Cylindrical liquid air separator eliminates splash and spray during diffuser cleaning by separating air and water streams via density gradients.
A fluid purification system uses a fixed film biological filter to reduce biological oxygen demand in treated water streams.
Segmented pre-treatment removes fouling contaminants before aeration, maintaining filter efficiency and reducing maintenance costs.
Vertical stacking and buoyancy-driven flow eliminate mechanical pumps, reducing energy consumption by over 90%.
Segmenting the bioreactor into upper suspended and lower attached zones prevents abrasive erosion of biofilm while maintaining treatment efficiency.
Multiple gas inlets divide the injection zone to improve solution homogeneity, resolving the trade-off between mixing uniformity and device complexity.
A tide water filtering tank uses a bell siphon and U-turn snock pipe to enhance air-water circulation.
Crushed hazelnut shells replace expensive coconut mesocarp in compact filters, lowering cost while maintaining purification performance.
A perforated baffle structure prevents unwanted aspiration during anoxic mixing while maintaining high aeration efficiency.
An upward-facing diffuser trough minimizes eddy currents and turbulence during backwashing, preventing solids from re-suspending into the effluent.
Corrugated oval support prevents membrane fatigue while check valve blocks sludge ingress during operation.
An electrolysis-based dosage device releases trace elements upstream of the filter bed to correct incomplete nitrification caused by nutrient deficiency.