Hughes Energy Group

Dane McSpedon and Hughes Energy are looking forward to taking part in the #IBCE25 panel on Gauging Feedstock Availability and Supply Chain Dynamics! We’re excited to join industry leaders to discuss key challenges and opportunities in sustainable feedstocks and the future of renewable energy. Don’t miss it! View the full agenda here: https://shorturl.at/nKYOu #SustainableEnergy #SupplyChain #RenewableFeedstock #IBCE25 #CircularEconomy #WasteToValue #WilsonFibre #AlternativeBiomass #OrganicsRecycling

Exciting News! ???? We’re thrilled to announce that Dane McSpedon, CEO of Hughes Energy Group, will be speaking at the International Biomass Conference & Expo on a critical topic: ?? Gauging Feedstock Availability and Supply Chain Dynamics ?? Ballroom B ?? Thursday, March 20 | 8:30 AM - 10:00 AM From woody biomass to used cooking oil, the panel will explore: ? Competing interests for feedstocks in U.S. & international markets ? Supply-demand trends and availability ? Innovative approaches to growing and producing biomass feedstocks ? The importance of a resilient, sustainable supply chain With the increasing demand for renewable energy sources, where will all the biomass come from? Dane and other industry leaders will tackle this pressing question. Don’t miss this insightful discussion! See you there! ???? #Biomass #OrganicWaste #WilsonFiber #WilsonSystem #SteamAutoclaving #RenewableEnergy #Sustainability #SupplyChain #HughesEnergyGroup

Ready for a cleaner future? ?? At Hughes Energy, we’re tackling the waste crisis head-on! Instead of burning organic waste, our cutting-edge Wilson System? transforms it into valuable resources. By converting food, paper, and garden waste, we prevent massive CO2 and methane emissions and keep waste out of landfills. This isn’t just waste management—it’s a revolution in sustainability! Imagine a world where trash isn’t a problem but a solution. How can we rewrite the story of waste in our cities? With innovative, eco-friendly solutions like these! Join us in leading the transition to decarbonization for a sustainable tomorrow. ???? Let’s build a cleaner world together. Learn more at www.hughesenergygroup.com #Sustainability #WasteToResource #Decarbonization #EcoInnovation

?? Transforming Waste into Resources! ?? Discover how we turn organic waste into valuable biofuels and recycled products. At Hughes Energy, we’re pioneering sustainable waste management solutions for a greener future. Ready to join the revolution? Visit us at hughesenergygroup.com and learn more! #Sustainability #WasteManagement #Biofuels #HughesEnergy

Hughes Energy Partners with Anthesis for Environmental Impact Analysis Hughes Energy Group (HEG) is advancing sustainability with The Wilson System?, a low-carbon fiber production method that converts organic municipal solid waste (MSW) into fiber for corrugated products. To validate its environmental benefits, HEG collaborated with Anthesis to assess its impact compared to landfill disposal. This analysis highlights the system’s potential to reduce carbon emissions and landfill waste. Additionally, HEG partnered with Anthesis for Life Cycle Assessment (LCA) training, covering fundamentals, ISO standards, and SimaPro modeling. This equips HEG’s team with the skills to optimize sustainability strategies. This collaboration reinforces HEG’s commitment to sustainable innovation, ensuring continuous improvements in organic waste recycling and fiber production. Stay tuned for updates on HEG’s progress. Wilson Bio-Chemical

Biochar offers significant potential as a carbon offset, especially with the growing emphasis on carbon dioxide removal to combat climate change. Harnessing the potential of organic waste streams will be crucial in building a sustainable future. The Wilson System? is a pivotal step in advancing innovative technologies, transforming organic waste into Wilson Fibre?, a versatile product adaptable to specific industrial needs.

Europe is missing a huge opportunity with food waste! Currently, nearly 75% of it ends up in landfills or is incinerated, positioning the waste sector as the second-largest methane emitter in the EU. To meet the EU’s 65% recycling target for municipal waste by 2035, we need to capture and treat an extra 40 million tonnes of bio-waste each year. The Wilson System provides a game-changing solution to divert food waste from landfills, transforming it into valuable bioproducts and biochemicals. Let’s turn waste into worth and drive a more sustainable future! ??

Happy Halloween! ?? This holiday serves as a haunting reminder of the frightening reality of landfills and our consumption habits. It highlights the crucial need to reduce waste! Each Halloween, around 1 billion pounds of pumpkins end up in the trash, releasing methane gas—over 25 times more harmful than carbon dioxide. Let’s be mindful of our waste this spooky season! The Wilson System effectively diverts organic waste from landfills, transforming it into a valuable source of renewable energy. This innovative approach not only reduces waste but also helps harness the power of sustainability!

The BBC reported today, ‘Burning household rubbish in giant incinerators to make electricity is now the dirtiest way the UK generates power, analysis has found. Nearly half of the rubbish produced in UK homes, including increasing amounts of plastic, is now being incinerated. Scientists warn it is a “disaster for the climate” - and some are calling for a ban on new incinerators.’ The Wilson System? offers an innovative approach to waste management by utilizing autoclaving technology to convert waste into clean energy. This method not only eliminates the need for burning waste but also significantly reduces environmental impact. By transforming waste into clean energy and a valuable resource, we can pave the way for a more sustainable and efficient waste management system. Burning household rubbish now UK’s dirtiest form of power, BBC finds - BBC News

For over 20 years, Wilson Fibre? has proven to be a consistent and reliable feedstock that meets quality specifications and performance expectations. Waste-derived fuels address both waste and climate challenges, offering numerous benefits, including reduced methane emissions and decreased reliance on fossil fuels.