The facility installed a new H2S scrubbing system to treat the biogas produced from their dairy farm. The gas was required to be treated to 10 ppm.
MV provided a two-vessel configuration of our SulfAx™ System operated in lead-lag. This system, containing 44,000 lbs. of our enhanced granular media, delivers a maximum H2S outlet concentration of 10 ppm.
The facility installed a new H2S scrubbing system to treat the biogas produced from their cheese processing operation. The gas was required to be treated to below 50 ppm.
MV provided a single-vessel configuration of our H2SPlus™ System. This system, containing our enhanced iron sponge media, BAM™ Media, delivers a maximum H2S outlet concentration of less than 50 ppm, under the stated current operating conditions.
A co-generation energy facility was developed to utilize biogas from a poultry protein processing facility digester. Prior to gas utilization, the methane was simply flared.
MV Technologies provided a single-vessel solution to reduce the influent H2S concentration to below the desired 200 ppm requirement for the CHP equipment. MV Technologies partnered with a biogas conditioning and packaging firm to provide a turnkey solution for this client. The provided package conditions the digester gas (H2S and moisture removal) and compresses the gas for delivery to the cogen unit.
A digester on-site at a dairy food processing farm treats facility wastewater consisting mostly of wash water and chemicals from cleaning food processing equipment. An H2S removal system was needed to treat the gas for a micro turbine. In addition the biogas can also be combusted in a boiler.
MV Technologies worked directly with the client to develop a customized vessel configuration to accommodate the specific flow rate and H2S concentrations expected from the digester. The facility has realized a significant reduction in the boiler maintenance after the installation of this system.