Temperature Monitoring

  • Monitor boiler water, steam, and flue gas temperatures.

  • Detect overheating, scaling, or poor heat transfer.

  • Track temperature differential between inlet and outlet lines.

  • Verify proper combustion and heat exchanger performance.

  • Optimize firing rate and load control for efficiency.

Pressure Monitoring

  • Monitor steam drum, feedwater, and fuel line pressures.

  • Detect overpressure or under pressure conditions.

  • Identify leaks, blockages, or pump malfunctions.

  • Ensure safety valve operation and compliance.

  • Provide real-time alerts for abnormal pressure fluctuations.

Water Level Monitoring

  • Measure boiler drum or tank water levels continuously.

  • Prevent low-water conditions that can cause dry firing.

  • Detect overflow conditions or feedwater control issues.

  • Enable automatic makeup water control.

  • Support predictive maintenance by analyzing fill trends.

Fuel Flow & Combustion Monitoring

  • Monitor natural gas, diesel, or other fuel consumption rates.

  • Measure combustion air/fuel ratio for efficiency.

  • Detect incomplete combustion through oxygen or CO levels.

  • Verify burner ignition and flame stability.

  • Optimize firing controls to reduce fuel waste and emissions.

Feedwater Flow & Quality Monitoring

  • Track feedwater flow rate and temperature.

  • Measure water conductivity to detect impurities or scaling risk.

  • Monitor pH balance to prevent corrosion or deposit buildup.

  • Identify malfunction in feedwater pumps or control valves.

  • Support automatic water treatment and conditioning systems.

Steam Flow Monitoring

  • Measure total steam production rate.

  • Detect leaks or inefficiencies in the steam distribution system.

  • Monitor load variations for energy management.

  • Calculate system efficiency (energy in vs. steam output).

  • Support cost tracking and performance benchmarking.

Flue Gas & Exhaust Monitoring

  • Measure exhaust gas composition for combustion efficiency.

  • Detect incomplete combustion or burner issues.

  • Track emissions for regulatory compliance.

  • Optimize burner tuning and air-to-fuel ratio.

  • Identify fouling or clogging in heat exchangers or economizers.

Vibration & Motor Monitoring

  • Monitor boiler feedwater and circulation pump motors.

  • Detect imbalance, bearing wear, or motor overloads.

  • Identify blower and fan mechanical issues early.

  • Support predictive maintenance scheduling.

  • Reduce downtime by catching mechanical problems before failure.

Electrical Monitoring

  • Measure power consumption of pumps, blowers, and control panels.

  • Detect abnormal current draw indicating equipment wear.

  • Track total system energy use for cost management.

  • Identify inefficient operation or power phase imbalance.

  • Provide energy efficiency insights in real time.

Safety & Alarm Monitoring

  • Monitor safety interlocks and shutdown systems.

  • Detect flame failure or unsafe combustion conditions.

  • Provide alerts for pressure or temperature limits exceeded.

  • Track system trips and fault histories for diagnostics.

  • Enhance compliance with industrial safety standards.

Water Treatment & Chemical Monitoring

  • Monitor feedwater and condensate chemical balance.

  • Detect contamination or hardness buildup.

  • Track corrosion inhibitor and treatment chemical levels.

  • Automate chemical dosing for consistent water quality.

  • Prevent costly scaling and corrosion inside the boiler.

Ambient & Environmental Monitoring

  • Detect leaks of natural gas or fuel oil around the boiler room.

  • Monitor ambient temperature and humidity to prevent condensation.

  • Track air quality and emissions around the boiler area.

  • Provide safety data for operators and maintenance staff.

  • Support ventilation and exhaust control systems.

System Performance & Analytics

  • Calculate boiler efficiency (fuel input vs. steam output).

  • Track operating hours and maintenance intervals.

  • Identify performance degradation trends.

  • Predict failure points using temperature, pressure, and vibration data.

  • Generate performance and energy reports through our dashboard.