An Engineer claims to have designed an internal combustion engine (see Figure-2) that takes in 265000...

  

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An Engineer claims to have designed an internal combustion engine (see Figure-2) that takes in 265000 kJ of heat from a flue gas emission at a temperature of 180 °C and generates 15 kWh of electricity after rejecting only 18000 kJ to the atmosphere. Atmospheric conditions are given as 100 kPa, 1.2 kg/m3 and R equals 0.287kJ/kg K. The environmental impact is significant due to 15 kWh of electricity generation from waste flue gas emissions. Would you advise investing money to put this engine for all local industries in Victoria that have a similar magnitude of waste heat energy? Explain. Include graphs in workings. TEA AAAAAA AAAAAA Fig. 2 (IC AAAAAA engine) O ||||||| AAAAAA An Engineer claims to have designed an internal combustion engine (see Figure-2) that takes in 265000 kJ of heat from a flue gas emission at a temperature of 180 °C and generates 15 kWh of electricity after rejecting only 18000 kJ to the atmosphere. Atmospheric conditions are given as 100 kPa, 1.2 kg/m3 and R equals 0.287kJ/kg K. The environmental impact is significant due to 15 kWh of electricity generation from waste flue gas emissions. Would you advise investing money to put this engine for all local industries in Victoria that have a similar magnitude of waste heat energy? Explain. Include graphs in workings. TEA AAAAAA AAAAAA Fig. 2 (IC AAAAAA engine) O ||||||| AAAAAA

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To determine whether it is advisable to invest money to implement the claimed internal combustion engine for local industries in Victoria we need to a... View the full answer