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  2. LOCALIZATION OF EXERGY LOSSES IN THE HEAT RECOVERY SYSTEMS OF BOILER PLANTS
  3. DEVELOPMENT OF METHODS FOR CALCULATING EXERGETIC LOSSES IN AIR-HEATING OF HEAT UTILIZATION SYSTEMS OF BOILER PLANTS
  4. APPLICATION OF AN AIR METHOD FOR PROTECTING CHIMNEYS OF BOILER PLANTS IN HEAT RECOVERY SYSTEMS
  5. IMPROVING THE ENVIRONMENTAL PERFORMANCE OF CHIMNEYS OF BOILER PLANTS WITH HEAT RECOVERY SYSTEMS
  6. COMBINED HEAT RECOVERY SYSTEMS WITH DEEPER COOLING OF EXHAUST GASES BOILER PLANTS
  7. IMPROVEMENT OF THE COMPLEX HEAT-RECOVERY SYSTEM FOR HEATING AND HUMIDIFYING THE COMBASTION AIR OF GAS-FIRED BOILER UNITS
  8. Calculation of the Heat Transfer Surface Area of Heat Exchangers for Waste Heat Recovery with the Kaline Cycle
  9. ANALYSIS OF DIFFERENT HEAT TRANSFER AUGMENTATION CONFIGURATIONS OF HEAT EXCHANGERS FOR INDUSTRIAL WASTE HEAT RECOVERY APPLICATION
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