Orthos Liquid Systems’ nozzle-based monolithic underdrain systems have defined reliability for the past 20 years — we have never had an underdrain system failure.
Orthos nozzle-based monolithic underdrain systems have defined reliability for the past 20 years — we have never had an underdrain system failure. Poseidon extends this repetitious success by using our in-house engineering design expertise to provide complete filter systems for municipal water treatment.
With increasing water quality concerns regarding disinfection byproducts, nitrogen, phosphorus, taste, and odor, Poseidon delivers a systems approach that includes all requisite controls and components.
Phalanx™ Packaged Granular Media Filter Systems are custom-designed in circular or rectangular tankage with unit capacity from 20 gpm to over 1500 gpm. A brand member of Poseidon Filtration Systems™, Phalanx is used for conventional water treatment, wastewater tertiary filtration, biologically active filtration, GAC adsorption and ion exchange, as well as denitrification (DDBF™).
Proteus™ Ozone+Biologically Active Filter (O3+BAF) Demonstration System is primarily used at direct potable reuse (DPR) demonstration facilities. The 20-200 gpm Proteus™ O3+BAF System delivers to utilities a larger-scale, longer-term solution than pilot columns to demonstrate the carbon-based removal of total organic carbon (TOC) and other chemicals in order to achieve high-quality purified water.
The Denitrifying Deep Bed Filter (DDBF™) is a wastewater treatment process that provides fixed‑film biological denitrification in a downflow filter configuration. With proper chemical treatment, the DDBF™ is capable of meeting stringent effluent limits of total nitrogen as low as 3 mg/l, total suspended solids to 2 mg/L, and total phosphorus to 0.3 mg/L or less.
Orthos’ systems are used for conventional water treatment, wastewater tertiary filtration, biologically active filtration, membrane pretreatment, GAC adsorption and ion exchange, denitrification, and other high purity water treatment applications.