2. A municipal solid-waste site for a city must be located at Site A or Site B. After sorting,some of the solid wastes will be transported to an electric power plant where it will beused as fuel.Data for the hauling of solid wastes from each site to the power plant are shownin Table belowSITE B3 kilometersP100,000SITE AAverage hauling distanceYearly rental fee for solid - P5,000waste siteHauling Cost4 kilometersP1.50 per m - kmP1.50 per m - kmIf the power plant will pay P8.00 per mºof sorted solid waste delivered to theplant, where should the solid-waste site be located?Use the city's viewpoint and assume that 200,000 m3 of wastes will be hauled tothe plant for one year only.What site must be selected?Show your computation and defend your answer. (20 points)

The calculus helps in understanding the changes between values that are related by a function. It is…

2. A municipal solid-waste site for a city must be located at Site A or Site B. After sorting, some of the solid wastes will be transported to an electric power plant where it will be used as fuel. Data for the hauling of solid wastes from each site to the power plant are shown in Table below SITE A Average hauling distance Yearly rental fee for solid - P5,000 waste site SITE B 3 kilometers P100,000 4 kilometers Hauling Cost P1.50 per m - km P1.50 per m - km If the power plant will pay P8.00 per msof sorted solid waste delivered to the plant, where should the solid-waste site be located? Use the city's viewpoint and assume that 200,000 m3 of wastes will be hauled to the plant for one year only. What site must be selected? Show your computation and defend your answer. (20 points)

2. A municipal solid-waste site for a city must be located at Site A or Site B. After sorting, some of the solid wastes will be transported to an electric power plant where it will be used as fuel. Data for the hauling of solid wastes from each site to the power plant are shown in Table below SITE A Average hauling distance Yearly rental fee for solid - P5,000 waste site SITE B 3 kilometers P100,000 4 kilometers Hauling Cost P1.50 per m - km P1.50 per m - km If the power plant will pay P8.00 per msof sorted solid waste delivered to the plant, where should the solid-waste site be located? Use the city's viewpoint and assume that 200,000 m3 of wastes will be hauled to the plant for one year only. What site must be selected? Show your computation and defend your answer. (20 points)

Solid Waste Engineering

3rd Edition

ISBN:9781305635203

Author:Worrell, William A.

Publisher:Worrell, William A.

Chapter2: Municipal Solid Waste Characteristics And Quantities

Section: Chapter Questions

Problem 2.17P

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Similar questions

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
In a suburban area of a city, the total time dedicated to waste collection is, on average, 100 times greater than the combined average time it takes for each stop's collection and the time it takes to reach the next stop. If a waste collection truck has a compaction ratio of 2 and can transport a maximum of 8 (m3) of compacted solid waste per trip, what is the truck's average load volume for each collection in (L)?\
The City of Forty-Five (population 465,565) has requested your assistance in evaluating its solid waste collection system. Determine the mean time per collection stop plus the mean time to reach the next stop, the number of pickup locations per load, and the minimum number of trucks the city must own. The City of Forty-Five collection data are as follows: Average truck capacity = 12.5 m3; Average observed compaction ratio = 2.87 Crew size = 2; Number of pickups = 1 /wk (no rear-of-house service) Average number of cans per stop = 2.63/wk at 0.1136 m3/can Average number of residents per stop = 5 Average uncompacted density = 105.76 kg/m3 Average transport time to disposal site including delays and dumping = 1.78 h/trip Average number of trips to disposal site = 2/d; Rest breaks = 2 at 28.0 min Average maintenance downtime = 37.0 min/d; Average workday = 8.00 h Average percent of trucks out of service for major repairs = 15.0% Number of workday per week = 5
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
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(d) In your community, is waste collection carried out by the municipality or by a private hauler? Who collects the commercial wastes?
How many residences can be served? If we have a compactor truck which has a capacity of 30 yd3, each truck makes 3 trips/day 5 days a week, each residence has 3 people and each person produces 4lbs of waste. The density of the compacted waste is 425 lbs/yd3.
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
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If the BOD4 of a waste is 135 mg/L and K is 0.075 day^-1, the 5-day BOD (BOD5) and ultimate BOD (BODu or L0) of this waste are nearly? Use equations K = (2.303)K relationship, if necessary.
In your community, is waste collection carried out by the municipality or by a private hauler? Who collects the commercial wastes? Define the term; Reuse
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