Calculate the kg per year sucrose in stream 3

Assignment Help Civil Engineering

Reference no: EM13322460

The fermenter stream you saw for the last problem is to be separated by distillation as shown below. Its composition is 85.0 mol % water (H2O, MW = 18.01), 10.0 mole % ethanol (C2H5OH, MW = 46.07), and 5.0 mol % sucrose (C6H12O6, MW =180.16). Its total flow is 500 kmol/h. 95% of the ethanol fed is recovered in the ethanol product stream. Assume steady state.

a) Calculate the molar flow rate for each component in each stream and the total molar flow rate for each stream in kmol/h.

b) Calculate the kg/year sucrose in Stream 3.

Reference no: EM13322460

Questions Cloud

Discuss how the tax benefits and present value would change : Discuss how the tax benefits and present value would change if a different method of depreciation was used. Also, discuss when Salem would not choose to take as much depreciation as possible.

Evaluate the fractional abundance of each sphere : Consider a sample that consists of three green spheres and one blue sphere. The green mass is 2.00 g, and the blue mass is 3.00 g. Calculate the fractional abundance of each sphere in the sample.

How far is the image from the vertex of the mirror : An object 3.4 mm tall is placed 25cm from the vertex of of a convex spherical mirror. how far is the image from the vertex of the mirror

How as a tax analyst you see this program : In addition, you should discuss the 401k limits and special treatment for highly compensated employees. Prepare a response (750-1,000) words documenting how, as a tax analyst, you see this program, and note any tax implications related to the prog..

Calculate the kg per year sucrose in stream 3 : The fermenter stream you saw for the last problem is to be separated by distillation as shown below. Its composition is 85.0 mol % water (H2O, MW = 18.01), 10.0 mole % ethanol (C2H5OH, MW = 46.07), and 5.0 mol % sucrose

Evaluate the molar mass of the unknown gas : A gas of unknown molecular mass was allowed to effuse through a small opening under constant-pressure conditions. It required 125 for 1.0 of the gas to effuse. Under identical experimental conditions it required 28 for 1.0 of gas to effuse. Calcul..

Compute the strength of the magnetic field : A particle with charge of 7.70 microC and v= 435 m/s is acted on by both an electric and magnetic field. what is the strength of the magnetic field

Depict two equivalent resonance forms for nitric acid : Draw two equivalent resonance forms for nitric acid and three for nitrate ion. Rank the three types of nitrogen-oxygen bonds in order of length.

Calculate the tons per year of recovered ethanol : The composition of a stream leaving a fermenter is 85.0 mol % water (H2O, MW = 18.01), 10.0 mole % ethanol (C2H5OH, MW = 46.07), and 5.0 mol % sucrose (C6H12O6, MW =180.16).

User Account

All Pages