One of the largest vertically integrated protein companies in the world producing many iconic pork brands, wanted to replace their existing circular DAF units to accommodate the expansion of their pork slaughter and processing capacity. FRC designed a two DAF System to handle flow rates reaching up to 4,000 gpm prior to discharging to the […]
Read MoreFRC’s designed a custom solution for this global producer of nutrition based pet food when they needed to reduce TSS and FOG prior to discharging to local POTW in order to remain in compliance. The successful results led to implementation in several of their other production facilities.
Read MoreOne of the largest beef producers in North America was expanding their facility which increased their wastewater volume to 425,000 gpd at the site. FRC engineers designed a solution to upsize the entire wastewater treatment system including the existing primary DAF system and secondary DAF system to efficiently and cost effectively handle the added demand.
Read MoreThis large renewable diesel production facility was looking for a solution that could handle their high loads of Fats, Oils, and Grease (FOG), Total Suspended Solids (TSS), and Biological Oxygen Demand (BOD). FRC understands that a major factor in designing a wastewater treatment system for a renewable diesel plant is understanding how the wastewater is […]
Read MoreAn international energy company that is also one of the biggest Oil & Gas producers in the US, has a site in the Middle East where water is scarce. The FRC solution of a Dissolved Nitrogen Flotation (DNF) and flocculator was designed which allows the client to re-use the treated effluent. Nitrogen was chosen instead […]
Read MoreFRC provided a solution for one of the longest continuously running refineries in the United States at a facility producing 11,000 bbl/d. The existing wastewater treatment system included a trickling filter upstream of a sand filter before sending the effluent to the local river. The sand filter was becoming overloaded with solids coming out of […]
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