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Title: Carbon Taxes First


1
CarbonTaxes First
  • Charles Komanoff
  • Dan Rosenblum
  • Carbon Tax Center
  • www.carbontax.org
  • April 24, 2007

2
Global Warming Is
  • Triggering a climate crisis that threatens
    massive and irreversible damage to our global
    environment, public health, world peace, national
    security and economic well-being.
  • No longer seriously contested by anybody other
    than vested interests, their hired experts and
    indebted politicians.
  • See An Inconvenient Truth and IPCC Fourth
    Assessment.

3
Warmer Winters 4.3ºF, 1971-2002
Boston is the new Philly NYC is the new D.C.
(winter temps.)
Cameron Wake, UNH
Winter (Dec-Jan-Feb) Mean Temp (ºF)
4
More Extreme Weather
Extreme Precipitation Events, Increase 1949-2002
Cameron Wake, UNH
5
The ProblemUnsustainable CO2 Emissions
Worldwide
  • World must reduce emissions 80 by 2050, with
    big cuts starting now.
  • Americans are emitting many times our share of
    CO2 (next slide).
  • Americans must reduce by gt80.

6
Americans Emit in a Day What Others Emit in a
Workweek
7
What about China?






















































China
China
Lines X in 2009
Lines X in 2009
U.S.
U.S.
  • In an alliance of
  • denial, China and
  • the United States
  • are using each
  • others inaction as
  • an excuse to do
  • nothing. New
  • York Times
  • editorial, 4-20-07

China
X
U.S.
8
Chemistry ? Responsibility













































































































China
China
Lines X in 2009
Lines X in 2009
U.S.
U.S.
  • Because CO2 stays
  • resident in the
  • atmosphere for at
  • least a century, one
  • hundred years of
  • fossil-fuel use drive
  • climate responsi-
  • bility. U.S. still has
  • a 40-50-year lead.

X
U.S.
China
9
No More Free Dumping
  • Since the dawn of the industrial revolution,
    the atmosphere has served as a free dumping
    ground for carbon gases. If people and industries
    are made to pay heavily for the privilege, they
    will inevitably be driven to develop cleaner
    fuels, cars and factories.
  • Avoiding Calamity on the Cheap, Nov. 3, 2006
  • New York Times editorial

10
Putting a Price on CO2 Emissions
  • High taxes on carbon emissions from coal, oil
    and natural gas will
  • Reduce fossil fuel use and CO2 emissions
  • Substitution of clean fuels and technology
  • More efficient use of energy
  • Provide a revenue stream to enable
  • Progressive tax-shifting, or
  • Rebate to all U.S. residents

11
Additional Benefits of a Carbon Tax
  • Carbon tax receipts may also be used to finance
  • Energy efficiency, further reducing use of fossil
    fuels and related emissions.
  • Energy RD.
  • Will also reduce dependence on foreign oil, with
    major national security benefits.
  • Economically, will keep dollars in USA instead of
    flowing overseas.

12
Rely on Market Forces? Here Come Synfuels
  • Only a carbon
  • tax can subject
  • CO2-intensive
  • oil sands,
  • oil shale,
  • coal-into-oil, etc.
  • to a climate-
  • appropriate
  • market test.

13
Clean-Energy SubsidiesA Limited Answer
  • Selecting the next best energy technology by fiat
    has largely benefited lobbyists special
    interests
  • Oil shale, nuclear power, synfuels, ethanol, etc.
  • Many new sources also emit CO2
  • Renewable Portfolio Standards helpful but not
    enough

14
Efficiency StandardsVital, but Not Enough
  • Too slow
  • Corporate resistance
  • Inherently reactive
  • Corporate gaming
  • (e.g., CAFE loophole that enabled SUVs)
  • Scattershot impossible to regulate the hundreds
    of important energy-usage sectors
  • 1-dimensional
  • (e.g., CAFE doesnt affect miles driven)

