water and wastewater

  • SCADA-Based Monitoring for Pump Runtime and Efficiency

SCADA-Based Monitoring for Pump Runtime and Efficiency

SCADA-based monitoring optimizes pump runtime and efficiency by providing real-time data and control. Key features include:

  • Real-Time Analytics: Instant feedback on pump performance.
  • Predictive Maintenance Alerts: Prevent unexpected failures.
  • Efficiency Tracking: Helps reduce energy consumption.
Example: Implementing SCADA reduced downtime by 15% and energy costs by 10% in a manufacturing plant.
2025-06-04T23:46:18-04:00June 4, 2025|Ignition, water and wastewater|
  • Scheduling Maintenance Based on Pump Usage Analytics

Scheduling Maintenance Based on Pump Usage Analytics

Implementing a maintenance schedule based on pump usage analytics ensures reliability and efficiency. Key steps include:

  • Data Collection: Monitor runtime hours and performance metrics.
  • Analysis: Use historical data to identify wear patterns.
  • Predictive Maintenance: Schedule servicing before failures occur.
Using these methods, plants can reduce downtime, extend equipment lifespan, and optimize maintenance costs.
2025-05-23T11:31:36-04:00May 23, 2025|Ignition, water and wastewater|
  • Integrating Flowmeters and pH Sensors into One Unified View

Integrating Flowmeters and pH Sensors into One Unified View

Integrating flowmeters and pH sensors into a unified dashboard enhances operational oversight. Key benefits include: - Real-time data synchronization - Streamlined monitoring processes - Improved decision-making For example, integrating these sensors in a water treatment facility allows operators to simultaneously monitor flow rates and pH levels, ensuring optimal system performance and compliance with environmental standards.

2025-05-10T23:30:19-04:00May 10, 2025|Ignition, water and wastewater|