Ammonia nitrogen sensor series leverages high‑selectivity ammonium‑ion membrane to capture ammonium potential signals, calculating total ammonia‑nitrogen concentrations through multi‑dimensional matrix‑algorithm correction. Different from laboratory spectrophotometric workflows, this reagent‑free potentiometric sensing avoids cumbersome sample digestion and chemical dosing, delivering near‑real‑time readings for on‑site nutrient‑pollution surveillance.
Advanced algorithm logic offsets measurement drift triggered by pH swings and interfering cation disturbance, easing accuracy loss in complex wastewater matrices. Featuring field‑replaceable sensing‑membrane architecture, the design cuts overall operating expenditure by enabling partial component renewal instead of full‑unit replacement. Rapid signal feedback reflects nitrification efficiency shifts inside biochemical pools, supporting fine‑tuned aeration regulation to reduce energy waste.
Applicable for biochemical treatment tanks, industrial effluent outlets, river basin observation and aquaculture water‑body assessment, these probes feed sequential nutrient datasets into customised water‑monitoring solutions. Site operators interpret long‑term concentration trends to guide process tuning and compile traceable records for pollution‑discharge compliance verification and watershed ecological assessment.