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MainDB: SkyHydrant Water Purification Technology

Title

SkyHydrant Water Purification Technology

NWPWeblink

 

NWPTypeOfOrganization

Private sector

NWPGeographicRegion

Africa; Asia; Caribbean and Central America; South America

Scope of work

 

NWPMandatesandFrameworks

 

NWPModalityApproachandMechanism

 

NWPEffortsToAddressSOE

 

NWPRelevantStakeholders

 

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NWPImpactAreas

 

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Good practices and lessons learned

 

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Date of submission

 

Abbreviation

 

Activities

 

Adaptation element

Impact assessment; Science and research; Technology support

Adaptation sector/theme

Agriculture; Food security; Water resources; Biodiversity; Disaster risk reduction

Climate hazard

 

Country

Sri Lanka; Indonesia; Timor-Leste; Nepal; Pakistan; Thailand; Oman; Kenya; India

NWPDataSource

PSI

Description

The scarcity of clean water is an ever-increasing global problem and is already being exacerbated by climate change. To help the UN achieve its goal of reducing the number of people without access to clean water to one half of today’s level by 2015, a team from Siemens Water Technologies has developed the portable water-purification system SkyHydrant and established the SkyJuice Foundation to ensure the system will be used effectively in developing countries and disaster areas. 

SkyHydrant purifies unclean water by pumping it through a membrane of ultra-fine fibers. It can produce up to 20,000 litres per day of exceptionally pure drinking water that surpasses World Health Organization (WHO) quality specifications. 

To date, the SkyJuice Foundation has installed around 450 water purification units throughout Sri Lanka, Indonesia, East Timor, Nepal, Pakistan, Thailand, Oman, Kenya, South, and Central America and India. The systems are installed in schools, hospitals, clinics, internally displaced persons camps, and villages. Thousands of people now have access to continuous, safe drinking water. 

Siemens has also assisted the Singapore government in supplying much-needed fresh drinking water as about half the country’s requirement of water currently needs to be imported from Malaysia. Siemens provides a wastewater purification system that filters water to the required World Health Organization (WHO) and the U.S. Environmental Protection Agency (EPA) standards. A water purification plant in Kranji is now being expanded. By 2012, its capacity will be boosted to 210,000 m³ per day in order to meet 20 % of the city’s water requirements.

Expected outcome

The SkyHydrant system does not require electric power or purification chemicals, and with an annual cost of less than 20 euro cents per person, it is affordable for even the poorest communities in developing countries, including those communities affected by climatic disasters. It is therefore a business model with good potential for Siemens. 

The expansion of the Kranji water purification plant is possible because Siemens’ recycling process is cost-effective and much cheaper than other water purification methods such as desalination. Concerned about water resources, a number of delegations from other Asian countries have also expressed interest in this technology.

Further information

NWPGeographicScope

Global

Indicators of achievement

 

NWPInformationType

Case study

NWPJoinDate

 

NWPPartner

Siemens AG

Purpose

 

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Target group

 

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NWP

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Scale of work

 

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Implementing partners

 

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Attachments

Content Type: NWPSearchableItem
Created at 21/04/2016 11:45 by Roberto Felix
Last modified at 11/05/2022 01:33 by Nicholas Hamp-Adams