Sorting Problem.

Slides:



Advertisements
Similar presentations
Subsurface Fate and Transport of Contaminants
Advertisements

1 Recycling Homework #1 Review the curbside recycling calculation and Porter’s Ch 9, then answer the following questions: 1.Recycling looks uneconomical.
Creating a Circle Graph What are Circle Graph’s Used To Represent?
Waste Recycling Maciej Kowalski Arkadiusz Kowalski Publiczne Gimnazjum nr 2 w Staszowie.
Composition of Solid Waste - Cost Effectiveness of Recycling.
How Many Pounds of Trash Do We Collect in One Week? BY MAKENZIE AND MICHAEL.
P449. p450 Figure 15-1 p451 Figure 15-2 p453 Figure 15-2a p453.
School of Environment and Technology (SoET) ‘Away Day’ July 12 th 2007 Who are we and what do we do? Mari Harder (Head) Ryan Woodard (Research Fellow)
Selection Sort
Figure Figure 18-1 part 1 Figure 18-1 part 2.
Estimation of the Moisture Content in Typical MSW
Household Waste Management: Recycle. The average American creates 5 pounds of waste per day, half which is recycled in some manner, leaving roughly 2.5.
Waste Plastic Recycling
Chapter 5: Electricity and Magnetism. Electricity and Magnetism.
Recycling By: Ben Hearn Josh Hamilton Harley Chesser.
Slideshow B19: Reduce, Reuse, Recycle. What can we do to help?
Waste sorting… A help for life…!. Waste sorting is a way to separate urban solid waste.
Yard Waste Composting. Objectives  Describe the most commonly used composting processes.  Explain basic concepts associated with aerobic and anaerobic.
SAVING OUR ENVIRONMENT. Do you know what is recycling? Recycling is making your used items or materials into something useful, in order to prevent wasting,
Resource Conservation and Waste Management Eco Sustenance Seminar.
Graphing Activity Raising the Recycling Bar Information Pulled from Provided Reproducible Bwindsor 2013.
Bioreactors Landfills
Calculation of Gas Production. Problem 1: Gas Potential  Calculate the gas potential in m 3 /tonne of waste received for a waste having the following.
Recycling Recycling By: Nick DiCara 86 By: Nick DiCara 86.
Describing Information Systems.  A system is a group of connected operations.  Systems can be described in several different ways including:  Structure.
SCIENCE KEY VOCABULARY Can you name these pictures?
Chapter Two: Matter and Change. Properties of Matter If you had to describe matter, what would you say?
for Environmental Health
WHY DO WE. ?. Recycling Recycling helps extend the life and usefulness of something that has already served its initial purpose by producing something.
Classroom Catalyst. Objectives  Identify three ways you can produce less waste.  Describe how you can use your consumer buying power to reduce solid.
 Recycling helps our environment stay clean.  An enormous progress has been made over the year because of the bins.  They ordered paper, cans, cardboard.
Waste Processing and Separation. Goals  Describe the most common waste processing techniques.  Develop process flow charts for material separation.
Selection Sort
How long do they take to decompose?
Keeping Our Community Clean
Physical Properties of Matter
Assessment of separate collection in 28 capitals of the EU
Banner home benefits recycling Home There are nearly 34,000 schools in the UK. Educating young people about the importance of recycling will help to reduce.
Chapter 2 Opener © 2014 Pearson Education, Inc.. Figure 2.1 © 2014 Pearson Education, Inc.
Unit 4 Lesson 4 What Are Mixtures and Solutions? Copyright © Houghton Mifflin Harcourt Publishing Company.
Return to Home! Go To Next Slide! Return to Home! Go To Next Slide!
Impact of changes to Christchurch kerbside collection on amount and composition of materials received for recycling Ian “Whit” Whitehouse, Terranova and.
MATERIALS RECOVERY FACILITIES. Waste Sorting Technology.
Instructor: Mehdi Mokhtari. Waste Processing and Separation.
Understand the Basics of Commodities and Their Markets
What are conductors and insulators?
Chapter 4 Opener © 2014 Pearson Education, Inc..
Rhodri Clarke Student ID:
Unit 4 Lesson 4 What Are Mixtures and Solutions?
Impact of Waste Recycling on the Composition of MSW
Blaine County Recycling
Did you know that… Every day, 5-7 pounds of solid waste is generated for every man, women and child in the state of Texas!
Unit 4 Lesson 4 What Are Mixtures and Solutions?
Figures & Tables from the textbook.
Recycling Higher product design.
Eurostat publications on waste statistics
Estimation of Energy Content of Municipal Solid Waste
Determination of MSW Specific Weight
Organics Waste Processing Facility Construction Progress Update July 8, 2011
Figure 11-1.
Cross Sections of Three-Dimensional Figures
Figure Overview.
Unit 4 Lesson 4 What Are Mixtures and Solutions?
Figure Overview.
Computer printout for Example 14.2.
Centroid TUTORIAL.
Cross Sections of Three-Dimensional Figures
Functional magnetic stimulation facilitates colonic transit in rats
Table 2. Waste characterization in Port Harcourt, Source [1]
Update table of content Pg. 112 – S2-Study guide Go to Pg. 112
Presentation transcript:

Sorting Problem

Problem Set up Assume 1000 pounds of waste described in Table 1 are processed as shown in Figure 1. Using data from Figure 1, calculate the amount of waste recovered by the air classifier, magnet, and screen as well as the amount landfilled. Complete Table 1. What is the % Composition of the landfilled waste?

Table 1. Sorting Problem Solution

Figure 1. Flow of Materials Plastics 20 Paper 80 Plastics 2 Glass 10 Steel 0 Paper 2 Glass 0 Steel 8 Paper 0 Glass 10 Steel 0 Plastics 2 Paper 100 Shredder Air Classifier Magnet Screen Glass 20 Steel 10 Plastics 40

Return to Home Page Return to Home Page Last updated July 2004 by Dr. Reinhart