AGEC/FNR 406 LECTURE 28 Municipal Waste in Indiana.

Slides:



Advertisements
Similar presentations
If it's Good for the Environment, is it Bad for the Economy? If it's Good for the Environment, is it Bad for the Economy?
Advertisements

1 Chapter 14 Practice Quiz Environmental Economics.
The Environment Everyone wants a cleaner and safer environment.
Well Disposed Responding to the waste challenge A newcomers’ guide to waste disposal.
The Economic Approach to Environmental and Natural Resources, 3e By James R. Kahn © 2005 South-Western, part of the Thomson Corporation.
GHG emissions and waste and recycling policy Kaylee Acuff Camp Resources XVIII.
Recyclable Resources: Minerals, Paper, Glass & More
Externalities and Property Rights
The Throwaway Society Chapter What is the difference between trash and litter? 2. How much trash do you think you produce each day? 3. How much.
7.2 Externalities Externalities and Missing Markets 7.2.2Coase Theorem 7.2.3Intervention 7.2.4Summary.
Economic Solutions to Environmental Problems: The Market Approach
Uncertainty, Monitoring & Enforcement Using economic models to help inform which instruments are most effective at controlling pollution.
Agriculture and the Environment
Government and Health Care Roughly 15 cents of every dollar spent in US is on health care US health care spending equaled $5841 per person in 2002 Governments.
 Homework #10 due Dec. 2 nd  Exam #4 on Dec. 2 nd  Next week – Group Presentations Group Papers – Dec. 9 th Tuesday – Groups 1,2,3 Thursday – Groups.
 Homework #10 due Dec. 2 nd  Exam #4 on Dec. 2 nd  Next week – Group Presentations Group Papers – Dec. 9 th Tuesday – Groups 1,2,3 Thursday – Groups.
 Exam #2 on Oct. 11  HW #4 due same day FINAL EXAM – Monday Dec. 12  Section am  Section 2 - 3:10pm.
I don’t care about you F*** you! - Guns N’ Roses
Uncertainty, Monitoring & Enforcement Using economic models to help inform which instruments are most effective at controlling pollution.
Chapter 17 Externalities and the Environment © 2009 South-Western/ Cengage Learning.
AGEC/FNR 406 LECTURE 14 Pesticide Runoff Potential from Field Crops.
Chapter 2 Environmental Laws, Economics and Ethics, Part II.
AGEC/FNR 406 LECTURE 15 Pesticide Leaching Potential from Field Crops.
 Homework #9 due  Quiz #4  After Break Homework #10 due Dec. 2 nd Exam #4 on Dec. 2 nd Last week of class – Group Presentations Group Papers – Dec.
Managing Municipal Solid Waste (MSW)
© 2007 Thomson South-Western Pollution Problems 4.
Definition of an Externality
1 Sustainable Development Ch China: an example of economic growth It is the third largest in the world after the EU and US with a nominal GDP of.
“Wastes that are not generated do not have to be managed.”
Environmental Science: Toward a Sustainable Future Richard T. Wright
Solid and Hazardous Waste Chapter 24. Solid Waste Footprint US = 4.4 lbs per person per day 229 million tons per year.
SOLID WASTE. Solid Waste Hazardous Waste – poses danger to human health Industrial Waste – comes from manufacturing Municipal Waste – household waste.
EEP 101/Econ 125 lecture 7 Property rights David Zilberman.
© 2013 Cengage Learning. All Rights Reserved. May not be copied, scanned, or duplicated, in whole or in part, except for use as permitted in a license.
Solid Waste Management Chapter Generation (Section 14.2) What is the average per capita MSW generation in the U.S.? A. 1.3 lb/d B. 2.4 lb/d C. 4.6.
Waste Management Industrial and agricultural waste
Solid and Hazardous Waste Chapter 21 “Solid wastes are only raw materials we’re too stupid to use.” Arthur C. Clarke.
Class 7 Environmental Policy Tools
Chapter 17Copyright ©2009 by South-Western, a division of Cengage Learning. All rights reserved 1 ECON Designed by Amy McGuire, B-books, Ltd. McEachern.
Managing Municipal Solid Waste Chapter 18 © 2004 Thomson Learning/South-Western.
Topics Today Introduction to environmental and natural resource economics  Economists’ perspective on the environment  Linkages between the economy,
Unit 6: Market Failures and the Role of the Government 1.
Solid wastes are only raw materials we’re too stupid to use. Arthur C Clarke Fresh Kills Landfill.
Waste. Solid Waste Any discarded solid material The U.S. produces 10 billion metric tons of solid waste each year. The amount of waste generated by each.
Copyright © 2009 Pearson Addison-Wesley. All rights reserved. Chapter 13 Economics of Pollution Control: An Overview.
Externalities >> chapter: 17 Krugman/Wells Economics ©2009  Worth Publishers 1 of 32.
Environmental Protection Agency (EPA)  Founded by U.S. government (under Richard Nixon) in 1970  William Ruckleshaus was first EPA administrator  a.
Externalities and Public Goods
Resource Conservation and Recovery Act Draft Year: 1976 Amendment years: 1989 National/ Internatinal: National Law Sean Petersen, per:3.
Externalities ECO 230 J.F. O’Connor. Topics Nature of externalities Why do externalities cause market failure Private solutions to an externality problem.
1 Externalities: A Case of Market Failure. 2 Externalities Defined Externality: an uncompensated impact of one’s actions on the well-being of another.
Chapter 16 Waste Generation and Waste Disposal. Paper or Plastic? Polystyrene – plastic polymer with high insulation value Aka – styrofoam Is harmful.
Chapter 15 Monopoly!!. Monopoly the monopoly is the price maker, and the competitive firm is the price taker. A monopoly is when it’s product does not.
Copyright McGraw-Hill/Irwin, 2002 Public Goods Demand for a Public Good Optimal Amount of a Public Good Cost-Benefit Analysis Spillover Costs and.
Externalities: Problems and Solutions
Waste Generation and Waste Disposal Chapter 16. Waste Waste – nonuseful products generated within the system throw-away society Municipal Solid Waste.
1 Economics of Pollution Control CH. 14 Part II. 2 Market Allocation of Pollution When firms create products, rarely does the process of converting raw.
Why Collect and Recycle Electronics -Clive Hess. Benefits of Recycling Establishes more jobs, economic development, and tax revenue Makes less impact.
Uncertainty, Monitoring & Enforcement Using economic models to help inform which instruments are most effective at controlling pollution.
MUNICIPAL SOLID WASTE (MSW) Aka: Garbage. Municipal Solid Waste  Aka “trash” or “garbage”  Consists of common household waste, as well as office and.
Chapter 17 Externalities and the Environment © 2009 South-Western/ Cengage Learning.
Hazardous Waste.
What you will learn in this chapter:
Waste Generation and Waste Disposal
Economics for Leaders Lesson 7: Economics & The Environment.
Solid Wastes Prior to 1900, most waste disposal involved burying waste in ground Perception of garbage dumps as breeding grounds for disease  incinerators.
Market Failure (?): Externalities
העולם טובע בפסולת.
Sustainable buildings
Solid and Hazardous Waste Chapter 21
Presentation transcript:

