A compact, on-demand treatment platform that combines electrochemical oxidation and coagulation, photocatalytic polishing and air-assisted separation for sewage-treatment and reuse applications.
Discuss Your STP RequirementView YWT InnovationsThe sequence, recirculation and polishing stages are selected against sewage quality, capacity and reuse target.
Occupancy, hourly flow and sewage strength can vary considerably in residential, institutional and commercial facilities. Biological systems depend on a healthy biomass, adequate food-to-microorganism balance, dissolved oxygen and stable operating conditions. Long lean periods followed by shock loads can disturb this balance.
Green Float uses a predominantly physicochemical and advanced-oxidation route. Its core process does not rely on bacterial growth to begin treatment. This supports modular commissioning, intermittent operation and faster response where sewage flow changes with occupancy.
The system remains an engineered treatment plant. Equalisation, screening, solids management, residual control, disinfection and reuse polishing must match the actual influent and the consent or reuse requirement.
Green Float brings several treatment mechanisms together so that soluble and suspended pollution can be addressed within one coordinated train.
Electrochemical reactions generate coagulant species, hydroxyl ions and fine gas bubbles within the reactor.
A catalyst, radiation source and controlled oxidant promote advanced oxidation of residual organic compounds.
Fine air bubbles attach to solids and chemical flocs, lifting them to the surface for removal.
The final process may add or remove stages after wastewater characterisation and trial work.
Parallel or staged modules can follow project occupancy instead of forcing a large plant to operate under prolonged lean load.
Useful for phased developmentsThe core treatment does not depend on rebuilding a biological population after shutdown or shock loading.
Supports intermittent and on-demand operationAir-assisted flotation separates formed solids, reducing dependence on gravity settling and large clarification areas.
Compact separation arrangementA short, controlled treatment route can reduce the conditions that commonly cause septic odour, subject to inlet handling and ventilation design.
Site layout still mattersFlow, current, voltage, dosing, pressure and level can be monitored and interlocked for controlled treatment.
Instrumentation follows the design basisFiltration, disinfection and optional membrane polishing can prepare treated sewage for the approved reuse application.
Final quality depends on the complete train
Green Float 30 KLD STP working facility shown in the YWT presentation.The working-facility photograph shows the equipment-based arrangement used for a 30 KLD Green Float STP configuration.
Final plant layout, redundancy, tank volumes, ventilation, electrical classification and operator access remain site-specific.
Green Float performance depends on actual sewage strength, conductivity, solids, oil and grease, alkalinity, treatment target and operating conditions.
Share the design and peak flow, hourly profile, raw sewage analysis, occupancy pattern, available footprint, operating hours, required treated-water quality and intended reuse.
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