In order to create a more successful solution, the chlorine droplets must be automatically dispensed into the water at the pump's location site. This will regulate the amount of chlorine released into a person's water supply and will facilitate the purification of water in one easy, friendly step.
The design must be easy to use and replace, universally accessible, and free of cost. The design must be durable so that it can withstand the pressure of the water flowing out of the pump. Ideally, the design will be simple enough to allow for cheap mass production. This solution will help thousands of people in third world countries as they collect water each day and will lessen the risk of diarrheal diseases contracted from dirty water, which are often fatal for children.
Our solution is science-based. The chemical reaction that occurs between the water and chlorine will purify the water. In addition, our apparatus will be durable and securely attached to the mouth of the pump in order to withstand the force of the flowing water.
The design must be easy to use and replace, universally accessible, and free of cost. The design must be durable so that it can withstand the pressure of the water flowing out of the pump. Ideally, the design will be simple enough to allow for cheap mass production. This solution will help thousands of people in third world countries as they collect water each day and will lessen the risk of diarrheal diseases contracted from dirty water, which are often fatal for children.
Our solution is science-based. The chemical reaction that occurs between the water and chlorine will purify the water. In addition, our apparatus will be durable and securely attached to the mouth of the pump in order to withstand the force of the flowing water.