Modular GAC and ion exchange resin vessels on a trailer enable rapid PFAS treatment with telemetry and minimal site preparation.
Turbidity-based estimation enables continuous pitch monitoring without manual sample preparation.
This case uses oxygen starvation in a polymeric electrolyzer to soften tap water at high flow while limiting internal pressure.
This case uses RO effluent and recirculation to regenerate cleaning and disinfecting fluids while reducing water waste.
This case uses inlet and outlet water quality feedback to adjust softening agents and stabilize hardness removal.
Greenhouse thermal floors stage biosolids heating to reduce water content, microbial populations, and disposal costs.
This case combines MF/UF membranes with an in-vessel biocontactor to remove assimilable nutrients and support downstream hyperfiltration.
Precipitate divalent ions before bipolar electrodialysis to limit scaling and cut maintenance costs.
Temperature sensors trigger disinfection or flushing when water heats up, helping preserve drinking water quality during stagnation.
A single transducer and reflector arrangement form counter-propagating standing waves, concentrating energy for scalable cavitation.
This case uses oxygen and carbon dioxide analysis in aeration-tank exhaust gas to match air supply with biological demand.
This electrochemical cell uses sacrificial anodes and salt precipitation to lower phosphorus in water with reduced cost and footprint.
Combining graphitic C3N4, V2O5, and MgAl2O4 addresses low surface area and charge recombination during water treatment.
This case uses graphene-wrapped cobalt Prussian blue nanocrystals on nickel foam to treat nitrate wastewater with 98.97% N2 selectivity.
Activated carbon filtration and UV treatment combine to improve microbial disinfection.
This case combines trailer-based filtration, chlorine-triggered backwashing, and variable flow to treat construction-site wastewater.
A surfactant molecular liquid, ultrasonic treatment, and anaerobic digestion improve waste processing efficiency while reducing power use.
A smaller evaluation system mirrors treatment operations while parameter correction predicts large-system solute concentrations sooner.
A transducer and reflector align sonic anti-nodes with tower ports to remove solid concentrates and shorten fluid treatment.
Measured TOC and specific organics guide pretreatment and flow-path control for stable treated water quality.