Our facility isolates measurement physics across distinct physical enclosures to ensure reproducible particle tracking and gas saturation data.
Optical tracking and sizing
Gas transfer columns
High-pressure loops
Laser diffraction and nanoparticle tracking analysis quantify bubble diameter distributions from 50 to 200 nanometers with real-time zeta potential tracking.
Ten-meter fractionation columns evaluate gas dissolution rates, oxygen mass transfer coefficients, and long-term saturation curves in varied water chemistries.
Closed recirculating fluid loops simulate industrial pipe velocities up to 15 bar, evaluating shear degradation and bubble stability under extreme pumping forces.
Empirical test design controls
Every trial isolates baseline water chemistry before introducing microcavitation or gas injection. Standardized controls establish ionic strength, temperature, and surfactant concentrations to distinguish chemical reactions from hydrodynamic bubble phenomena.
Independent empirical reporting provides enterprise audit trails compliant with industrial environmental standards. Raw analytical datasets and calibration certificates accompany every validation report.
Schedule a laboratory intake consultation
Submit process fluid parameters to review testing protocols, schedule bench feasibility studies, or arrange a technical inspection of our Tuas testing loops.