You are in charge of receiving a shipment of new packing (aka tower fill) for a benzene stripping tower at work (see figures on the following pages for an example schematic of a stripping tower and examples of tower fill). The packing for this specific tower is small spheres, with a radius of 1.5 inches. a. What is the volume of one of the spheres in cubic feet? V = 11.14 in3 • T- IS3= The volume of the entire tower is 1000 ft3, and 40% of that volume must be filled with packing material. The rest of the volume is needed for distributors, supports, mist eliminators, and other equipment. b. What is the total volume of packing spheres needed? c. Approximately how many packing spheres are needed for the tower?
You are in charge of receiving a shipment of new packing (aka tower fill) for a benzene stripping tower at work (see figures on the following pages for an example schematic of a stripping tower and examples of tower fill). The packing for this specific tower is small spheres, with a radius of 1.5 inches. a. What is the volume of one of the spheres in cubic feet? V = 11.14 in3 • T- IS3= The volume of the entire tower is 1000 ft3, and 40% of that volume must be filled with packing material. The rest of the volume is needed for distributors, supports, mist eliminators, and other equipment. b. What is the total volume of packing spheres needed? c. Approximately how many packing spheres are needed for the tower?
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter1: Getting Started
Section: Chapter Questions
Problem 56PQ
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