Biogas facilities convert organic waste into renewable natural gas or electricity — a process that generates substantial heat as a byproduct. Cooling systems in biogas... (continue reading)
Anaerobic digestion is fundamentally a biological process, and the microorganisms responsible for methane production have narrow thermal operating windows. Digester temperature control isn't a comfort... (continue reading)
Biogas facility chiller sizing requires a different analytical approach than standard commercial or industrial cooling applications. The loads are continuous, the biological sensitivity is high,... (continue reading)
Combined heat and power (CHP) systems are central to most commercial biogas operations. They convert methane to electricity and capture waste heat for productive use... (continue reading)
A biogas facility's cooling system works continuously, year-round, under demanding conditions. Unlike process equipment that can be scheduled for downtime, cooling systems must remain operational... (continue reading)
Commercial biogas facilities are complex integrated systems — not just digesters and gensets, but gas processing, compression, upgrading, safety systems, and supporting infrastructure. Each element... (continue reading)
Renewable natural gas (RNG) production — upgrading raw biogas to pipeline-quality biomethane — represents the highest-value end use for biogas. The upgrading process that separates... (continue reading)