AGEC/FNR 406 LECTURE 28 Municipal Waste in Indiana

The Waste Generation Where to put it all? Symptom: technical solutions Disease: waste addicts Amount of waste dumped in Indiana is increasing, most comes from Indiana

What is it?

Where is it? Number of landfills is falling… But average size is increasing… Capacity is trending up.

Where does it come from?

Faulty Signals The basic problem is that private costs of waste generation don’t equal social costs of waste generation An additional problem is that the externalities associated with waste disposal can be “exported” to other states.

One view... private benefits = social benefits private costs NE social costs SMC = PMC + MD Q Q P PMC PMB=SMB Q* P* MD

A new twist on the externality problem Standard approach: find optimal level of output for the externality-generating activity, i.e. the socially optimal level of waste. New problem: must also find socially efficient method for disposing of waste, i.e. what to do with it?

What do we do with it?

Why does MSC > MPC? 1. Aesthetic damages 2. Water contamination 3. Leachate Some improvement in (2) and (3) in recent decades.

Is Recycling the Solution? Benefits: 1. Less extraction of virgin material 2. Less accompanying externality 3. Less energy use (potentially) 4. Less waste to dispose of

Is Recycling the Solution? Compounding issues: 1. Cost may exceed value 2. Start-up may be difficult 3. Economies of scale 4. Development of markets

Dumping vs. Recycling R* P* MC D MC R Percent recycled 1000

NIMBYism, NOPEism, and BANANAism Not In My Back Yard Not On Planet Earth Build Absolutely Nothing Anywhere Near Anyone

Some waste-reduction policies Deposit refund system - works well when cost of recovery is low Packaging tax - works if location doesn’t matter Producer liability - works to create incentives for producers Marginal cost pricing - efficient way to encourage recycling (Why?)

Some additional issues Brownfields(abandoned urban sites) - often (not always) contaminated (uncertainty) - liability issues typically a problem - role for government intervention (insurance) Superfund (Federal law to deal with “deadbeats”) - “Insurance Fund” - largely a failure (why?) - Currently, 37 sites in Indiana are listed on the EPA Superfund National Priority List.