A 100 kmol blast furnace gas analyzing 37%CO, 15%CO2, 18%N2, 22% CH4 and 8%02 is to be burned completely. Determine the amount of oxygen gas theoretically needed for combustion. if 450 kmol of air is...

A 100 kmol blast furnace gas analyzing<br>37%CO, 15%CO2, 18%N2, 22% CH4 and<br>8%02 is to be burned completely. Determine<br>the amount of oxygen gas theoretically needed<br>for combustion. if 450 kmol of air is supplied,<br>how much air is supplied in excess relative to<br>its theoretical value. present the orsat analysis<br>of the product as well as its complete analysis.<br>

Extracted text: A 100 kmol blast furnace gas analyzing 37%CO, 15%CO2, 18%N2, 22% CH4 and 8%02 is to be burned completely. Determine the amount of oxygen gas theoretically needed for combustion. if 450 kmol of air is supplied, how much air is supplied in excess relative to its theoretical value. present the orsat analysis of the product as well as its complete analysis.

Jun 09, 2022

SOLUTION.PDF

A 100 kmol blast furnace gas analyzing 37%CO, 15%CO2, 18%N2, 22% CH4 and 8%02 is to be burned completely. Determine the amount of oxygen gas theoretically needed for combustion. if 450 kmol of air is...

Get Answer To This Question

Related Questions & Answers

Submit New Assignment