15





































More than Half of U.S. Oil Use Is Not Gasoline
for Cars
Freight
Cars
Heat, Power
Other
Air
Paving
RVs
16
Example - Gas Use Decisions
  • Gas Tax-Shift impacts
  • How high CAFE is set
  • Mfger mpg decisions
  • What car to buy
  • Which car to drive
  • How to drive
  • VMT (miles traveled)
  • Share (carpool)
  • Chain trips
  • Transit
  • Walk/Bike
  • Proximity
  • CAFE impacts
  • Mfger mpg decisions
  • What car to buy

17
Dynamic Capitalism CO2 I
  • specially equipped,
  • privately owned jumbo
  • jets the kind that
  • normally carry 300-400
  • passengers recon-
  • figured for the
  • enjoyment of, at most,
  • a couple of dozen.

New York Times, 17-Oct-2006 For the Super-Rich,
Its Time to Upgrade the Old Jumbo Jet
18
Dynamic Capitalism CO2 II
  • Backyard Blizzards
  • Snowmaking, since the
  • mid-1960s the provenance
  • of ski resorts and, more
  • recently, some party
  • planners, has gone
  • domestic, with 2-kW
  • plug-in snowmakers that
  • run round-the-clock.

New York Times (Home Section) 15-Feb-2007 Not
Enough Snow For You? Talk to Your Father
19
Example - Electricity
  • Utilities and other generators will
  • Respond to price signal by substituting
    lower-carbon fuels
  • Renewables
  • Natural Gas
  • Invest in efficiency on demand- and supply-side
  • Consumers will
  • Respond by using less
  • Substituting low- or non-carbon energy

20
Carbon Tax Proportions
  • Fuels are taxed by their carbon
    content per btu

21
A Starter Carbon Tax-Shift
  • 37 / ton of carbon
  • 10 / gallon of gasoline, jet fuel, etc.
  • 0.72 / kWh (U.S. retail average)
  • Reduces U.S. CO2 emissions 4
  • Repeat 10 X (while standards and incentives also
    cut emissions)

22
Energy Use Not Inelastic
  • Gasoline usage grew only 3.5 from 2003 to 2006,
    while the economy grew 11.
  • Pump prices have risen lt 50 since 2003 (adjusted
    for inflation) not the doubling commonly
    believed.
  • The modest growth in demand points to a
    short-term price elasticity of around 0.1, and
    0.4 in the long term.
  • Finding Demand for gasoline (and other fuels) is
    at least somewhat price-sensitive.

23
Elasticity (long-run) Assumptions
U.S. CO2
  • Gasoline 0.4
  • Electricity
  • Residential (37) - 0.5
  • Commercial / Industrial (63) - 1.0
  • Fuel-switching Leverage 1.2 x
  • Other midway bet. Gasoline/Elect.

Reductions
24
Starter Tax Why Ramp Up?
  • Win broad consensus
  • Implement ASAP
  • Help people and businesses adapt
  • Empirical validation of efficacy
  • Mid-course corrections
  • Establish long-term price trajectory
  • Complement w/ investment in EE and renewables

25
USA After Starter Tax x 10
  • CO2 emissions down by a third
  • Oil use down by 5 million barrels/day
  • Energy
  • Coal-fired generation reduced
  • Wind and other renewable generation increased
  • Incandescents / halogens out, CFLs LEDs in
  • Transportation and Land-Use
  • SUVs out, sedans in
  • Costlier air and highway travel creates market
    pull for 300-mph intercity rail
  • Urban trips by bicycle up 10x, to 10
  • Urban revitalization

26



































The Wealthy Will Pay More
27
Progressive Use of Carbon Tax Revenues
  • EITHER
  • Distribute pro rata to 320 million Americans
    ( 1,500 each, per year)
  • OR
  • Tax Shift out of regressive taxes (green bar at
    right assumes 2.5/yr drops in emissions (net of
    1.5/y income, - 4/y price)

28
Two Fossil Fuel SubsidiesBy Taxpayers
Relatively SmallBy Climate Enormous
29
Existing Carbon Taxes(1st-year Starter Tax shown
for comparison)
Per ton of car-bon
30
Politics?
  • Concerns about carbon tax-shifting
  • Contrary to Americans sense of entitlement to
    cheap energy
  • Anti-tax ideology of past 25 years
  • Elected officials wary of another defeat
  • Clintons 1993 Btu tax
  • Rep. John Andersons 50-50 program (1980
    presidential campaign)

