Desalination market in Oman to reach $542.4m by 2016 – New GWI report

Oct. 8, 2010 - PRLog -- Oman currently has 961,753 m3/d of contracted desalination capacity, but this will rise to 2,063,744 m3/d by 2016. During that time the cost of operating existing plants and the new plants that come on line will rise to $153.1m, compared to $78.2m in 2010. This steep increase in expenditure on desalination is part of a global trend towards the development of alternative water resources in the face of growing scarcity.

The forecast is based on the timing of proposed desalination projects in Oman, and expectations of increased demand for water as a result of urbanisation, economic growth, and increased irrigation. Among the desalination projects on the horizon in Oman are proposed facilities for Al Ghubrah, Duqm, Salalah, Muscat and Tibat.

Essentially the amount of naturally occurring fresh water in the world is constant – or even declining because of the over-exploitation of non-renewable ground water resources. Demand for water continues to grow as the need to increase agricultural production sucks up available water for irrigation, forcing urban water users to develop new resources. Overall global desalination capacity is expected to grow from 68.3 million m3/d at the beginning of this year to 129.9 million m3/d by the end of 2016. Full details can be found at www.desalmarkets.com.

Christopher Gasson, editor of Desalination Markets 2010, commented: “Oman’s growing population and growing economy need water, and desalination is one of the few options open to it.”

Desalination Markets 2010 also illustrates that after years of falling costs, the price of desalinated water has started to rise again. There has been considerable progress in reducing the energy consumption of desalination plants, which has brought down operating costs, but the cost of building new plants is rising. This is largely due to extra spending to protect the environment, and the cost of more energy efficient equipment, the report finds. Five years ago the benchmark price for a thousand litres of desalinated water was around US$0.50, but today the best plants struggle to deliver water for less than US$0.60 per thousand litres. Despite this, water from a desalination plant is still less than one thousandth of the price of bottled waters.

 
* Desalination Markets 2010: Global Forecast and Analysis. The market forecasts in this report are based in part on an analysis of the 300 projects tracked by GWI in its Desalination Tracker each month, and in part on GWI’s research into supply and demand for water in each country. The forecasts are completed by marrying up the capacity forecast with DesalData.com’s cost calculator to put a dollar value on the expected market share. In total, 33 countries are profiled, showing key market indicators, water sector structure, demand and supply of different water types and proposed plants and opportunities - along with 106 company profiles, a who’s who of industry leaders and active participants.
The report can be purchased at Global Water Intelligence, price £1700. Contact Clair Blakeway cblakeway[at]globalwaterintel.com  tel: +44 1865 204208.


Further information:
Besides Desalination Markets 2010, Global Water Intelligence publishes the IDA Worldwide Desalting Plant Inventory (now in its 23rd edition), GWI magazine’s Desalination Tracker (which provides updates on all major desalination projects worldwide), Water Desalination Report (a weekly newsletter for the desalination business) and DesalData.com (a complete online information service for the desalination industry) whose market forecasting service is widely accepted as the most authoritative in this industry. See http://www.desalmarkets.com/?prlogoma and http://www.globalwaterintel.com/?prlogoma

Press contact:
Ruth Newcombe: rn[at]globalwaterintel.com

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Global Water Intelligence is the unchallenged leader in high-value business information for the water industry. The company publishes a monthly magazine, electronic desalination resources and major market reports by water type, country and world region.