Digesters use the power of microbes to break down organic waste resulting in a biogas containing methane and CO2. Digesters can process a variety of organic waste often using cow manure, energy crops, food waste and waste water sludge. Methane is usually removed from the resulting biogas through a separation process most usually either a Pressure Swing Adsorption (PSA) system or a membrane system and then sold in natural gas pipelines. The remaining stream after the methane is removed is mostly CO2.Digesters use the power of microbes to break down organic waste resulting in a biogas containing methane and CO2. Digesters can process a variety of organic waste often using cow manure, energy crops, food waste and waste water sludge. Methane is usually removed from the resulting biogas through a separation process most usually either a Pressure Swing Adsorption (PSA) system or a membrane system and then sold in natural gas pipelines. The remaining stream after the methane is removed is mostly CO2.Digesters use the power of microbes to break down organic waste resulting in a biogas containing methane and CO2. Digesters can process a variety of organic waste often using cow manure, energy crops, food waste and waste water sludge. Methane is usually removed from the resulting biogas through a separation process most usually either a Pressure Swing Adsorption (PSA) system or a membrane system and then sold in natural gas pipelines. The remaining stream after the methane is removed is mostly CO2.Digesters use the power of microbes to break down organic waste resulting in a biogas containing methane and CO2. Digesters can process a variety of organic waste often using cow manure, energy crops, food waste and waste water sludge. Methane is usually removed from the resulting biogas through a separation process most usually either a Pressure Swing Adsorption (PSA) system or a membrane system and then sold in natural gas pipelines. The remaining stream after the methane is removed is mostly CO2.
