Solarization and Restoration of the Leogane, Haiti Water System

Tribal and vulnerable communities often face disproportionate challenges in accessing clean water, which significantly impacts their health, livelihoods, and overall well-being in Chengalpattu and Kancheepuram District in the State of Tamil in India. This project seeks to address the water crisis among these marginalized groups by implementing sustainable water solutions tailored to their unique needs and circumstances.Tribal and vulnerable communities, due to their remote locations and limited resources, often lack access to clean and safe water sources. This results in poor health outcomes, limited economic opportunities, and perpetuates the cycle of poverty within these communities. The absence of adequate water infrastructure exacerbates their vulnerability to waterborne diseases and environmental hazards.

Proposed GG#2460917 WASH Project in Eastern Uganda. The will improve access to clean Water , Sanitation and Hygiene in four primary schools and two healthcare facilities. It will construct a solar powered drilled well water supply system in four primary schools, Kisongore and Buwunga in Bugiri District; Bukwekwe in Busia District and Kisoko Primary and Secondary School in Tororo District. Piped water will be extended to two healthcare facilities. The project will also construct latrines for girls and boys.

Access to clean water, adequate sanitation, and good hygiene (WASH) is essential for the well-being of communities, particularly in healthcare settings. The “Provision of WASH Facilities” project at Abia State College of Health Sciences and Management Technology in Aba, Nigeria, aims to address these critical needs. With a budget of $81,500, this project endeavors to serve over 1500 direct beneficiaries, including students, faculty, and staff, with an additional 500 indirect beneficiaries from the surrounding community.

We would like to install another 30 to 40 toilets in the town of Gastelum outside of Los Mochis, Sinaloa. In 2016 we installed 30 there, Rotoplas toilets as attached, at a cost of about $1000 usd each. Price now has jumped to $2833 per toilet. Are there any other sources of eco-friendly, sustainable toilets that serve that NW area of Mexico? Thanks

The project consist of a spring box and silt trap with a manhole to permit inspection during routine maintenance. It has to be constructed in a manner to avoid contamination from surface water. Water will be collected from here through PVC pipes to the reservoir proposed to be constructed near the village.

This project will focus on the water and sanitation requirements of school children in 22 schools in villages in the municipality of Acatenango in Chimaltenango, Guatemala. The project will have four specific objectives: 1) Fabrication and installation of biosand water filtration units in the 22 schools, supplemented with take-home water bottles for after school-hours use; 2) Fabrication and installation of hand-washing stations in the schools; 3) installation of five community-scale units to serve 200 families each; and 4) implementation of an educational program modeled on the UNICEF Three-Star approach.

This project will focus on the water and sanitation requirements of school children in 22 schools in villages in the municipality of Acatenango in Chimaltenango, Guatemala. The project will have four specific objectives: 1) Fabrication and installation of biosand water filtration units in the 22 schools, supplemented with take-home water bottles for after school-hours use; 2) Fabrication and installation of hand-washing stations in the schools; 3) installation of five community-scale units to serve 200 families each; and 4) implementation of an educational program modeled on the UNICEF Three-Star approach.

Partnering with Friendly Water for the World, we will provide a minimum of 500,000 liters of water security through the production of 20 25,000 liter Rainwater Catchment Tanks at schools, early childhood education centers, dispensaries, and health clinics in the Kambiri, Kenya area. To provide hygiene and hygienic sanitation options, training, and education made possible due to water availability and the production of KEBS (Kenya Bureau of Standards) liquid soap.

Implementation of 50 pour-flush toilets and individual waste management / disposal system for 50 households in Upper Amazon River Region village of Payorote, Peru.

Water Test

This is the final copy of our club global grant project with DAF number.The project seeks to provide clean water and modern toilets to four schools within Aba and its environs.The project also will involve training of the students and pupils as well as the immediate community members on the proper use and maintenance of WASH facilities and proper hand washing.

Community WASH grant to provide water, sanitation, hygiene, and filters to 18,000 rural Yumbe villagers with extensive impact surveys

This is WASH in Healthcare institution that seeks to provide clean water and improved Sanitation and Hygiene to the Abia State College of Health Sciences and Management Technology by providing 15 rooms block of tariffed public toilet, rehabilitate 55 existing toileits in the female and male hostels, offices and those in the school mch and library.

