WASE Pioneers Revolutionary Electro-Methanogenic Reactor Technology for Wastewater Treatment and Energy Recovery

WASE, a leading company in waste treatment and energy sectors, emphasizes the importance of investment in its next phase of scale-up strategy and implementation of its proprietary Electro-Methanogenic Reactor technology. This innovative technology is designed to maximize the recovery of biogas from organic matter in wastewater, ensuring that Anaerobic Digestion plants achieve the highest yields possible.

The company’s units can increase biogas generation by 30% and do so up to ten times faster than traditional AD methods. Additionally, the technology boosts the methane content of biogas to over 80%, compared to the more typical 50-60% found in conventional AD processes. WASE’s plug-and-play system is designed to seamlessly integrate into existing infrastructure and is significantly smaller, by 50-70%, than other available options. This modular solution allows for customization, making it easier for companies to deploy at their site, resulting in increased energy production and reduced costs in the long term.

Thomas Fudge, founder and CEO of WASE, envisions their technology setting a new standard in waste treatment and energy sectors by optimizing waste breakdown and boosting methane production. The company aims to play a significant role in the Waste-to-Energy transition by becoming leaders in the biogas market. Extantia Principal, Carlota Ochoa Neven Du Mont, believes that WASE’s approach not only increases biogas and biomethane yields but also reshapes the way industrial businesses view their resources.

In conclusion, WASE’s Electro-Methanogenic Reactor technology offers an innovative solution for maximizing biogas recovery from organic matter in wastewater while achieving higher yields than traditional AD methods. With its plug-and-play system and customizable modular design, it provides an efficient and cost-effective way for companies to increase energy production while reducing costs in the long term.