Dean Johnson, director of technical services at Thermogenics, stated: “Our systems are now operating at 500 BHP using both natural gas and biogas. When properly conditioned, biogas can be a clean-burning, renewable energy source. It helps reduce emissions by capturing methane that would otherwise be released into the atmosphere.” Ross Garland, CEO at Thermogenics, added: “We're helping our customers turn waste into energy while keeping their operations reliable.”
The system offers two distinct approaches to accommodate customers producing digester gas. For facilities with consistent, high-volume biogas output, such as food and beverage plants, Thermogenics provides a configuration that operates entirely on renewable biogas. Alternatively, for sites with variable or limited biogas production, the co-burn enrichment system blends biogas with natural gas. This setup assesses the customer’s biogas output, for instance, 4,000 CFH, and supplements it with natural gas to achieve the required capacity, such as 500 BHP. This ensures steady utilization of available biogas without sacrificing performance.
The biogas enrichment system is designed to enhance overall plant efficiency, delivering several advantages. It maximizes the use of on-site renewable energy, decreases dependence on fossil fuels, and maintains consistent boiler performance. By capturing and burning digester gas, the system reduces methane emissions, supporting environmental goals, particularly in the food and beverage sector. Additionally, it may qualify customers for government incentives or carbon credits in the U.S. and Canada, depending on regional regulations.
This innovation enables industries to leverage renewable fuel effectively, balancing environmental responsibility with operational reliability. It aligns with sustainability objectives, offering a practical solution for reducing emissions while meeting energy demands.
