The foundation stone for a Rs. 160 million water treatment plant in Medawela, Uva Paranagama, was laid on Wednesday 26 August, with the project reported on 27 August 2026 by Newswire. The facility is funded entirely by Sri Lanka's National Water Supply and Drainage Board and is sized to treat 2,000 cubic metres of water a day for more than 5,200 families across four villages.
Officials at the foundation-laying ceremony said the new system is intended to address long-standing drinking-water difficulties in the Uva Paranagama area and to deliver "a safe, reliable and quality water supply" to residents, according to Newswire.
Key takeaways
- Project value reported at Rs. 160 million, fully funded by the National Water Supply and Drainage Board (Newswire).
- Treatment capacity sized at 2,000 m³/day, serving about 5,292 consumers across Medawela, Dawuldena, Karagaha Ulpatha and Katagoda (Newswire).
- Process train announced includes aeration, coagulation and sedimentation units, rapid sand filters, chemical and administrative buildings, backwashing facilities and a water pumping station (Newswire).
- Foundation stone laid on 26 August 2026; report carried on 27 August 2026 (Newswire).
What happened
On Wednesday 26 August 2026, dignitaries including Uva Provincial Governor Kapila Jayasekara, Minister of Plantation and Community Infrastructure Samantha Vidyaratne, Minister of Housing, Construction and Water Supply Susil Ranasinghe, Badulla District MP Ravindra Bandara and Uva Paranagama Pradeshiya Sabha Chairman Dinadasa Ratnayake attended the foundation-laying ceremony alongside National Water Supply and Drainage Board officials, public representatives and residents, Newswire reported.
The Rs. 160 million budget is being met entirely by the National Water Supply and Drainage Board, with the scheme described as a fully equipped water treatment system rather than a partial upgrade (Newswire). The plant will draw on conventional surface-water process units: aeration, coagulation and sedimentation, followed by rapid sand filtration, with chemical dosing housed in a dedicated building and a pumping station to distribute treated water to the four villages.
Service coverage will extend to Medawela, Dawuldena, Karagaha Ulpatha and Katagoda, providing direct benefits to about 5,292 consumers in more than 5,200 families, according to officials cited by Newswire. Officials said the project is expected to address long-standing drinking-water difficulties in the Uva Paranagama area.
Specification read
The reported capacity is 2,000 m³/day, equivalent to 2.0 MLD, serving roughly 5,292 household connections in four villages, as stated by Newswire. At an industry rule-of-thumb of about 150 litres per capita per day for community drinking-water supply (general industry range, not from the sources), the design envelope would correspond to a population equivalent in the order of 13,000–15,000 people, which is broadly consistent with the 5,292-consumer figure once allowance is made for standpipes, institutions and non-domestic users.
For a small municipal/ rural drinking-water plant in the sub-5 MLD class, the conventional process train runs: intake screening → raw-water pumping → aeration / pre-chlorination → coagulation and flocculation → sedimentation → rapid sand filtration → disinfection → clearwell → high-lift pumping → distribution. The Medawela announcement explicitly carries aeration, coagulation, sedimentation, rapid sand filtration, chemical dosing, backwash facilities and a pumping station, so this project sits at the coagulation–sedimentation–filtration end of the train rather than a biological nutrient-removal stage, which is typical for surface-water potable supply. Procurement interest therefore lies with packaged clarification, rapid sand filter packages, chemical dosing skids, backwash recovery systems and pumping stations in the small-municipal class. If your plant looks like a 1–3 MLD surface-waterworks with raw-water turbidity events and a regulatory duty to deliver potable water to a few thousand connections, the Medawela scope is the same envelope you would specify: a compact coagulation–sedimentation–filtration line with a chemical building, backwash handling and a finished-water pumping station.
For a procurement perspective on packaged clarification equipment that often sits inside this class of project, see Wastewater Treatment Equipment and the Industries We Serve hub. For comparative reads on similar DAF/clarifier selections, the DAF vs Clarifier for Pacific Food & Bev Wastewater (2026) piece and the DAF vs Clarifier for Mining Wastewater in Carthage, US (2026 Guide) article set out the selection logic buyers use.
FAQ
What capacity has been announced for the Medawela plant?
The reported capacity is 2,000 m³/day (2.0 MLD) of treated water, to serve about 5,292 consumers across Medawela, Dawuldena, Karagaha Ulpatha and Katagoda, according to Newswire.
What is the budget and who is paying?
The project is reported at Rs. 160 million, funded entirely by Sri Lanka's National Water Supply and Drainage Board, as stated by Newswire.
What process units are included in the scope?
The reported scope covers aeration, coagulation and sedimentation units, rapid sand filters, a chemical and administrative building, backwashing facilities and a water pumping station, according to Newswire. Lead times for packaged clarification, rapid sand filters and chemical dosing skids in the 1–5 MLD class typically run several months from order to commissioning (general industry range, not from the sources).
When did the project move to construction?
The foundation stone was laid on Wednesday 26 August 2026, with the launch reported on 27 August 2026 by Newswire; detailed construction and commissioning milestones were not given in the source.
