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The water crisis is now

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Published 23 May 2012, updated 03 December 2012

By 2025 half the world’s population will not have enough water to meet its needs, warns Rashad Kaldany, urging governments and the private sector to work on solutions, which he says, do exist.

Rashad Kaldany is vice president for Global Industries at the International Finance Corporation (IFC), a member of the World Bank Group.

By the time you finish reading this article, at least five children will have died because of diseases borne by dirty water.

Rashad Kaldany is vice president for Global Industries at the International Finance Corporation (IFC), a member of the World Bank Group.

By the time you finish reading this article, at least five children will have died because of diseases borne by dirty water.

Studies show that by 2025 half the world’s population will not have enough water to meet its needs. Already a billion people do not have access to clean water, and more than two billion lack adequate sanitation. And as scarcity increases, farmers are finding it more difficult to feed the world’s growing population, which could reach nine billion by 2050.

A water crisis is happening now, and it compromises our efforts to reduce poverty and promote economic development.

This year China experienced its worst drought in half a century, affecting millions of acres of farmland and causing power shortages. In northern Africa, the encroaching desert has been forcing people to resettle and has exacerbated tensions between farmers and herders. And the famine in the Horn of Africa has served as a horrific reminder of the effects of drought and poor water management.

It does not have to be this way – there are solutions.

The OECD estimates that by 2015 average annual investment of over $200 billion will be necessary for water and wastewater services worldwide. Since public resources are becoming scarcer, the bulk of this must come from the private sector.

Fortunately, investors are showing interest. Pension funds are embracing water stocks because they involve secure, multi-year contracts, and investment managers are looking to water because it offers steady, low-volatility returns for their clients. These incentives will continue to grow as pricing for water becomes more aligned with its true cost, and as innovation and new technologies create lower-cost ways of managing water.

Governments must also take action. Water and sanitation infrastructure projects generally require large, up-front capital investments, with costs recouped over the long term. While private investors can supply some of the funding, governments have to assure the right regulatory framework and cooperation to support them.

At the World Bank Group we have worked with governments and private companies to structure concession agreements so that they are attractive to investors and fairly distribute risks. For example, IFC, the private-sector arm of the Group, has worked with the government of Egypt on a wastewater treatment plant for the new satellite town of Greater Cairo. The public-private partnership was awarded to an Egyptian-Spanish consortium and should mobilise $150-200 million in private investment by the time it is operational. The plant will help the town cope with the sanitation needs of a rapidly growing population and protect public health.

Aside from increasing water supply, there is also a need to increase efficiency to address the issue of scarcity. IFC partnered with private companies to start the Water Resources Group, which is a public-private collaboration that looks at the issue of sustainable water management between its different uses. The WRG's activities will help policymakers make the right choices and plan for the future.

One promising conclusion of the group's work is that investments in efficiency can make a huge difference at a reasonable cost. In some countries the greatest room for increased efficiency is in the industrial sector. In China, for example, it takes almost 3,000 litres of water to produce one cotton shirt, so water savings here could have dramatic effects.

However, most countries should focus first on the agricultural sector, since it uses 70% of water worldwide – with half of it wasted. Investment in more efficient irrigation makes a big difference. The Indian company Jain Irrigation, the second largest drip irrigation company in the world, is a good example. IFC has helped it expand its operations in India, where its micro-irrigation products have resulted in water savings equal to the annual consumption of about 15 million households. Jain is now expanding to Africa, a promising initiative in South-South cooperation.

This in only one of many examples of innovations that can help contain the water crisis. Investors, governments, and international organisations can and must work together, and they must do so now. Since water is a common good, its use and conservation require common solutions.

COMMENTS

  • Interesting article, but some of the facts are out of date – for instance the WHO reports that the number without access to clean water is substantially less than a billion, rather 783 million at last count: http://www.wssinfo.org/data-estimates/introduction/.

    For more up to date statistics and an in-depth analysis of the problems with the IFC’s investments in private water, please see the new report from Corporate Accountability International, released at last month’s spring meetings at the World Bank: http://www.stopcorporateabuse.org/sites/default/files/Case-to-Divest.pdf

    In particular, I call your attention to page 26 which provides more information about the Water Resources Group, which Mr. Kaldany claims is helping “policymakers make the right choices” but is in fact prioritizing profitable uses for water, and undermining the democratic processes required to negotiate between different users with different degrees of political influence and economic clout.

    Mr. Kaldany is correct that “the water crisis is now;” with hundreds of millions of people worldwide deprived of this basic human right, the World Bank has no business diverting the critical resources needed to address this shortage into shoring up corporate profits at the expense of long-lasting investments in public infrastructure and democratic control of this shared resource and common good.

    By :
    Joby Gelbspan
    - Posted on :
    25/05/2012
  • There are many different way to provide safe drinking water to many of the people that lack safe drinking water. This can be done at a low cost per person and also be very profitable. If anyone would like to go over this please feel free to contact me.
    Bruce Wilkinson
    bruce@waterbusiness.com
    phone 760 744-4800

    By :
    Bruce Wilkinson
    - Posted on :
    29/05/2012
  • WE CAN SOLVE IT

    Atmosphere water generator (AWG) | PRODUCTION OF WATER FROM THE AIR

    With our AWG product, we are able to utilize a hitherto unused resource: drinking water produced from the air. It is important to remember in this context that the atmosphere contains 10 times more water than all rivers of the world together and that this water is distributed across all regions.

    The basic technology used for AWG originally came from the mining sector and utilizes the humidity borne in the air to produce drinking water by means of condensation. While the systems used in mining were primarily designed for cooling the air, they simply produced condensation water as a by-product. We use the process in reverse in order to produce drinking water. So here, water is the main product. The machines employed suck in large volumes of air, cool it down to dew point and collect the resulting condensation water, which is then filtered and mineralized. Through this process, pure drinking water is obtained that meets the quality standards of the WHO. In regions with high temperatures and high humidity levels, a single machine can generate up to 10,000 gallons of water per day, thus providing the water supply for entire villages.
    Mode of operation

    The water production process:

    Utilization of the atmosphere as a water reservoir
    Production of water through the use of very high-efficiency refrigeration technology to condense the humidity in the air
    Multiple use of the water so produced through the utilization of water treatment technology – water recycling

    Further potential uses of the process:

    Utilization of the waste heat from the system to generate electricity
    Utilization of the cooled air for air-conditioning

    The ability to produce water from the air is of major importance wherever drinking water is in short supply. The customer groups are therefore primarily the following organizations and businesses:

    Governments of water-poor countries
    Humanitarian organizations
    Armed forces, on mobile assignments
    Hotels in water-poor areas
    Building industry (self-sufficient water supply for buildings)
    Farms

    Uses and Benefits

    The AWG technology allows water to be produced at any location in the world. It is independent of stationary water resources. The economic benefit is enhanced by the fact that cold air generated in the condensation process can be used for air-conditioning buildings. Through the decentralized water production, diseases borne by contaminated water are unable to spread. The process has the advantage of having no negative impact on the environment. There is no need to transport and store water at great expense as the water is produced when and where it is needed.

    viland@eawdtechnologies.com

    By :
    Svein
    - Posted on :
    04/06/2012

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