This work presents a heat recovery system utilized to heat water from exhaust gases of a chimney. A waste heat recovery system is suggested named as “multi tube tank”. The suggested design is illustrated and described. The system is constructed and tested. In order to enhance the system effect of changing the head shape is studied. Two head were constructed: cylindrical and conical. Results shows that conical head reflected better performance compared to cylindrical head. For a cylindrical head water temperature increase to maximum 60 °C in 275 min. while for conical 16 head water temperature increased to 70 °C in 275 min and the system was able to increase the water temperature more up to 80 °C in 400 min
This thesis presents the effect of exhaust tube length-to-diameter (L/d) ratio, jacket-to-tube diame...
Tube–tube heat exchanger (TTHE) is a low cost, vented double wall heat exchanger which increases rel...
One of the biggest challenges the world is facing these days is to reduce the greenhouse gases emiss...
Heat recovery is the reutilization of thermal energy lost by any industrial and resident ial applica...
International audienceThis study presents an experimental and numerical investigation into the effic...
Increase in energy demand results in shortage of energy. Many effective means were under research to...
Heat recovery from exhaust gas streams is applicable to a wide variety of industries. Two problems e...
Due to high dependence on Energy, researches on energies are of main concerns nowadays. Due to high ...
The reuse or reduction of wasted heat supplies an excellent opportunity for cost saving in industria...
In order to investigate the recycling technology for efficiently recovering low-temperature wastewat...
Doctor of PhilosophyDepartment of Mechanical and Nuclear EngineeringSteven J. EckelsThe current rese...
Fossil fuel power plants can cause numerous environmental issues, owing to exhaust emissions and sub...
The most part of energy losses in heat & power system is due to the heat released by the exhaust...
The reuse or reduction of wasted heat supplies an excellent opportunity for cost saving in industria...
The objective of this thesis is to assess the optimal design of a compact and efficient waste heat r...
This thesis presents the effect of exhaust tube length-to-diameter (L/d) ratio, jacket-to-tube diame...
Tube–tube heat exchanger (TTHE) is a low cost, vented double wall heat exchanger which increases rel...
One of the biggest challenges the world is facing these days is to reduce the greenhouse gases emiss...
Heat recovery is the reutilization of thermal energy lost by any industrial and resident ial applica...
International audienceThis study presents an experimental and numerical investigation into the effic...
Increase in energy demand results in shortage of energy. Many effective means were under research to...
Heat recovery from exhaust gas streams is applicable to a wide variety of industries. Two problems e...
Due to high dependence on Energy, researches on energies are of main concerns nowadays. Due to high ...
The reuse or reduction of wasted heat supplies an excellent opportunity for cost saving in industria...
In order to investigate the recycling technology for efficiently recovering low-temperature wastewat...
Doctor of PhilosophyDepartment of Mechanical and Nuclear EngineeringSteven J. EckelsThe current rese...
Fossil fuel power plants can cause numerous environmental issues, owing to exhaust emissions and sub...
The most part of energy losses in heat & power system is due to the heat released by the exhaust...
The reuse or reduction of wasted heat supplies an excellent opportunity for cost saving in industria...
The objective of this thesis is to assess the optimal design of a compact and efficient waste heat r...
This thesis presents the effect of exhaust tube length-to-diameter (L/d) ratio, jacket-to-tube diame...
Tube–tube heat exchanger (TTHE) is a low cost, vented double wall heat exchanger which increases rel...
One of the biggest challenges the world is facing these days is to reduce the greenhouse gases emiss...