgium, the Champagne region in France, and the Université Catholique de Louvain la Neuve and Gedinne in Belgium. Each project is designed to fit the specific needs of the site, ensuring optimal performance and maximum environmental benefit. This global footprint showcases how adaptable and effective their technology is, no matter where it’s deployed.
