Industry application cases

Typical parameters

• Turbidity (mid/high)
• TSS
• pH
• ORP

Challenges

• Algae blooms, sediment surges, and sudden pollution events at surface sources
• Need for early warning before treatment trains are overloaded
• Variable mid/high-range turbidity and suspended solids

Our approach

• Mid/high-range turbidity and TSS continuous tracking
• pH and ORP for source-water character shifts
• SCADA-ready Modbus digital sensors for plant inlet
• Fits municipal and rural source-water intake stations

Typical parameters

• Ultra-low turbidity
• Free chlorine / ClO₂ / O₃
• pH
• Conductivity

Challenges

• Tight finished-water turbidity and residual control
• Disinfection byproduct and residual balance
• 24/7 compliance reporting for utilities and EPCs

Our approach

• Ultra-low turbidity (polish / outlet duty)
• Free chlorine, ClO₂, and ozone residual options
• pH and conductivity for finished-water quality
• Analyzer and multi-parameter station form factors

Typical parameters

• Turbidity
• Residual chlorine / ClO₂
• pH
• Temperature

Challenges

• Bacterial growth risk in tanks and pipes
• Chlorine decay across pressurized distribution
• Turbidity fluctuations and sediment accumulation

Our approach

• Turbidity + residual chlorine / ClO₂ packages
• Compact analyzers for constrained pump rooms
• Pressure-friendly flow cells for pipeline taps
• Cloud or SCADA alarms for decay and spike events

Typical parameters

• Free chlorine
• ORP
• pH
• Turbidity

Challenges

• Balancing disinfectant residual, pH, and turbidity
• Pathogen control without over-dosing discomfort
• Audit trails for health inspections

Our approach

• Free chlorine / ORP / pH continuous loops
• Reagent-free residual sensor options
• Integrator-ready kits for pool system houses
• Private-label path for leisure OEMs

Typical parameters

• Low-range turbidity
• TDS / conductivity
• DO
• Residual disinfectant

Challenges

• Recontamination risk after UF/RO polish
• Membrane integrity and taste-critical TDS control
• Multi-building fleets needing consistent instruments

Our approach

• Low-range turbidity and conductivity / TDS
• Residual disinfectant where required by the scheme
• Multi-parameter kits for facility teams
• OEM branding for direct-drinking system suppliers

Typical parameters

• Disinfectant residual
• pH / ORP
• Turbidity

Challenges

• Pathogen-laden and chemically complex wastewater
• Need to verify disinfection efficacy before discharge
• Harsh sample points that punish fragile instruments

Our approach

• Disinfectant residual verification (chlorine / ClO₂ / O₃)
• Digital sensors for integrator panels
• Protocol-friendly outputs for hospital BMS / SCADA
• Support for specialty process water edges