Abstract
APPLICATIONS OF HEAT PIPES TO ENERGY SYSTEMS AT IROST
Highlights
Solar energy and heat pipe heat recovery incorporated at the outset of the industrial design process can play a significant role in avoiding global pollution
This wasted energy is costly but can produce undesirable thermal effect including green damage. This wasted energy can be recovered and utilized in many ways such as generating electrical power, improving the thermodynamic efficiency of a system, or conserving fuel.Heat pipe heat recovery systems are being used in a wide variety of industrial applications, air conditioning, heating, and ventilating systems is a heat exchanger used in duct systems to transfer thermal energy
This study presents a theoretical approach to the design of gravity-assisted heat pipe heat exchangers (GAHPHEs)
Summary
Solar energy and heat pipe heat recovery incorporated at the outset of the industrial design process can play a significant role in avoiding global pollution. In many manufacturing processes used today a tremendous amount of useful thermal energy is wasted by exhausting it into the atmosphere. In many instances, this wasted energy is costly but can produce undesirable thermal effect including green damage. This wasted energy is costly but can produce undesirable thermal effect including green damage This wasted energy can be recovered and utilized in many ways such as generating electrical power, improving the thermodynamic efficiency of a system, or conserving fuel.Heat pipe heat recovery systems are being used in a wide variety of industrial applications, air conditioning, heating, and ventilating systems is a heat exchanger used in duct systems to transfer thermal energy. This paper includes heat pipe solar collectors and a heat pipe heat recovery system
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