Production Water Quality

PH

6.5 of 14

Chlorine

3.2 of 4

Consumption Water Quality

PH

6.8 of 14

Chlorine

3 of 4

Water Consumption Benchmark
Best
15%
Better
22%
Good
36%
Fair
16%
Worse
11%
Topic Headline
Production

Production

6599
Gal
Consumption

Consumption

6154
Gal
Predictive Maintenance For Critical Assets
Predictive Maintenance For Critical Assets
Predictive Maintenance For Critical Assets
Predictive Maintenance For Critical Assets
Predictive Maintenance For Critical Assets
Predictive Maintenance For Critical Assets
Predictive Maintenance For Critical Assets
Predictive Maintenance For Critical Assets
Predictive Maintenance For Critical Assets
Incident Process
  • 1 Continuous Monitoring and Readiness

    Platform runs continuously and monitors the booster pumps round the clock

  • 2 Initial Validation

    Validation based on data correlation and AI-ML output

  • 3 Event Detection

    Based on AI/ML data, event is detected for potential water pump failure 15 - 21 days a head of time

  • 4 Notification and Alert Dispatch

    Notifications are sent to work order creation and communicate to relevant stakeholder

  • 5 Real-Time Coordination

    Working pump (potential detected failure) is moved out of sequence and standby pump is introduced

    Work order is assigned to technician along with asset condition & potential spare parts

  • 6 Incident Resolution

    Technician will attend the maintenance task & complete the work order on or before stipulated time

  • 7 Post-Incident Management

    Once maintenance is completed, the pump is made primary in the sequence and measure the pump condition

  • 8 Audit and Reporting

    Platform manages all touch points and track changes for audit control purpose