How much natural gas is needed to incinerate the gas stream

Reference no: EM13324177

The preheaded waste gas stream of 4,000 ACFM is entering a thermal oxidizer. The waste gas stream temperature is 1000 F. How much natural gas is needed to incinerate this gas stream at a temperature of 1500F?

Reference no: EM13324177

Questions Cloud

Determine the approximate dimensions of each carbon bed : A two-bed carbon adsorption system is to be designed to handle 8000 acfm of air containing 700 ppm of hexane. Laboratory studies indicate that carbon can adsorb 8lb hexane per 100 lb carbon under the conditions

Explain the extent of surface complex formation : Why does surface complex formation with a weak acid lead to a relative maximum in the extent of surface complex formation (adsorption) at a pH which is usually near the value of -log acidity constant of the weak acid (pKHA)

Calculate the length and diameter of the reaction zone : Calculate the length and diameter of the reaction zone of an afterburner that treats 2000 acfm of polluted air (measured at 250 F). The gases in the after burner are at a temperature of 1400 F for a residence time of 0.50 sec.

Calculate the frequency of the dampened oscillation : A 11.2 kg object oscillates at the end of a vertical spring that has a spring constant of 1.90 104 N/m. Calculate the frequency of the dampened oscillation

How much natural gas is needed to incinerate the gas stream : The preheaded waste gas stream of 4,000 ACFM is entering a thermal oxidizer. The waste gas stream temperature is 1000 F. How much natural gas is needed to incinerate this gas stream at a temperature of 1500F

What part of the change in demand is due to the substitution : If the price of one good changes, what part of the change in demand is due to the substitution effect, and what part is due to the income effect?

Evaluate the value of ksp at the temperature : Calculate the value of Ksp at this temperature. Give your answer in scientific notation

Find total electrostatic potential energy of a solid sphere : Find the total electrostatic potential energy of a solid sphere of radius R that is uniformly charged in volume with total charge Q in terms of Q, R, and k

Critique the work of another learner. : Critique the work of another learner.

User Account

All Pages