Solid Waste Engineering
Solid Waste Engineering
3rd Edition
ISBN: 9781305635203
Author: Worrell, William A.
Publisher: Cengage Learning,
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Chapter 5, Problem 5.1P
To determine

The personnel and cost required to sort all the refuse from a town and the description of problems involved in its implementation.

Expert Solution & Answer
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Explanation of Solution

Given:

Population of town is 100000 .

Calculation:

Assume the following;

  • Municipal waste generation is 4.5lb/person/day .
  • The pickers can salvage 1000lb/hour/person .
  • Working time is 8hour/day .
  • Rate of picking is $10perhour .

Write the expression to calculate the manpower.

  M=P×qph×t   ...... (I)

Here, the manpower required is M , the population is P , the solid waste production per capita per day is q and the handpicking rate is ph .

Substitute, 100000person for P , 4.5lb/person/day for q , 1000lb/hour/person for ph and 8hour/day for t in Equation (I).

  M=( 100000person)×( 4.5 lb/ person / day )( 1000 lb/ hour / person )×( 8 hour/ day )=( 450000 8000)person=56.25person57person

Write the expression to calculate the required cost.

  C=M×t×s   ...... (II)

Here, the cost for manpower per day is C and the hourly salary rate is s .

Substitute 57person for M , 8hour/day for t and $10perhour in Equation (II).

  C=(57person)×(8hour/day)×($10perhour)=$4560perday

Conclusion:

Thus, the number of personnel required are 57person .

The cost required is $4560perday .

The major problem of this proposal is that it has significant effects on the health of manpower.

The solid waste contains volatile compounds that can be absorbed by the body.

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