➢The main objective of this project is to design the various equipment of the steam system in such a way that the optimization of stream can be done.
➢ Also the component of the industry is ESP that uses to purify the hot exhaust gases before exiting the hot gases from chimney.
➢ So after completing the analysis of plant, start to think about of design procedure.
➢ Design the turbine component as required for electricity generation Recommendation as well as design the ESP.
In areas with very hot weather conditions (50 to 60℃), the temperature and pressure of the air-conditioning condenser are increased considerably. This causes a decrease in the cooling capacity of the cycle and also causes an increase in the power consumption due to increased pressure ratio. There are many methods used to increase the coefficient of performance of refrigeration and air conditioning systems. The most widely used methods involve sub-cooling of the refrigerant. Evaporative condensers are installed in cooling and refrigeration machines to reject heat and may be used with all types of compressors with high pressure refrigerants. The refrigerant-side modification includes adding a pair of Heat exchangers for exchanging heat between condenser exit and evaporator exit by using water-antifreeze mixture as a working fluid. A Water-Refrigerant evaporator has been designed, manufactured, and compared with original Air-Refrigerant evaporator performance.
Everywhere there is researches and funding going on for using hydrogen as core fuel for cars and vehicles but no one has though to use hydrogen as core fuel in homemade appliances. This can increase the efficiency and reduces the pollution.
The aim of the project is to construct such a material handling device, which will be helpful to the material unload easily from traditional system, in traditional tipper system can unload the material from only one side (Rear side). Because of this time and fuel consumption is more, road blockage and also not easy for unload material in narrow space. So, for this three-way tipper system is unload the material.
A Tesla turbine is bladeless centripetal flow type turbine. It is as well recognized as the boundary layer turbine, cohesion type turbine and Prandlt layer turbine because it is used boundary layer effect and not a fluid impinging upon the blades as in a convectional turbine. Tesla turbine has found wide ranging of application that includes the handling of a mixture of solid, liquid and viscous fluid without damaging the part. This project work is chiefly focused on implementation of magnetic bearing in Tesla turbine.