31
But Growing Support for Taxing Carbon Emissions
  • Opinion leaders
  • Al Gore
  • Scientists such as James Hansen (NASA)
  • NY Times op-ed columnists Brooks, Friedman,
    Kristof, Krugman Tierney
  • Conservatives including Gregory Mankiw, Bush
    chief Economic Advisor, 2003-2005
  • CEOs of Dynegy FPL Group

32
Some Support in Opinion Polls
  • Feb. 2006 New York Times poll
  • 55 would support increased tax on gasoline if it
    reduced dependence on foreign oil.
  • 59 would support if the increased tax would curb
    energy consumption and global warming.
  • Oct. 2006 M.I.T. survey
  • Over three years, 50 increase in respondents
    willingness to pay more for electricity to reduce
    global warming.

33
Carbon Tax v. Cap-and-Trade
  • Cap-and-trade is alternative vehicle for putting
    a price on carbon
  • Proposed by US CAP coalition of large
    environmental groups and large corporations
  • Emissions are capped at a level determined
    through the political process
  • Allowances/permits to emit CO2 up to the cap are
    distributed or auctioned
  • Market participants can buy or sell as necessary

34
Cap v. Tax Predictable Prices
  • Carbon taxes provide predictable prices necessary
    to encourage investment in
  • less carbon-intensive technology
  • carbon-reducing energy efficiency
  • carbon-replacing renewable energy
  • Cap-and-trade aggravates price volatility that
    discourages beneficial investments

35
Are We Over-Valuing Cap-and-Trades Emissions
Certainty?
  • Safety-valve would authorize auctioning
    additional allowances if allowance prices exceed
    predetermined level
  • Emissions cap could be politically fragile
    without public support
  • No magic emissions level (except as low as
    possible)

36
Tax v. Cap Timing
  • CT design and implementation complicated,
    contentious, prolonged
  • Level of cap
  • Timing
  • Allowance allocations
  • Certification procedures
  • Offsets
  • Penalties
  • Permit banking
  • Inevitable requests for exemptions
  • Tax can be in place promptly with quick results

37
Tax v. Cap Equity
  • Cap-and-trade
  • Practice has been to allocate based on past use
  • Rewards polluters with windfall
  • Perverse incentive to pollute more now to
    increase base for allocations
  • Allowances can be auctioned off to highest
    bidders
  • Proposed in RGGI program
  • Proceeds used to provide public benefits
  • Lawyers and consultants are other big winners
  • Carbon tax would be revenue-neutral

38
Tax v. Cap Understandability
  • Carbon taxes provide direct, transparent and
    understandable price signals to consumers
  • Perceived political liability, but essential to
    transform societal climate-awareness
  • Cap-and-trade is complicated and opaque
  • Perceived political asset, but limits public
    participation and could backfire

39
Tax v. Cap Comprehensiveness
  • Carbon taxes address emissions from every sector
  • All users must respond to price of carbon
  • Most current cap-and-trade programs, as proposed,
    only target the electricity industry
  • Only 40 of emissions
  • If allowances are allocated, polluters with
    sufficient allowances have less incentive to
    reduce emissions

40
Keys to Political Success
  • Progressive Tax-Shifting
  • Not a tax increase
  • Carbon tax revenues used to reduce regressive
    payroll and sales taxes
  • Provisions to Protect Low-Income Families
  • Reductions in payroll/sales taxes will offset all
    or a portion of the carbon tax
  • Other measures to reduce low-income energy use
  • Message Taxing pollution instead of productive
    work

41
Summary
  • Principles
  • Tax-shifting not a tax increase
  • Full-cost pricing
  • Polluter pays
  • Responds to concerns about
  • Climate crisis
  • Inequitable taxes
  • Security / Oil dependence
  • Basing economy on vulnerable energy

www.carbontax.org
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