Activated charcoal in hose, nozzle, and connector surfaces adsorbs unwanted water contaminants without bulky or costly filtration.
A detachable section and main reservoir let users make hydrogen-rich water while keeping regular water available, with pressure relief for safe use.
An embedded slot secures a wireless power socket for the hydrogen generation module, stabilizing connections and reducing manufacturing costs.
Inline electrolytic ozonation with tin dioxide anodes generates ozone water directly in pipes, reducing system complexity and cost.
Vertical electrode segmentation prevents bubble coalescence to maintain hydrogen concentration while simplifying device structure.