Today marks the second annual UN World Toilet Day, an important opportunity to promote global efforts to achieve universal access to sanitation by 2030. With a focus on equality and dignity, this year, World Toilet Day aims to highlight sanitation as a global development priority, especially for women and girls who must compromise their dignity and put their safety at risk when lack of access to sanitation forces them to defecate in the open.
The World Region
Each year, cities around the world spend $90 billion to build infrastructure that’s used to deliver and treat water. To meet the needs of growing urban populations, some cities transport clean water thousands of kilometers to their residents, while other cities invest in more complex technology to treat local water resources. But nature has an important role to play in water delivery and treatment, one that has gone largely untapped.
The Nature Conservancy, in partnership with C40 Cities Climate Leadership Group and the International Water Association, has released a new report, Urban Water Blueprint: Mapping Conservation Solutions to the Global Water Challenge, which analyzes the state of water among more than 2,000 water sources and 530 cities worldwide. The report offers science-based recommendations for natural solutions that can be integrated alongside traditional infrastructure to improve water quality.
If you are working on an urban water project, what information do you need? You likely want to know what your project’s water utility knows. How else can you start talking to each other to have a productive discussion, using the same language and standards?
For the first time, the International Water Resource Economics Consortium (IWREC) held its annual meeting at The World Bank from September 7-9, 2014. The meeting, an annual gathering of water economists, serves as a place to exchange the latest information and research findings in the field.
As I blogged a few weeks ago, the proposed WASH Post 2015 goals and targets for sanitation call for universal access to improved sanitation by the year 2030. I described how many governments have started working to achieve the goal of universal access by taking steps to make the transformational changes and to stop doing “business as usual” in sanitation programs that have largely failed to deliver sustainable sanitation service delivery – especially for the poor. In addition to universal access, the WASH Post 2015 goals also call to progressively eliminate inequalities in access between population subgroups.
Whether you'll be attending the upcoming World Water Week in person or following online, there's a lot to look forward to this year. This year's theme focuses on Energy and Water and along with Sustainable Energy for All (SE4ALL) and the International Union for Conservation of Nature (IUCN), The World Bank Group is excited to join as a collaborating partner.
The proposed WHO/UNICEF Joint Monitoring Program (JMP) WASH Post 2015 goals for sanitation calls for universal access to basic improved sanitation – by the year 2030. Using largely small scale project approaches that have failed to deliver sustainable sanitation service delivery – especially for the poor -- most countries have not yet achieved the more modest MDG sanitation goals. However, many countries have already started working to achieve the goal of universal access by taking steps to make the transformational changes needed to stop doing “business as usual” in their sanitation programs.
Jaehyang So, Director, Trust Funds and Partnerships, World Bank, wrote a partner perspective article for The Sanitation and Water for All (SWA) global partnership in advance of the April 11, 2014 SWA High-Level Meeting. Read the article below, courtesy of SWA.
The theme of this year’s #worldwaterday focuses on water and energy. And for good reasons.
For the last six years, a power plant in San Luis Potosi, Mexico has bought water from a nearby wastewater treatment plant to use in its cooling towers (instead of using freshwater). This operation, Project Tenorio, a public-private partnership, continues today and has already resulted in the reduction of groundwater extraction of at least 48 million cubic meters (equivalent to 19,000 Olympic size pools) and increased aquifer sustainability.
This is a good example of the water and energy nexus in practice: the wastewater treatment plant covers almost all of its operating costs from this additional revenue stream and the power plant gets a more reliable water source that is also 33% cheaper than groundwater in that area.
Treated wastewater has been used to reduce the water requirements of power plants in several other countries as well, as water supply becomes more variable or disappears. In the US, for example, around 50 power plants are using treated wastewater for cooling in order to adapt to water shortages. However, innovative integrated approaches like these are still more of an exception than the norm.