BUG™ Biogas Upgrading
Built for low OPEX and high operational uptime.
The BUG™ (Biogas Upgrading) system from Anaergia is designed for maximum performance and operational efficiency. It enables quick payback on investment by converting biogas into high-value renewable natural gas (RNG). Our modular solutions meet a variety of pipeline requirements and are engineered for rapid deployment. Built in North America and backed by a dedicated local support team, the BUG™ system is your fast track to clean energy.
Anaerobic Digestion
Biogas
Sludge Handling
BUG™ Biogas Upgrading Features
Fully automated Operation
Conditioning, and patented 3-stage membrane upgrading system produces >98% methane RNG and >99% methane recovery, with >95% uptime and minimal operator input.
Optional walk-in enclosure
For weather protection with easy access for operators
Systems are shipped skidded
With complete electrical and automation works, and certified by third-party inspectors for easy installation and commissioning in any location.

Technical Specifications
The BUG™ Biogas Upgrading system is available in compact, modular units designed for fast deployment and easy integration into existing facilities. With the lowest powerer consumption and a design optimized for continuous operation, the system supports a wide range of biogas compositions and flow rates. Built with corrosion-resistant materials, it offers long-term durability even in challenging environments, while ensuring compatibility with various pipeline injection standards.
Dimensions
Available in compact modular units for containerized or skid-mounted installation
Power requirements
Two-Staged compression for the Lowest energy consumption in biogas upgrading
Material compatibility
Built with corrosion-resistant materials suited for all types of biogas applications
Operating parameters
Exceptional turn-down allows for faster start up and longer run time.
Industries Served
When it comes to the world of resource recovery and anaerobic digestion technologies, we stand out among the rest.
Reference Facilities