The WASH project includes the drilling of four bore holes, purchasing four solar pumps, constructing four water towers, then distributing the fresh and uncontaminated water to four villages with a population of 7000.

Water Wells for villages in Mozambique

The project aims to provide potable Water and sanitation for El Paraiso and El Tablon, Comayaugua, Honduras

WASH in HCF that seeks to improve on the water, sanitation and hygiene standard of a rural primary health care center by providing water, modern toilets, training

Gorkha Bankot Village Drinking Water Project

Install two borehole water systems, a hand pump on an existing well and other WASH in Migori County, Kenya THE FUNDING AND BUDGET DO NOT MATCH ON THE DRAFT APPLICATION. THIS HAS BEEN RESOVLED BUT WE CANNOT PRINT OUT AN UPDATED PDF AS THIS IS NOT WORKING ON THE TRF WEBSITE

This is a joint project with World Vision and is aimed at delivering clean water to 4 indigenous communities in the Western Highlands of Guatemala. These folks are in dire straits with each household getting a little less than 5 liters per day, inconsistently. Water related diseases are high and stunted growth in children is a persistent problem. We will build collection tanks, delivery tanks, pipelines and and distribution systems

Provide a potable water system, sanitation improvements and hygiene training for the 46 families (322 people) of a sustainable nature.

Zambia WASH project

We have identified 50 locations in this remote area where availability of water for agriculture in the area is almost non-existent. Apart from this, the farmers here have the will to use the water of farm ponds properly to grow agriculture and ancillary products such as fish. We propose the following a) Farm Pond for group of 7 farmers of each location b) The farm pond will be 30 * 30 * 3 meter in size and will hold in total capacity 2250 cubic meters of water which will irrigate 8 acres of land in Rabbi season Approximate Budget for one Farm Pond is Rs. 4 lacs

Provision of safe water and sanitation facilities to schools in Aba

On implementing the Global Grant (GG#2016110)- collaboration for ending preventable maternal and newborn mortality in central and western Uganda, it was established that there were dire water, sanitation and hygiene conditions in the health centres intervened in. The national micro planning handbook for water, sanitation and hygiene (WASH) in health care facilities (HCFS) in Uganda by Ministry of Health Uganda (2022), details the WASH in HCFs coverage indicators. The following indicators as required by the handbook were not being adequately met in the health centres. (a) Water Access considering both its quantity and quality. (b) Access to sanitation including number of facilities and stance ratio, menstrual hygiene and sanitation infrastructure. (c) Access to hand washing after using a latrine/toilet and hand hygiene. (d) Environmental cleanliness including training and protocols, equipment and supplies. (e) Facility hygiene, waste management including segregation and storage, treatment and disposal. It was therefore established that the dividends expected on the intervention of the GG would not be well achieved unless the WASH situation was also handled. The objectives of this application is therefore to: 1. Improve the access to safe, clean, adequate and portable water at the 3 health centres through the pumping of borehole water to overhead tanks and piping it to the water use utilities 2. Improve the sanitation in these 3 health centres by installing where missing, the sanitary use facilities like handwash basins, toilets and bathrooms at points of care, especially the labour wards, children wards and the maternity wards. 3. To improve the environmental cleanliness of the health centres (of its equipment, supplies and facility cleanliness) by developing standard operating procedures for infection prevention and control (IPC) in these 3 health centres. 4. To construct waste management equipment like incinerators and placenta pits. Where they exist to ensure their functionality and proper use. 5. To improve the waste management regimes of waste (including medical waste and other wastes) by training the health care workers how to safely segregate waste, treat it or dispose of it appropriately. 6. Improving community hygiene knowledge, behaviors, and practices that help prevent the spread of diseases and prevent maternal and child mortality.

