Chesilot Water Project

Introduction A community is a group of people who live in the same geographic region and share common interests, principles and values. Community is not single, there are differences in power structure, class, gender, ethnicity. Therefore, community-based programs need to take into account the structure unique to each community in order to make effective plans to meet the needs of each community. In this article we will introduce the Chesilot Water Project, one of the successful community projects surveyed by Were "Local Government and Gender in Water Management: Case Study of Kenya Heights". Kenya is one of the poorest countries in Africa and the world.

Water Project, Inc. is a non-profit organization developing and implementing sustainable water projects in Kenya, Rwanda, Sierra Leone, Sudan and Uganda. The water project has funded or completed more than 250 projects. And more than 125,000 people will help to improve clean water and sanitation. Using one process wastewater in another process that accepts low quality water is another way to reduce wastewater contamination while increasing feedwater. Recycling and recycling techniques can include recycling and processing waste water from industrial plant wastewater or treated tap water for low quality applications. Likewise, wastewater is reused in commercial buildings (such as toilets) and in treated city sewage (such as industrial cooling).

Even today, engineers continue to strive hard to support projects such as reuse of "gray water". Light gray water is wastewater from shower, bathtub, bathroom sink and washing machine. Dark gray water is sink of kitchen and wastewater from dishwasher. There are commercial techniques for treating freshwater and heavy gray water on-site in non-drinking. The water produced is not clean enough, but these technologies effectively increase our water supply for other basic uses. This is very valuable in a world with poor water.

Most water recycling projects were developed to meet water requirements other than drinking water, but many projects use recycled water indirectly for drinking water. These projects include replenishing groundwater aquifers and increasing surface reservoirs with recycled water. In the groundwater recharge project, recycled water can be diffused or injected into the groundwater aquifer in order to increase the supply of groundwater and prevent salt water intrusion in coastal areas. For example, since 1976, the Water Plant 21 direct injection project in Orange County, California, injects highly processed reclaimed water into the aquifer to prevent the invasion of saltwater and to increase the supply of drinking groundwater.