Water filtration using MOFs

The project aims to create a water filtration system using Metal-Organic Frameworks (MOFs), which are highly effective at removing harmful contaminants from water. MOFs are materials made from metal ions linked by organic molecules, forming a porous structure that can trap specific pollutants, such as arsenic, in the water.

Arsenic contamination in groundwater is a major global issue, especially in areas like Bangladesh and parts of India, where it can lead to serious health problems like cancer. Traditional water treatment methods can be expensive, energy-consuming, and often not efficient enough for widespread use, especially in developing countries.

This MOF-based filtration system stands out because it's:

• Affordable: It doesn't require expensive chemicals or complicated machinery.
• Efficient: It can effectively remove contaminants like arsenic.
• Sustainable: MOFs are recyclable, and the system can be reused multiple times.

The goal is to develop a prototype of this filtration system and demonstrate its effectiveness in treating contaminated water. The project will start with arsenic, but the technology can later be adapted to other pollutants like lead, fluoride, or mercury. After successful testing, the solution will be shared with organizations for industrial application, especially in regions with severe water contamination problems. A non-profit version will be created to make it affordable for developing countries, while a commercial version will be offered for wealthier regions.

The project is designed to be scalable, meaning it could be used in hospitals, local water treatment plants, and even in rural areas where clean water is scarce. This solution has the potential to drastically improve public health by providing safe drinking water to those in need.

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_{Credits Main Image: ICRC}