On implementing the Global Grant (GG#2016110)- collaboration for ending preventable maternal and newborn mortality in central and western Uganda, it was established that there were dire water, sanitation and hygiene conditions in the health centres intervened in. The national micro planning handbook for water, sanitation and hygiene (WASH) in health care facilities (HCFS) in Uganda by Ministry of Health Uganda (2022), details the WASH in HCFs coverage indicators. The following indicators as required by the handbook were not being adequately met in the health centres. (a) Water Access considering both its quantity and quality. (b) Access to sanitation including number of facilities and stance ratio, menstrual hygiene and sanitation infrastructure. (c) Access to hand washing after using a latrine/toilet and hand hygiene. (d) Environmental cleanliness including training and protocols, equipment and supplies. (e) Facility hygiene, waste management including segregation and storage, treatment and disposal. It was therefore established that the dividends expected on the intervention of the GG would not be well achieved unless the WASH situation was also handled. The objectives of this application is therefore to: 1. Improve the access to safe, clean, adequate and portable water at the 3 health centres through the pumping of borehole water to overhead tanks and piping it to the water use utilities 2. Improve the sanitation in these 3 health centres by installing where missing, the sanitary use facilities like handwash basins, toilets and bathrooms at points of care, especially the labour wards, children wards and the maternity wards. 3. To improve the environmental cleanliness of the health centres (of its equipment, supplies and facility cleanliness) by developing standard operating procedures for infection prevention and control (IPC) in these 3 health centres. 4. To construct waste management equipment like incinerators and placenta pits. Where they exist to ensure their functionality and proper use. 5. To improve the waste management regimes of waste (including medical waste and other wastes) by training the health care workers how to safely segregate waste, treat it or dispose of it appropriately. 6. Improving community hygiene knowledge, behaviors, and practices that help prevent the spread of diseases and prevent maternal and child mortality.

On implementing the Global Grant (GG#2016110)- collaboration for ending preventable maternal and newborn mortality in central and western Uganda, it was established that there were dire water, sanitation and hygiene conditions in the health centres intervened in. The national micro planning handbook for water, sanitation and hygiene (WASH) in health care facilities (HCFS) in Uganda by Ministry of Health Uganda (2022), details the WASH in HCFs coverage indicators. The following indicators as required by the handbook were not being adequately met in the health centres. (a) Water Access considering both its quantity and quality. (b) Access to sanitation including number of facilities and stance ratio, menstrual hygiene and sanitation infrastructure. (c) Access to hand washing after using a latrine/toilet and hand hygiene. (d) Environmental cleanliness including training and protocols, equipment and supplies. (e) Facility hygiene, waste management including segregation and storage, treatment and disposal. It was therefore established that the dividends expected on the intervention of the GG would not be well achieved unless the WASH situation was also handled. The objectives of this application is therefore to: 1. Improve the access to safe, clean, adequate and portable water at the 3 health centres through the pumping of borehole water to overhead tanks and piping it to the water use utilities 2. Improve the sanitation in these 3 health centres by installing where missing, the sanitary use facilities like handwash basins, toilets and bathrooms at points of care, especially the labour wards, children wards and the maternity wards. 3. To improve the environmental cleanliness of the health centres (of its equipment, supplies and facility cleanliness) by developing standard operating procedures for infection prevention and control (IPC) in these 3 health centres. 4. To construct waste management equipment like incinerators and placenta pits. Where they exist to ensure their functionality and proper use. 5. To improve the waste management regimes of waste (including medical waste and other wastes) by training the health care workers how to safely segregate waste, treat it or dispose of it appropriately. 6. Improving community hygiene knowledge, behaviors, and practices that help prevent the spread of diseases and prevent maternal and child mortality.

GG2350222 SUSTAINABLE WATER SUPPLY & ENERGY BACK UP 1444 PEOPLE SANCTUARY SANTA MARIA DEL FIAT Manglaralto – Santa Elena – Ecuador 1444 people 1260 students from 3 to 17 years. 54 teachers and administrative staff 25 missionaries and volunteers 80 children who live in the shelter and study at the education center. 25 educators and volunteers from the children’s shelter Currently they bathe with the water that comes from the brackish water deep well located in Olon up to the cisterns on the Sanctuary Hill at 90 m OSL.

WASH IN SCHOOLS