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Senior Design Projects List
Design of Optical fiber for daylighting
Design and manufacture of a wire drawing mechanism
Fabrication of a Cone Clutch
Design of a Solar Panel Cleaner Mechanism
Design Modification of Rapid Solidification Processing(RSP)
Fabrication of a scuba diving wheelchair
Design and Development of an experimental prototype
Design of thermal Driven Supersonic Ejector Based on Heat Pump
Stirling Engine Powered By Solar Collector
Waste Heat Recovery System
Design of Experiments of Shell and Tube Heat Exchanger
Concentrated Solar Power Plant
Design and Manufacturing Directional Drilling
Design of Kinetic Energy Recovery System for Bicycle
Design of Passive Cooling and Heating System
Design of Atmospheric Water Generator
Design of Photovoltaic monitoring and service using IR Imaging
Study Thermal and Mechanical Properties Of Polymers
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Senior Design Projects List
> Design of thermal Driven Supersonic Ejector Based on Heat Pump
Design of thermal Driven Supersonic Ejector Based on Heat Pump
Project Overview
A BFE (binary fluid ejector) is a thermally-driven fluidic compressor that take place of the electro-mechanical compressor in Reverse-Rankine thermal cycles (refrigeration systems).
A BFE system will operate instantaneously as extreme functional heat pump, result of that it will lead to energy& economic savings.
BFE system could be driven by several application of low-grade thermal energy, involving: solar energy, geothermal, stack flue gas, waste heat, engine exhaust, biogas, biomass and other kinds of fossil fuels.
BFE is a technology that is applicable in vast universal implementation, including (cooling& heating) refrigeration cycles, industrial-scale desiccation, distillation and desalination, also recover the wasted heat and re-use the dissipated heat.
Presentation
Design of thermal Driven Supersonic Ejector Based on Heat Pump