Our technology guarantees top-quality effluent with a reduction of over 95% in COD and BOD₅. The treatment efficiency is as follows: COD: 95% | BOD₅: 99% | SS: 96% | NH₄-N: 98% | Nₜₒₜ, anorg: 77%. The treated water quality is expected to match what you see in this video. This system operates in a 50-room hotel with a banquet facility, handling an estimated wastewater flow of 9m³/day. The sample shown was taken after nearly one month of operation.
Wind beach Resort - Kalpitiya
This event captures a sample collected by an independent lab for a water quality report. The system serves an apartment complex with a daily wastewater flow of 35,000 liters. The sample was taken after two months of operation.
Aeonsky7 Apartments - Negombo
This video was recorded during a service maintenance visit after 3 years of operation. The plant is designed to treat 60m³/day, consisting of two modular 30m³ units operating in parallel (we say the "2-line solution"). Each unit functions independently, ensuring redundancy—if one system fails, the other continues operating, allowing for maintenance and repairs without disrupting treatment.
Altezza Apartments - Wattala
Dissolved oxygen (DO) refers to the amount of oxygen dissolved in water, playing a crucial role in wastewater treatment. In treatment plants, DO levels are typically maintained around 2 mg/L. This sample, taken after six months of operation, measured 4.33 mg/L.
Eva Lanka Hotel - Tangalle
This 2m³ plant is installed for the Pan Asia Bank building in Negombo. The building also houses a few other offices, with a total occupancy of approximately 100 people, 9 operational hours daily.
Pan Asia Bank Building - Negombo
This sample was taken from a coir factory in Dankotuwa. We typically conduct sample tests before offering a solution to clients to demonstrate achievable results. In this case, the lab trial successfully validated the effectiveness of the coagulant and flocculant combination used.
This water sample was taken from a ready-mix concrete plant. The objective was to treat the water for reuse in the production cycle.
This sample was taken from a printing facility, primarily consisting of ink and machine wash water. The objective was to treat it to meet the discharge tolerance limits.
Website Software