Boiler Indication Operations TRIZ Cases
- Heat Exchanger Scale Detection During Water Heater Combustion
Monitored heat exchanger surface temperature during burner operation reveals scale clogging early enough to trigger cleaning alerts and prevent damage.
- Factory Steam Prediction Using Operational Data Instead of Flow Sensors
Past operation data and weather inputs predict usable factory steam without pressure or flow measurements, improving energy planning.
- Factory Gas Prediction Using Learning Models Without Steam Sensors
Past operation data and climate factors predict usable factory gas without steam pressure or flow measurements, improving planning.
- Boiler Combustion Control Using Neural Network Optimization
Neural-network boiler control improves combustion efficiency and lowers emissions while using gradual bias tracking to avoid sudden instability.
- Incineration Facility Heat-Balance Control for Variable Waste Feed
Real-time heat-balance analysis compares design, waste, and operator data to adjust combustion control and improve energy recovery.
- Coal-Fired Boiler Anomaly Detection Using Exhaust Gas Correlation
This case uses power output, exhaust pressure, and fan current correlations to detect ash deposition and flow passage narrowing early.
- Recovery Boiler Operation Control to Reduce Superheater Fouling
A recovery boiler uses fouling data and regression analysis to adjust operating inputs, reducing cleaning energy and production loss.
- Boiler Steam Amount Measurement Using Differential Pressure
A boiler steam amount measuring method calculates steam flow using a pressure loss coefficient derived from differential pressure detection.