Ads
    Related paper
  1. Cereals waste in the Krasnodar region as a local heat energy resource
  2. Influence of planning decisions on the local climate of residential building of the Krasnodar region and the Primorsk region
  3. UTILIZATION OF WASTE HEAT FROM WASTE HEAT RECOVERY BOILER THROUGH A WATER TUBE HEAT EXCHANGER
  4. ENERGY CONSERVATION AND EMISSION REDUCTION THROUGH WASTE HEAT RECOVERY ON COMPRESSED AIR SYSTEMS
  5. SPECIFIC FEATURES OF THE LOCAL HEAT PROCESSES IN THE REGION OF DNEPR-DONETSK DEPRESSION
  6. Ecological aspects of using heat waste water of energy facilities for sturgeon (Acipenseridae) aquaculture
  7. Calculation of the Heat Transfer Surface Area of Heat Exchangers for Waste Heat Recovery with the Kaline Cycle
  8. ANALYSIS OF DIFFERENT HEAT TRANSFER AUGMENTATION CONFIGURATIONS OF HEAT EXCHANGERS FOR INDUSTRIAL WASTE HEAT RECOVERY APPLICATION
  9. HEAT LOSS UTILIZATION IN ADEQUATELY HEATED MACHINERY AND CONVERSION OF HEAT ENERGY TO ELECTRICAL ENERGY BY CONVECTION OF AIR
  10. Thermoelectric Energy Conversion by Rankine Bottoming Cycle Technique: An Approach towards Waste Heat Recovery from IC Engine.