Posts Tagged ‘cistern’

Apr20

WRAP Completes Second West Bank Project

Village of Husan, West Bank | April 23, 2015

11040733_10155310901805022_863332045_nThe Water Resources Action Project (WRAP) recently completed construction of its second project in the West Bank.  WRAP, in partnership with EcoPeace Middle East’s Bethlehem Office, constructed a cistern system at the Al-Sedeeq Primary School located in the Village of Husan in the West Bank, an area with an average annual rainfall of only 500 mL. Al-Sedeeq is a public school serving 389 Arab boys in 13 grades. The school’s primary source of water is an unreliable municipal water source, and because of this, the school experienced over 30 days of restroom closures due to water shortages last year.

11042193_10155310906760022_1687587892_nThis is WRAP’s sixth project in the Middle East, following successful rain barrel and cistern system installations at schools in East Jerusalem, Northern Israel, and the West Bank.  “With the completion of this project, WRAP is continuing our commitment to address water security issues within this region in an informed manner,” stressed WRAP’s Executive Director, Brendan McGinnis.  “We are pleased to have built on the successful model established with our first West Bank cistern and hope that we may continue to do so in other areas of the West Bank. Al-Sedeeq will be an integral part of the network of schools with similar programs that WRAP is establishing throughout Israel, Palestine, and soon, Jordan.”

IMG_4066The cistern system, an underground cement storage tank, holds rainwater collected and diverted from the roof of the school.  The rainwater is then pumped to the school’s restrooms, where it is utilized for toilet flushing.  The cistern holds up to 62,000 liters of rainwater, greatly reducing the school’s cost for water and vulnerability to an unreliable municipal water source. The project would help to ensure continued usage of clean restrooms throughout the entire school year and provide the possibility for summer classes and community gardening.

The overall effort includes a supplemental environmental curriculum overseen by EcoPeace to heighten water awareness and conservation, while empowering local water resources stewardship.  Water conservation, the interconnectedness of the surrounding ecosystem, and hands-on student engagement in monitoring and reporting of rainfall collection and usage data serve as the foundation for the program.  WRAP and EcoPeace will work closely with the school to ensure the system is regularly and properly maintained.  This arrangement with EcoPeace Middle East has been successfully executed at various WRAP project schools in the past, including a similar cistern system installed in July 2013 at the Battir Girls School in the West Bank.

11082852_10155372000030022_2105802816_nThe installation of the cistern at the Al-Sedeeq School and the parallel environmental curriculum was made possible thanks to grants from the Jerusalem Fund, the Firedoll Foundation, and the April Fund. Through this project, WRAP strives to not only alleviate the struggles associated with water shortages in this region, but also encourage the students and greater community to collaborate on stewarding this precious natural resource.

Jul15

WRAP Completes Inaugural West Bank Project

WRAP Completes Inaugural West Bank Project
Village of Battir, Palestine | June 26, 2013

Battir1The Water Resources Action Project (WRAP) recently completed construction of its inaugural West Bank project.  WRAP, in partnership with Friends of the Earth Middle East (FoEME), constructed a cistern system at the Battir Girls High School located near Bethlehem in the Village of Battir, Palestine.  The school has 120 female students in three grades.  This is WRAP’s third project in the Middle East, following successful rain harvesting installations at two schools in East Jerusalem, which have thus far collected and utilized over 180,000 liters of rainwater for toilet flushing and community gardening.  “Establishing and successfully maintaining this initial project in the West Bank is essential to fulfilling WRAP’s commitment to addressing water security issues within this region in an informed manner,” stressed WRAP’s President, Brendan McGinnis.  “Our hope is that this effort will not only become a model that may be replicated in other areas of the West Bank, but also serve as an integral part of the network of schools with similar programs that WRAP is establishing throughout Israel, Palestine, and eventually, Jordan.”

Battir 4a
The cistern system, an underground cement storage tank, holds rainwater collected and diverted from the roof of the school.  The rainwater is then pumped to the school’s restrooms, where it is utilized for toilet flushing.  Due to the number of children on this centralized site, toilet flushing is responsible for nearly 85% of the school’s total water usage.  The water is critical to ensuring reliable usage of clean restrooms throughout the entire school year.

Previous WRAP projects have demonstrated that rain harvesting systems can supply upwards of 50-70% of a school’s total water needs during its nine months of operation.  With additional water availability made possible by the cistern, the school will in time also be able to implement a desired summer camp and community garden.  The school will also soon realize a reduced reliance on municipal water and the attendant costs – all critical elements to water security and stability within this increasingly arid region of the world.  The Village of Battir and surrounding area receive on average 653mm (25 inches) of annual rainfall, primarily between the months of October through April.  Thus, rainwater harvesting during this timeframe is crucial.

Battir3The overall effort also includes a supplemental environmental curriculum overseen by FoEME’s Community Coordinator to heighten water awareness and conservation, while empowering local water resources stewardship.  Water conservation, the interconnectedness of the surrounding ecosystem, and hands-on student engagement of monitoring and reporting of rainfall, harvesting, and usage data serve as the foundation for the program.  WRAP and FoEME will also work closely with the school to ensure the system is regularly and properly maintained.  WRAP’s McGinnis added, “Working closely with our grassroots partners, Friends of the Earth Middle East and Battir’s community leadership, on every aspect of this effort will help to ensure that all involved are committed to its long-term success.”Battir4

With the installation of the cistern at Battir School and the parallel environmental curriculum, WRAP strives to not only alleviate the struggles associated with water shortages in this region, but also encourage the students and greater community to collaborate on stewarding this precious natural resource.