771 million people live without clean water.
That's about 1 in 10 of us.
Health: Around 297,000 children under the age of five die every year from diarrheal diseases caused by inadequate water and sanitation. Access to clean water and basic sanitation can save around 16,000 lives every week.
Women Empowerment: Women in Sub-Saharan Africa spend a combined total of 16 million hours per day collecting water. When a community gets water, women and girls get their lives back. They start businesses, improve their homes, and take charge of their own futures.
Education: Less time collecting water means more time in class. Clean water and proper toilets at school mean teenage girls don’t have to stay home for a week out of every month.
Economic Growth: Every $1 invested in improved water access and sanitation yields $4-12 in economic returns, depending on the region and type of project.
We can end the water crisis in our lifetime.
Express Water and charity: water share a common goal; we both want everyone to have access to clean, safe water.
And with charity: water, 100% of public donations go directly to clean water projects.
When charity: water began in 2006, billion people lived without clean water. Now, thanks to the efforts of the global community, that number is down to 785 million.
We have the ability to end the water crisis. All we need are the resources.
Project #1 - Bangladesh
Bangladesh is one of the most densely populated countries in the world and faces both water access and water quality challenges.
It is prone to flooding during the monsoon season and droughts during the dry season. The rural population primarily relies on groundwater, which has a high risk of contamination if it’s not accessed and treated correctly.
Many communities also lack access to basic sanitation and proper drainage systems, which further contaminate water sources.
Piped System Tap Stands
Piped systems are good options if a water source has a high enough yield to sustain multiple water distribution points or is too far away for a community to access. These interconnected pipelines use gravity, electricity, solar power, or a combination of these methods to bring water directly to distribution points. The size and structure of the system is tailored to the geography, amount of water available, and financial and technical resources. In some cases, partners can use existing infrastructure, and they may rehabilitate non-functional parts or add extensions to existing systems to bring water to more people.