The city of 16,100 people. Personproductivity per day 1 kg of solidwaste. Use densityIdeally opponent well for waste insidethe sanitary source to find. (A): The necessary health contractsrequired for 5 years and an area notexceeding one hectares.B): Calculate the volume of dirtquantities needed to cover the dailycells for waste using less thicknessof an equal daily daily cover from allsides. One cell dimensions 2 * 2.7 *4 cubic meters (parallel rectangularsurfaces). Use less thickness of a finaldirt cover(C) Calculate the necessary dirtquantities for final coverage withoutdaily orthopedic cover and calculateddeadly dirt quantities.Jo 9:49 /

Answered: Image /qna-images/answer/9778d070-f214-4cbb-a39c-174507eb82a1.jpg

Answered: The city of 16,100 people. Person…

Solid Waste Engineering

3rd Edition

ISBN:9781305635203

Author:Worrell, William A.

Publisher:Worrell, William A.

Chapter9: Toward Integrated Resources Management—environmental, Political, And Economic Issues

Section: Chapter Questions

Problem 9.1P

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THIS IS NOT GRADED QUESTION, PLZ SOLVE IT AS SOON AS POSSIBLE. ENVIRONMENTALENGINEERING-2 Reg.NO: 5395 • In slide 2 and 3 increase the no of loads (Column 2) by 5. • Calculate the total load at the end of the day. • Calculate the capita (per home). The no of residences in the locality (from which the whole waste generates) is the last digit of your REGISTRATION NUMBER. For example, your registration number is19PWCIV 5395… the number of residences will be 5395
IT IS NOT GRADED QUESTION IT IS NOT GRADED QUESTION,PLZ SOLVE IT AS SOOON AS POSSIBLE. Environmental Engineering-2 Class.No: 132 • In slide 2 and 3 increase the no of loads (Column 2) by 5. • Calculate the total load at the end of the day. • Calculate the capita (per home), if the no of residences in the locality (from which the whole waste generates) is your CLASS NUMBER IN THOUSAND
For a city of 3 million individuals discard 4lbs of solid waste per capita. Thirty percent of this waste is diverted to recycling. The remainder is compacted to a density of 1300 lb/yd3 and is landfilled into two 12-foot lifts per year. Assume that 18% of the volume will be necessary for daily cover. Find:a) Volume waste + cover
I need this solution asap. 1hr remaining
From the following date, estimate the unit waste disposal rate per week for a residentialarea consisting of 1200 homes. The average occupancy is 4 persons per home. Theobservation location is a local transfer station that receives all of the wastes collected fordisposal. The observation period was one week.Data:Number of compactor truck loads = 10Average size of compactor truck = 20 yd3Number of flatbed loads = 6Average flatbed volume = 3 yd3Number of loads from individual residents’ private cars and trucks = 20 Estimatedaverage volume per domestic vehicle = 9 ft3
Municipal solid waste is generated within a community from several sources, not just the household. List and discuss these sources? Define the term; Resource recovery
The size of ahorizontal branch waste pipe for one lavatory, one residential sink and oneslop sink.
i) The Abesim Stone Works employs six people. Assuming that the density of uncompacted waste is 480 kg/m³? , determine the annual volume of solid waste produced by the stone works assuming a waste generation rate of 1 kg/cap^-1.day.
If an industrial plant discharges an effluent with a solids concentrationat a rate of 5000 lb/day, and if each person contributes 0.2 lb/day, what isthe population equivalent of the waste?
Determine: a) the overhaul volume b) the volume of borrow c) the volume of waste *3 dec places all answer
THIS IS NOT GRADED QUESTION. Environmental Engineering-2 PLZ, SOLVE THIS PROBLEM AT EVERY PART. • Calculate the total load at the end of the day. • Calculate the capita (per home), if the no of residences in the locality (from which the whole waste generates) is 5395
A sanitary landfill is being designed to handle solid waste generated by the town of Pietro, at a rate of 40 Mg/day. It is expected that the waste will be delivered by compactor truck on a 5 days/week basis. The density as spread is 129 kg/m3. It will be spread in 0.8 meter layers and compacted to 0.3 meters. Assuming 2 such lifts per day and a daily cover of 0.13 meters, box your answer the annual volume of landfill consumed in cubic meters. Ignore the soil volume between the stacks. Answer in two decimal value.Also In your solution Compute also the daily horizontal area covered by the solid waste.

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