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Phosphorus is a major factor in the eutrophication process, modifying water and habitat at high concentrations. This paper describes the development of a cost-effective, efficient, and affordable on-site Total Phosphorus (TP) removal technology. By investigating the chemical adsorption of a clay-zeolite media, the objective was to demonstrate TP removal capacity with a primary focus on pellet media design to overall removal efficiency. The investigation included pellet formation, size, conditioning, furnace exposure temperature and duration, as well as initial influent concentration (theoretical septic tank effluent range of 6-20 mg/L), with a response-contact time of 45 minutes. The research followed various stages of optimization and consisted of a scaled-down testing unit based on a 1.91 cm pellet diameter construction, for a 45 minute detention time, and achieved a removal of approximately 45%.

A Feasibility Study of a Clay-Zeolite Media as a Removal Technology of Total Phosphorus from Wastewater