This technology aims to solve the problem of providing clean water supply to remote places using a modular system that is easy to fabricate, assemble, operate, and maintain. The system utilizes local materials and a simple tratement process that includes up-flow sand filtration, phytoremediations, adsorption, and microfiltration. The sustem is cost-effective and integrates an Open Platform Communication (OPC) for remote and online monitoring of water quality. The key benefits of the technology are its efficiency, cost-effectiveness, and ease of use.
The lack of access to clean water in remote areas is a significant problem worldwide. The market need for solution is high, as current solutions are often expensive, complex and difficult to maintain.
1) Water Treatment Process
The modular water treatment system uses up-flow sand filtration, phytoremediation, adsorption, and microfiltration. Water enters the system and goes through coarse and fine sand layers to remove particles. Phytoremediation uses plants to remove impurities. Adsorption on activated carbon bed removes remaining contaminants.
2) Remote Water Quality Monitoring
The Open Platform Communication (OPC) system is integrated into the modular water treatment system to enable remote monitoring of water quality parameters such as pH, turbidity, temparature, and conductivity. This eliminates the need for regular site visits, reducing costs and enabling efficient monitoring.
3) Simple Water Treatment System
The system is designed to be simple to assemble, operate, and maintain. The technology is cost-effective, efficient and accessible, providing clean water supply to remote areas.
The water treatment technology'scompetitive advantage is its simplicity, lowcost, and ease of use compared to othersolutions on the market. Its simple treatmentprocess uses local materials that are readilyavailable in remote areas, which reducestransportation costs and makes it moresustainable. This increases its accessibility,making it an ideal solution for remote areaswhere conventional water treatmenttechnologies are not viable due to theircomplexity and high cost.