Phosphate reduction without chemical dosing
Marsh Phos-Lite is a groundbreaking product designed to efficiently remove phosphate from wastewater.
Utilising a unique adsorption process, Phos-Lite binds phosphorus to the surface of its media, which is composed of naturally occurring elements. This ensures long-term performance across varying flow rates and influent concentrations.
Recommended for up to 35PE (population equivalent), Phos-Lite is fully scalable to meet larger demands.
Achieves phosphate levels of 0.2mg/l
The plant is engineered for maximum retention time, guaranteeing stable, low effluent phosphorus concentrations certified by PIA GmbH at 0.2mg/l.
Economic and efficient
With an electrical consumption of just 0.03 kWh/d, Phos-Lite operates at very low cost.
System flexibility
This innovative tertiary treatment solution seamlessly connects to the outlet of both new and existing treatment plants.
Enhanced effluent quality
Phos-Lite not only excels in phosphate removal but also significantly reduces other key effluent constituents:
COD reduction by 56.1%
BOD reduction by 59.5%
Suspended Solids reduction by 61.1%
Total phosphate (Ptot) efficiency at 95.9%, achieving 0.2mg/l
See details of the Nutra-Lite for Advanced Sequential Batch Reactor wastewater treatment. These two natural solutions can be combined for optimum reduction of Nitrates and Phosphates.
Please note that these product properties are not a replacement for the manufacturer's literature and it is always recommended that Marsh Industries is consulted before specifying.
by Marsh Industri... 27-01-2026
The Marsh Phos-Lite is a groundbreaking product designed to efficiently remove phosphate from wastewater. Using a unique adsorption process, Phos-Lite binds phosphorus to the surface of its media (Phos-Pellets), which are composed of naturally occurring elements.
Long-term performance
The Marsh Natural Solutions are designed, tested and certified to reach market leading effluent quality, including phosphate and nitrate effluent quality to enable significant reductions in the cost of off-setting.