SEEL 500 is a higher-capacity wastewater treatment and water reuse system developed for demanding industrial and large commercial sites with greater daily volumes and more complex treatment requirements.
With a treatment capacity of 500 litres per hour, it extends the SEEL platform to 12 m³/day while maintaining a compact vertical footprint and integrated process configuration.
12 m³/day
DAILY TREATMENT CAPACITY
2600 × 2575 x 3470 mm
OVERALL DIMENSIONS
500 L/h
FLOW CAPACITY
300+
POPULATION EQUIVALENCY
SEEL 500 is suited to projects where wastewater treatment forms part of the site’s core infrastructure — supporting higher flows, continuous operation and opportunities for treatment and reuse closer to the point of demand.
For manufacturing and process environments where wastewater is generated as part of regular site operations and requires dependable on-site treatment.
Suitable for larger commercial, hospitality or multi-building estates where wastewater demand is distributed across a substantial site.
For projects where treated wastewater can become part of a broader water-management strategy, reducing reliance on fresh water for suitable non-potable uses.
For independent or outlying operations where local wastewater treatment can provide greater control than relying on conventional centralised infrastructure.
Flow Capacity
500 L/h
Daily Capacity
12 m³/day
Population
300+ PE
Footprint
2600 × 2575 mm
Overall Dimensions
2600 x 2575x 3470 mm
Technology
MBR
Membrane Pore Size
0.1–0.4 / 0.8 μm*
Oxidation
Ozone + Advanced Oxidation
Effluent BOD
<10–20 mg/L
Effluent TSS
<5–10 mg/L
Energy
0.0028 kWh/L treated
Connectivity
Wi-Fi / Ethernet / Cellular
Monitoring
IoT-enabled
Operation
Automated Controls
SEEL 500 scales the vertical SEEL architecture for higher-capacity treatment, with the main process vessels positioned beneath a dedicated service deck for pumps, dosing, aeration, oxidation and control equipment.
Wastewater enters the SEEL system and is directed into the treatment process, preparing the flow for the biological stage.
Aeration supports microorganisms as they break down organic matter and reduce the wastewater’s pollutant load.
MBR membranes separate suspended solids from the treated water, producing a high-quality clarified effluent.
Ozone and advanced oxidation provide an additional treatment stage, helping reduce more complex contaminants and further improve water quality.
Following treatment and filtration, the processed water is collected for approved discharge or suitable non-potable reuse.
Pumps, dosing equipment, aeration and system controls are brought together on the service deck for automated operation and monitoring.
info@secoengg.com
+447440431445
© 2026 Smart Eco Engineering Ltd.
Privacy Policy
Terms & Conditions