LogicPure treats household wastewater on site and decides, litre by litre, which water is already good enough to reuse — and which is worth polishing further.
Why a "system," not a filter
A conventional on-site plant treats every litre to the same fixed spec. A polishing stage, if it runs on everything, spends its limited capacity on water that never needed the extra step.
Water is either processed all the way regardless of need, or the whole system is oversized for its rare highest requirement.
Polishing runs on quality alone, without regard for capacity left before the next regeneration.
Sludge, backwash, cleaning waste and concentrate get treated as one problem, though only some are safe to return upstream.
The system
Primary treatment feeds three separated biological zones and a clarification/membrane train, then a mode-selection valve decides per batch how far a litre needs to go.
Multi-grade water
The mode-selection valve reads a designated quality requirement and routes baseline reuse water straight to general use, or on to selective polishing.
Conductivity / TDS is an ionic-quality control signal, not a certification of potability — a potable end use is verified against applicable requirements beyond what the system's sensors measure.
Adaptive core
The regenerable electrosorption module tracks a remaining adsorption-capacity state. When water falls short of the higher grade, that capacity — not just the quality reading — decides what happens next: another pass, or a clean routing to general use.
Nothing handled the same way
Sludge, backwash, chemical cleaning waste and polishing concentrate are measured and source-tagged separately — only some are safe to return toward the biological process.
Partly reused as seed toward the primary treatment stage.
May return to equalization where compatible.
Routed to isolated holding, never toward biological feed.
Dedicated storage, gated by its own headroom interlock.
Compact by design
A dry service compartment keeps electronics clear of the wetted path; the process compartment sits above the tank compartment so water falls between stages.
By the numbers
Sized around a ~500 L/day household — the architecture scales modularly for larger buildings.
Figures above are illustrative engineering design targets, not certified or third-party-validated performance, and remain subject to prototype and bench validation.