For decades, sand filtration has been the standard solution in swimming pool water treatment. However, as water quality expectations and sustainability requirements continue to rise, its limitations are becoming increasingly clear.
Most conventional sand filters operate at a filtration precision of around 15–40 microns. While sufficient for basic clarification, this level of performance often leaves behind fine suspended particles, microorganisms, and organic contaminants that directly affect long-term water clarity and chemical consumption.
In modern commercial and high-end residential projects, this leads to three major challenges:
🔹 High chemical consumption to compensate for limited filtration precision
🔹 Frequent backwashing, resulting in significant water loss
🔹 Large equipment room footprint, limiting architectural flexibility
At FULLVISION, we address these challenges through high-precision filtration technologies based on perlite and membrane systems.
Our engineering approach focuses on:
✔ Filtration precision down to 1 micron and 0.1 micron
✔ Reduced backwashing frequency through regenerative and automatic systems
✔ Significantly smaller equipment footprint compared to traditional sand systems
✔ Lower long-term operational costs through reduced water and chemical usage
Instead of simply filtering water, modern pool systems should optimize the entire lifecycle of water treatment—balancing clarity, efficiency, and sustainability.
This is where high-precision filtration is reshaping the industry.
🌊 Smarter filtration is not an upgrade—it is a necessity for the next generation of swimming pools.
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