Municipal Drinking Water Plant Upgrade

 Is Your Drinking Water Plant Facing These Pressures?

CategorySpecific Pressures
Variable Source QualitySeasonal algae, turbidity spikes, or increasing natural organic matter (NOM).
Disinfection Byproduct (DBP) ConcernsStruggling to keep THMs and HAAs within new, lower limits.
High Operational CostsInefficient coagulation leading to high chemical and sludge handling costs.
Limited Trust in Legacy ProcessesReliance on aging filtration and disinfection systems with limited monitoring.

 Replace or augment sand filters with a membrane barrier that removes particles, bacteria, and protozoa with 100% efficiency, regardless of incoming turbidity.

>4-log virus removal | Turbidity < 0.1 NTU | Fully automated backwash.

Utilize UV-based or ozone-based AOP to target and destroy micro-pollutants, taste/odor compounds, and DBP precursors, reducing downstream chlorine demand.

Effective for pesticides & pharmaceuticals | Reduces chlorine demand by 20-40% | Compact footprint.

Remote Implementation + Tangible Benefits

Seamless Implementation, Wherever You Are

 We manage the complexity remotely. Our team provides detailed design packages, conducts virtual Factory Acceptance Tests (FAT), and guides your local contractors through installation and commissioning via our secure collaboration platform. Post-commissioning, the Mole Cloud™ takes over for continuous optimization.

Quantifiable Results from Modernized Plants

Compliance📊 100% consistent compliance with latest WHO/EPA-derived standards.
Cost Savings💰 20-35% reduction in coagulant and disinfectant consumption.
Operational Simplification⚙️ Up to 50% reduction in manual sampling and process adjustment tasks.
Reliability🛡️>99.5% plant availability with remote predictive maintenance.

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