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  1. TECHNOLOGY OF THERMAL PROTECTION OF GAS EXHAUST TRACTS OF BOILER INSTALLATIONS
  2. METHODS OF ANTICORROSIVE PROTECTION OF GAS EXHAUST TRACTS OF BOILER PLANTS DURING OPERATION OF HOT WATER HEAT-RECOVERY EXCHANGERS
  3. PROTECTION METHODS OF GAS EXHAUST TRACTS OF BOILER PLANTS WITH COMPLEX RECOVERY SYSTEMS OF CALORIC OF WASTE GASES
  4. THE MAIN CONDITIONS FOR PREVENTING THE FORMATION OF CONDENSATE IN THE GAS EXHAUST TRACTS AND THE CHIMNEY OF BOILER PLANTS
  5. EXERGETIC INVESTIGATIONS OF THE BYPASSING METHOD FOR THE PROTECTION OF GAS EXHAUST PATHS OF BOILER PLANTS
  6. COMPARATIVE ANALYSIS OF THERMAL METHODS FOR PROTECTION OF GAS EXHAUST DUCTS OF BOILER PLANTS
  7. INCREASING THE EFFICIENCY OF THERMAL METHODS APPLICATION OF GAS EXHAUST DUCTS PROTECTION BOILER PLANTS
  8. EFFECTIVENESS OF THE BYPASS METHOD FOR ANTI–CORROSION PROTECTION OF GAS EXHAUST DUCTS OF A WASTE INCINERATOR BOILER
  9. EFFECTIVENESS OF THE AIR METHOD PROTECTION OF GAS EXHAUST CHANNELS OF BOILER PLANTS WITH COMPLEX RECOVERY OF THE WASTE GASES HEAT
  10. INCREASING THE ENVIRONMENTAL EFFICIENCY OF BOILER INSTALLATIONS WITH THE FLUE GAS HEAT-RECOVERY