Natural Gas b a Mercury Air Tot Water

When should the minimum gas flow rates be increased?

Pls. answer thank you! The following performance data were generated by a gas turbine having intercooling: LP compressor inlet conditions of 14.7 psia and 520’’R: LP compressor isentropic discharge temperature, 743.8 R. compressor isentropic efficiency. 78 percent; HP.compressor inlet temperature, S20 degree R: HP compressor isentropic discharge temperature, 743.8 R. HP compressor isentropic efficiency, 82%; turbine inlet temperature, 2000R; and turbine isentropic efficiency, 90%, Calculate the net cycle work Btu/lb.

How to Laboratory Measure Energy Release rate J?

Please solve with full explain and analyze max in 2 hours thank u Describe what is done in the combustion process in the combustion chamber of a gas turbine to overcome the problem of a very low laminar flame speed compared to aircraft speed and a limited flame limit range?

Answer with solution

this is a block diagram of cryogenic plant for liquid oxygen production, draw a PH diagram of thiz

I need help on answering these from the following question below: 1. you need to calculate the mass flow rate of air inducted to the engine 2. from your answer, in the question above, you need to determine the ratios of heat release in the flue gas and cooling water against input power for the engine 3. you need to discuss how emissions can be minimised with regards to the engine The question: A diesel engine is a type of internal combustion engine that uses compression ignitio to turn energy in diesel fuel to rotary mechanical energy. A four-stroke (i = 0.5 for fourstroke engine, stroke = 150 mm and revolution = 2100 min−1) diesel engine with 6 cylinders and an effective specific fuel consumption of 0.23 kg kW−1h−1 has an effective and indicated mean pressure of 9.2 bar and 6.8 bar, respectively, and a compression ratio of 17. The ambient temperature and pressure of the diesel engine is 30 ℃ and 1.017 bar, respectively, and the temperature of the exhaust gas is 650 ℃. The clearance…

-Nate.: Usethe relevant.chart far each problem-. 2. Find the theoretical C.O.P. for a CO2 machine working between the temperature range of 25°C and - 5°C. The dryness fraction of CO2 gas during the suction stroke is 0.6. (Same as Example 10) Please solve the question on a piece of paper and using tables with illustrations

The warmer the air, the lower the saturation mixing ratio. , Not Selected the higher its humidity will be. the higher the saturation mixing ratio. , Not Selected the less water vapor it can hold.