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Since water demand in 2011 was 380 million imperial gallons (1,700,000 m 3) per day, Singapore could actually already have been water self-sufficient in 2011 except in years of very low rainfall. The official figures downplay the share of reclaimed and desalinated water in water supply, and thus the ability of the country to be self-sufficient.
These include desalination and water reclamation aimed to meet at least 25 per cent of Singapore's water needs by 2012. The Public Utilities Board planned to secure 136,000 cubic metres of desalinated water per day by the year 2005 to produce NEWater. By 2010, the supply of NEWater to the industrial and commercial sectors is expected to exceed ...
A value frequently used in the international literature for PE, which was based on a German publication, is 54 gram of BOD (Biochemical oxygen demand) per person (or per capita or per inhabitant) per day. [1]: 65 [2] This has been adopted by many countries for design purposes but other values are also in use. For example, a commonly used ...
Dubbed “NEWater”, the treated wastewater now provides Singapore 40% of its water, with the government hoping to increase capacity to 55% of demand in years to come.
Main sectors, as defined by ISIC standards, include agriculture; forestry and fishing; manufacturing; electricity industry; and services. This indicator is also known as water withdrawal intensity. [4] According to Food and Agriculture Organization, ″total freshwater withdrawal is the sum of surface water withdrawal and groundwater withdrawal ...
The total capacity of the plants is about 200 million US gallons per day (760,000 m 3 /d). About 6% of this is used for indirect potable use, equal to about 1% of Singapore's potable water requirement of 380 million US gallons per day (1,400,000 m 3 /d).
Reservoirs in Singapore (1 C, 14 P, 1 F) Pages in category "Water supply and sanitation in Singapore" The following 6 pages are in this category, out of 6 total.
There are higher proportions of plastics, metals, and paper in the municipal solid waste stream and there are higher labour costs. [1] As countries continue developing, there is a reduction in biological solid waste and ash. [2] Per capita waste generation in OECD countries has increased by 14% since 1990, and 35% since 1980. [3]