WASE develops modular electro-methanogenic systems that enhance biogas production by 30% while reducing waste treatment time by 3 to 10 times. Their technology addresses the inefficiencies of traditional anaerobic digestion, providing a compact solution that improves effluent quality and minimizes operational costs for industries like agriculture and food processing.
Funding
$12.9M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
ECFounders
Product
Problem
Traditional anaerobic digestion systems for biogas production are often inefficient, resulting in lower methane yields and longer waste treatment times. These systems can also have large footprints and may not adequately improve effluent quality, leading to increased operational costs and environmental concerns for industries like agriculture, food processing, and breweries.
Solution
WASE offers modular electro-methanogenic systems designed to enhance biogas production and waste treatment efficiency. Their technology improves methane yields by 30% and reduces waste treatment time by 3 to 10 times compared to conventional anaerobic digestion. The compact, plug-and-play systems seamlessly integrate into existing operations, minimizing footprint by 70% and improving effluent quality by over 50%. WASE's systems incorporate AI and biosensors for 24/7 monitoring and optimization, ensuring consistent performance and maximizing value extraction from waste.
Target Audience
WASE's primary customers include businesses in anaerobic digestion, dairy and agriculture, food and beverage, and brewing and distilling industries seeking to improve waste-to-energy conversion and reduce operational costs.
Features
- Modular, plug-and-play design for easy integration into existing infrastructure
- Electro-methanogenic process to boost biogas production by 30%
- Accelerated waste treatment, reducing processing time by 3-10x
- Compact footprint, 70% smaller than traditional anaerobic digestion systems
- Enhanced effluent quality, improving output by over 50%
- AI-powered monitoring and optimization for 24/7 performance management
- Biosensors for real-time data collection and process control