You have been asked to provide a design for a rapid mix tank at a water treatment plant which has an average water temperature of 50°F. The tank is to have a detention time (ta = HRT) of 1.: seconds, a mixing intensity (G) of 2,000/second, and treat a flow (Q) of 10 mgd. a. Identify the volume of reactor required (in ft and gallons) b. Find the reactor dimensions (i.e., Depth and Diameter, in feet) if the rapid mix tank is cylindrical with a depth 2x the basin diameter. c. Calculate the water power required (in HP) to achieve the desired mixing. d. If motors are available with an efficiency of 68%, what motor power is required (in HP)?

You have been asked to provide a design for a rapid mix tank at a water treatment plant which has an average water temperature of 50°F. The tank is to have a detention time (ta = HRT) of 1.: seconds, a mixing intensity (G) of 2,000/second, and treat a flow (Q) of 10 mgd. a. Identify the volume of reactor required (in ft and gallons) b. Find the reactor dimensions (i.e., Depth and Diameter, in feet) if the rapid mix tank is cylindrical with a depth 2x the basin diameter. c. Calculate the water power required (in HP) to achieve the desired mixing. d. If motors are available with an efficiency of 68%, what motor power is required (in HP)?

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

ASAP PLEASE. THANK YOU
Design the beam shown 30KN 8m -1m use f'c= 28MPA db = 25mmø %3D Gr60 ds = 12mmø Assume d b =
2x +5x - 3 1. lim 6x² - 7x+2 (2) X -
-6 -3 -5 9 -7 9. J= 2 1 -5 4 -7 9 5 7 -7 0 a3 a3 0 а b b2 b3 b4 10. K %3D c3 0 C d² 0 d2 d³ 0
can the presented truss be analyzed through method of joints and/or the method of sections? can I have it in essay form
Please try to explain thoroughly with good explanations and answers. Thank you
Determine total indeterminacy and external indeterminacy
Gives some example each problem about centrically and eccentrically bolted connection
Theory of structure Influnce Lines
2. Analyze the geometric constructions of the following truss.
Determine the force in each member of the truss and state whether it is in tension or compression. Find forces AB, BC, CD, DE, BE, and AD.
draw the FBD individually and draw the FBD of the resultant and x and y directions