METHOD FOR IMPROVING THE CONTROL SYSTEM OF FUEL COMBUSTION PROCESSES IN BOILER UNITS
Annotation
The problem of modernization of the system for control over the fuel combustion efficiency is considered. The necessity for the system to be adapted to conditions of aggressive environment of the boiler house is substantiated. The modernization is anticipated to provide a reliable data on an ongoing basis, to simplify equipment operation and relieve the operators having to perform their own calculations. The stages of the proposed modernization are described briefly. Modern methods of measuring the parameters of fuel combustion efficiency are taken as a basis, sensors capable of operating in difficult conditions of a boiler house are investigated, a structural-functional diagram and an algorithm of a modernized system of fuel combustion control by the main channels for measuring concentrations of flue gas components are proposed. Improvement of built-in combined intelligent gas analysis systems is predicted to significantly improve the characteristics of the system for monitoring the efficiency and quality of fuel combustion.
Keywords
Постоянный URL
Articles in current issue
- INVESTIGATION OF ONE TYPE OF ERRORS PROBABILITY IN SYSTEM DETERMINING INFORMATION PACKETS SOURCE
- CALCULATION OF A DIGITAL TRACKING SYSTEM WITH A FINITE DECAY TIME OF A FREE PROCESS. PART I. MINIMUM TRANSIENT TIME
- CALCULATION OF A DIGITAL TRACKING SYSTEM WITH A FINITE DECAY TIME OF A FREE PROCESS. PART II. TRANSITION TIME EXCEEDING MINIMUM
- CONTROL BY THE MANEUVER OF AN UNMANNED AERIAL VEHICLE WHEN LANDING ON A MOBILE PLATFORM USING THE METHOD OF "FLEXIBLE" KINEMATIC TRAJECTORIES
- STATIC AND FULL PRESSURE MEASUREMENT SYSTEM USING INITIAL SIGNAL SPLITTING AT THE SECONDARY CONVERTER INPUT
- DISC RESONATORS FOR ANGULAR VELOCITY SENSORS
- APPLICATION OF MACHINE VISION IN THE TASKS OF AUTOMATIC POSITIONING OF MODULAR EQUIPMENT TOOL
- INDUSTRIAL CYBER-PHYSICAL PLATFORM FOR SMALL SERIES PRODUCTION OF POLYMER PARTS
- OPTICAL ABSORPTION GAS ANALYZER FOR MONITORING THE MAXIMUM PERMISSIBLE CONCENTRATION OF FREONS IN THE AIR OF WORKING AND LIVING AREAS
- METROLOGICAL ASPECTS OF MATERIAL HARDNESS MEASURING BY THE METHOD OF DYNAMIC INDENTING
- METHOD FOR IMPROVING THE CONTROL SYSTEM OF FUEL COMBUSTION PROCESSES IN BOILER UNITS