The sanitation situation in the city and suburbs of Kuala Lumpur had deteriorated due to population increases, so we constructed sewage treatment plants with advanced treatment processes (4 plants) and a sludge treatment facility (one plant).
We not only constructed the facilities, but also transferred technology such as operation methods and maintenance management methods.
In the sewage treatment plants we introduce , our projects made it possible for existing oxidation ponds to be modified as modern sewage treatment facilities, and now cleaner treated water can be discharge into rivers.
Amount of treated water | 93,000 m³/day |
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Population in treatment area | 373,000 persons |
Treatment method | Standard activated sludge |
Sludge treatment | Thickening - Digestion - Dewatering |
Amount of treated water | 25,000 m³/day |
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Population in treatment area | 100,000 persons |
Treatment method | Seguencing Batch Reactor |
Sludge treatment | Thickening - Dewatering |
Water treatment plant A :
A population increase has made it difficult for existing drinking water treatment plants to keep up with the water supply demand. To solve this problem, we provided new facilities (intake pump station, water treatment plant, water supply pump system, and treated water reservoir).
Water treatment plant B :
We performed maintenance and upgrading on the intake pump stations and increased the number of drinking water treatment plants and pumping stations, which increased the treatment capacity from the existing 30,000 m³/day to 45,000 m³/day.
Facility | Drinking water treatment plant | |
---|---|---|
Capacity | Water treatment plant A | 36,600m³/day |
Water treatment plant B | 15,000m³/day |
Water treatment plant A
Intake pump station
Water treatment plant A
Completion ceremony
water treatment A
Water treatment plant B