The amount of steam required to produce 1 MW of electric power depends upon so many factor One (US) ton = 2,000 pounds, so 6,000 pounds of steam would equal 3 tons. Obviously, a much The calculation is done assuming that both the TDBFP (Turbine driven boiler feed pump) are in service. Get a Quote. one tonne industrial boilers - fewo-rhein-zwbg.de. industrial 2 tonne boiler - emetreinta.es. 2 …

to produce 1 MW of electricity 4.2 tonnes per hour of steam is required. Is This Answer Correct ? 24 Yes : 13 No : how can calculate how much steam is to be required for generation of 1MW electricty?.. Answer / abhishek giri. steam rate=power generated in turbine/(change in specific enthalpy of steam while leaving turbine); henc,steamrequired=(steam rate * time) Is This Answer Correct ? 7 Yes : 0 No …

How much steam is required to generate 1MW of . The amount of steam required to produce 1 MW of electric power depends upon so many factor, the most important being, the steam temperature and pressure at the exit of Boiler,The actual value would vary depending on the cycle parameters such as temperature, Get a Quote

Dec 4, 2015 500 kg to generate 1 MWhr. And if the coal is of … How much steam is required to generate 1MW of electricity in Thermal Power Plants? 1 kg of coal produces how much steam | Industrial. How many kilograms of steam does 1 kilogram of coal produce.How. Question – How many kilograms of steam does 1 kilogram of coal produce.How – 3Y.

How much steam is required to produce 1 KWH power? generally for a condensing turbine the quantity for generating one MW electricity the steam quantity remains 8.5 t/h. it will depend on the

When we comes to the term of the amount of steam required to produce 1 MW of electricity, it needs to consider so many factors, the most important being, the steam temperature and pressure at the exit of boiler, the isentropic efficiency of turbine, the availability of reheat, the condenser pressure and whether or not any feed water heaters are employed.And generally around 3 t/h steam is used to generate …

it depends on exhaust conditions of turbine & boiler steam parameters as specific volume of steam varies with respect to the steam pressure and temeprature, we can,t calculate exactly. For 100 % condensing turbine, the steam consumption may be 4.5 TPH with considering design efficiency calculations.For back pressure turbine it depends on exhaust conditions. The exhaust condition varies …

Convert the heat input from the steam flow into a unit of power in megawatts. This is done by using the conversion 1 btu/hr is equal to 2.93e-7 megawatts. Multiple the total heat input of 30,083,500 x 2.93e-7 for a result of 8.82 megawatts. Unit Conversion: Power Conversion. efunda: Saturated Steam Tables. About the Author.

31-08-2016· The amount of steam required to produce 1 MW of electric power depends upon so many factor, the most important being, the steam temperature and pressure at the exit of Boiler, the isentropic efficiency of Turbine, the availability of reheat, the c

500 MW Boiler is sub-critical Boiler which generates steam at pressure lower than the critical pressure ie below 221.2 kg/sqcm. where as the 660 MW boiler is super critical boiler which operates