Waterbee Core Technology
From sensor structure precision to a control platform designed to raise data confidence, Waterbee's core technologies are organized in one place.
Rotating Electrode Residual Chlorine Measurement
The patented rotating-electrode structure helps reduce surface fouling and supports stable long-duration residual chlorine monitoring.
Waterbee's rotating-electrode approach continuously conditions the electrode surface to reduce membrane-consumable burden and to suppress error caused by fouling or changing field flow. It is designed with both maintainability and measurement confidence in mind for continuous operation at water treatment sites.
Low-maintenance membrane-light structure
The design reduces the consumable-replacement burden typically associated with membrane-based methods.
Stable under flow and fouling changes
The rotating electrode and coated surface help minimize error caused by flow variation and contamination buildup.
Built for continuous duty
Ongoing surface conditioning helps suppress signal drift during extended operation.
Strengths
Operational Considerations
Bubble-Removal 90deg Scattered-Light Turbidity
A detachable bubble-removal stage combined with 90deg scattered-light detection helps reduce microbubble interference and stabilize low-range turbidity reading.
Waterbee's turbidity approach separates the light source, flow cell, and detector while placing a bubble-removal stage ahead of the measurement cell. The structure is aimed at sites where low turbidity and microbubble management both matter, such as clearwells and water treatment facilities.
Detachable bubble-removal stage
Microbubbles can be stripped before measurement so that interference on the turbidity signal is reduced more effectively.
Dedicated 90deg scatter readout
The detector reads the 90deg scattered signal rather than the transmitted beam, improving sensitivity to subtle low-range turbidity change.
Separated source and cell structure
Separating the source, flow cell, and detector helps simplify maintenance understanding and signal interpretation.
Strengths
Operational Considerations
Python and AI-Based Smart Controller
A next-generation control platform designed around a Python operating environment and AI-assisted validation logic to improve both measurement trust and operating visibility.
The new controller is being designed to combine sensor acquisition, local control, and higher-level integration while adding Python-based extensibility and AI-assisted diagnostics for faster recognition of abnormal data behavior. The goal is an operational controller that unifies local UI, remote monitoring, and maintenance workflows.
One platform for sensing and control
It is intended to collect inputs from residual chlorine, turbidity, pH/EC, and other sensors while handling local control outputs.
AI-assisted confidence management
Anomaly detection and validation logic are intended to improve trust in measured values and speed up operator judgment.
Preserved plant-side integration
Compatibility with Modbus, 4~20mA, relay, and existing control panels remains part of the planned field interface strategy.
Strengths
Operational Considerations
Patents & Certifications
Patents and certifications that prove our technology