Process Agent

AI for process control and plant efficiency

Built on the LibraAI water model, it connects quality, process, equipment and control data, analyzes operations, and optimizes dosing, aeration, sludge and recycle to stabilize plants and cut energy and chemicals

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Adaptive Carbon

AI doses every drop of carbon on demand

Solves uncertain denitrification demand and over/under dosing with real-time analysis and AI decisions

  • Demand calcUses influent quality, flow and denitrification need
  • Dosing controlPushes AI setpoints to field devices on demand
  • Cost constraintCuts chemicals while keeping effluent and process stable

Cut overdosing, stabilize TN, and lower chemical cost

Adaptive carbon source interface

Adaptive P Removal

AI reads P load and tunes every dose

Solves shifting P load and experience-based dosing with real-time analysis and AI decisions

  • Need checkReads influent TP, flow and effluent TP to judge if extra P removal is needed
  • Dose optimizeCalculates dose and corrects from effluent TP feedback
  • Field dosingPushes AI setpoints to field devices on demand

Stabilize TP, cut overdosing and sludge, lower P-removal cost

Adaptive phosphorus removal interface

Adaptive Aeration

Air follows load; oxygen stays just enough

Turns fixed aeration setpoints into load-based oxygen supply for biological treatment

  • Demand forecastPredicts zone oxygen need from influent load and ammonia
  • Zone controlTunes each zone DO target and airflow from live DO
  • Blower syncTunes blower start/stop and speed, then pushes control to the field

Keep treatment stable while cutting excess air, energy and manual tuning

Adaptive aeration interface

Adaptive Sludge

Read sludge traits, time wasting right

Replaces fixed-cycle wasting with state-driven control using AI

  • State detectFuses lab metrics and bio-phase data to judge sludge traits
  • Waste planSuggests volume, window and duration from sludge state and goals
  • Field wastingPushes AI wasting plans on demand to sludge pumps and field equipment

Stabilize the sludge system and cut experience-driven swings

Adaptive sludge wasting interface

Smart Fenton

From fixed dosing to on-demand precision

Tunes Fenton dosing to water quality in real time, cutting reliance on operator experience

  • Oxidation needJudges oxidation demand from flow, COD and related data
  • Dose recipeOptimizes H2O2 and ferrous dose and ratio
  • Linked controlAdjusts dose from COD and ORP and drives field devices

Stabilize oxidation and cut overdosing and manual tuning

Smart Fenton dosing interface

Recycle Control

Internal and RAS recycle keep N and sludge stable

Fuses quality, MLSS, blanket, flow and equipment data to optimize internal and RAS recycle

  • Internal recycleTunes internal recycle from nitrate, ammonia and zone load
  • RAS recycleTunes RAS from MLSS, blanket and settling
  • CoordinatedCoordinates pumps with limits and fault protection

Stabilize denitrification and sludge while cutting idle recycle energy

Recycle control interface

Pump Control

AI dispatches pumps by flow and level to cut energy

Optimizes multi-pump start/stop, speed and rotation from level, flow, TOU tariffs and pump curves

  • Duty matchKeeps pumps in a high-efficiency band for target flow
  • Combo searchOptimizes start/stop, speed and rotation
  • Safe dispatchBalances level, asset life and emergency spare

Cut pump energy and reduce start/stop wear

Pump group control interface

Disinfection

Right disinfectant dose, safe and economical

Calculates dose from flow, quality, residual, contact time and targets, with safety bounds

  • Dose calcComputes disinfection need from load and targets
  • FeedbackCorrects dose from residual chlorine
  • Risk guardFlags underdose, overdose and by-product risk

Protect effluent safety and cut disinfectant waste

Disinfection control interface