Project Cost: $40,000.00
Assessment Cost: $14,500.00
Implementation Cost: $25,500.00
Funds Needed: $0.00
Background: The village of Nong Bua had water that was contaminated with heavy metals and bacteria. The people there have made numerous attempts to drill wells to provide cheap, clean water alternatives, but to no avail. This has forced the already poverty-stricken people of this farming community to purchase costly bottled water. The implemented design included reinstalling the backwash system, adding a chlorinator, and building a cage around the aeration unit to keep animals/birds out of the system. The project was approved and is currently being maintained by the village of Nong Bua. A water team was also established for sustainability.
Members of the Nong Bua community in Thailand show their gratitude by tying white string's around the travel team's wrists. (Shown here: Jessica Kretch, Civil Eng. '11)
Project Cost: $82,690.00
Assessment Cost: $11,000.00
Implementation Cost: $71,690.00
Funds Needed: $16,629.00
Background: NSCI, Guatemala is a village of approximately 4,000 people of Mayan descent and has been in existence since 2000.The town was originally located about 20 km away from its current location. Hurricane Mitch in 1998 caused mudslides that destroyed 60-75% of the old village. The new town has access to good roads, decent houses, schools, health centers and farming land, but faces a crucial problem of insufficient water supply for domestic use. The Water Committee of NSCI sought help from EWB-USA and thus the Rutgers Chapter got involved with the project in January 2009. The project has technical and financial support from the local Municipality. Repair and Redesign of NSCI's Water Supply System is the main goal of the project. EWB-USA Rutgers has conducted three project assessments and one implementation thus far.
Colin Henry (Bioenv. Eng. '10) plays with one of the children in the community of NSCI.
Funds Needed: $45,100.00
Background: Located in Southwest Kenya, Kolunje is a cohesive and well organized community of over 18,000 people. The lack of reliable sanitary water has crippled progress in Kolunje. The lack of access to clean water is a plaguing problem in Kolunje, Kenya. The community currently relies on a series of intermittent streams, shallow wells, and other unprotected sources of water. During household health surveys administered on the first assessment trip, cases of cholera, typhoid, diarrhea, and other waterborne disease were widespread. The project team is currently assessing design possibilities for the water system.
Travel team members interact with community members in a Kenyan tradition. (Shown here: David Lam, Bioenv. Eng. '11, and David Wallace, Env. Policy '12)