ECONOMIC analyses to support the
Technical Meeting on Carbon Tax
Cologne, Germany
May, 29.
Environmental fiscal reform
Juan Carlos Belausteguigoitia
Centro Mario Molina
Carbon tax in
Mexico Design and effects
The basic idea behind a carbon tax is that “the polluter pays", a
principle adopted by OECD recommendations to guide the
environmental policies of its member countries.
Introducción 3
La generación de escenarios de crecimiento urbano permite
comprender las implicaciones de la expansión de las ciudades.
Carbon Tax
Objective: To reflect and internalize the social
cost of CO2 (much greater than the private cost).
Incentives innovation and adoption of
energy saving technologies.
Seeks to increase consumption efficiency
and social welfare.
Advantages Encourages gradual
changes in the behavior of households and firms.
In the aggregate it results on a net welfare gain.
Social Cost of CO2
(Academic Studies) Net present value of the
future harm of an emission of a ton of CO2 in the present.
Introducción 3
La generación de escenarios de crecimiento urbano permite
comprender las implicaciones de la expansión de las ciudades.
Stern (2006) Uses low discount
rates and high damage climate
scenarios.
Nordhaus (2011) Higher
discount rates and lower
extreme weather scenarios.
Tol (2011) Intermediate value.
The less optimistic the scenario is, and
the lower the discount rate, the higher
the value of the damage per ton.
Authors $/tCO2
Nordhaus (2011) $12
Hope (quoted in Tol, 2011) $21
Tol (2011) $48
Stern (2006) $85
Source: EPA, 2013 & Departamento de Energía y Cambio Climático de Gran Bretaña, 2009.
Introducción 3
La generación de escenarios de crecimiento urbano permite
comprender las implicaciones de la expansión de las ciudades.
The UK and the US plan to
incorporate a “price of carbon” (CO2) in their
regulatory and investment
decisions.
Discount Rates
2.5% 3.0% 5.0% 3.0% (95
percentile)
NPV in 2015 $12 $40 $62 $117
Scenarios
Low Medium High
NPV in 2015 $45 $90 $136
Social Cost of CO2 (Government white-papers)
USA (US$ per ton)
United Kingdom (US$ per ton)
International
experience in
carbon taxes
and markets
30 countries
18 subnationals
Introducción 3
La generación de escenarios de crecimiento urbano permite
comprender las implicaciones de la expansión de las ciudades.
Countries\Instruments Carbon Tax Emissions
Trading
Netherlands ✔ ✔
Finland ✔ ✔
Denmark ✔ ✔
Norway ✔ ✔
Sweden ✔ ✔
Italy In discussion
2014 ✔
Ireland ✔ ✔
Slovenia ✔ ✔
United Kingdom ✔ ✔
Japan ✔ ✔
Australia ✔
Canada (Quebec, British
Columbia) ✔ ✔
CO2 Tax :
Initiative of the Executive
Introducción 3
La generación de escenarios de crecimiento urbano permite
comprender las implicaciones de la expansión de las ciudades.
The initiative proposed a tax of
MX$ 70.68 pesos per ton of CO2.
($5.7 US dollars) 0
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Weighted price of a ton of CO2 (weighted index by market volume)
Average $5.7
Volume of the largestCO2 markets 2012
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California 2013 California 2016
NZ ETS RGGI
Spot EEX $
Price of a ton of CO2 in international markets
Introducción 3
La generación de escenarios de crecimiento urbano permite
comprender las implicaciones de la expansión de las ciudades.
Executive Proposal
Fuel Tax (MXN) Implicit price per ton of
CO2 (MXN) % change in price
Natural Gas 11.94 cents per m3 70.68 4.1%
Propane 10.50 cents per liter 70.68
Butane 12.86 cents per liter 70.68
Gasoline 16.21 cents per liter 70.68 1.4%
Jet fuel and other
kerosene 18.71 cents per liter 70.68 1.6%
LP Gas 11.42 cents per liter 70.68 1.7%
Diesel 19.17 cents per liter 70.68 1.6%
Fuel Oil 20.74 cents per liter 70.68 2.6%
Petroleum Coke 18.99 cents per kg 70.68 16.1%
Coal Coke 19.30 cents per kg 70.68 17.0%
Mineral Coal 17.83 cents per kg 70.68
Others 70.68
Proposed tax of MX$ 70.68 pesos per ton of CO2 (US$ 5.7 dollars)
Source: Centro Mario Molina, 2013.
• Estimated reduction: 5.8 million tons of CO2 in 2014.
• Income of $26.7 billion pesos (2 billion US dollars) (1.8% of tax revenues of Federal Government in 2012)
CO2 Tax : Initiative of the Executive
Introducción 3
La generación de escenarios de crecimiento urbano permite
comprender las implicaciones de la expansión de las ciudades.
The Political Economy of Carbon Taxes,
or “living in Stavins’ World”.
“In principle, both carbon taxes and cap-and-trade can achieve cost-effective reductions, and – depending upon design — the distributional consequences of the two approaches can be the same.”
“But the key difference is that political pressures on a carbon tax system will most likely lead to exemptions of sectors and firms, which reduces environmental effectiveness and drives up costs, as some low-cost emission reduction opportunities are left off the table.” But political pressures on a cap-and-trade system lead to different allocations of the free allowances, which affect distribution, but not environmental effectiveness, and not cost-effectiveness.”
Source: Stavins, Robert . [2012]. Cap-and-Trade, Carbon Taxes, and My Neighbor’s Lovely Lawn.
Stavins, 2012.
Approved version by Congress introduces changes
that will generate inefficiencies in price signals
Approved carbon tax, 2013 Tax Reform
Fuel Tax (MXN) Implicit price per ton of
CO2 (MXN) % Change in price
Natural Gas 0.00 cents per m3 0.00 0.0%
Propane 5.91 cents per liter 39.78
Butane 7.66 cents per liter 42.10
Gasoline 10.38 cents per liter 45.26 0.9%
Jet fuel and other kerosene 0.00* cents per liter 46.84 1.1%
LP Gas 6.59 cents per liter 40.68 1.0%
Diesel 12.59 cents per liter 46.42 1.1%
Fuel Oil 13.45 cents per liter 45.84 1.7%
Petroleum Coke 1.56 cents per kg 5.80 1.3%
Coal Coke 3.66 cents per kg 13.4
Mineral Coal 2.75 cents per kg 10.92 2.6%
Others 39.80
• CMM emphasized the importance of a uniform price per ton of CO2 for all fuels.
• However, the discussions in Congress led to a different implicit price per fuel.
Introducción 3
La generación de escenarios de crecimiento urbano permite
comprender las implicaciones de la expansión de las ciudades.
Impact in the right
direction, but inefficiencies
due to different implicit prices.
* The carbon tax does not apply to air fuel because Mexico is a signatory of the Convention on International Civil Aviation (also
known as the Chicago Convention) since 1946, which exempts commercial aviation fuel from taxation.
EXPECTED EFFECTS
Of Mexico’s
carbon tax
(Million tons of CO2)
Expected reduction of emissions for 2014
Reduction of CO2 emissions in
2014 (Mt/CO2)
% of Mexico’s total
emissions
Proposal 5.83 1.18%
Approved 1.61 0.33%
Source: Centro Mario Molina.
Introducción 3
La generación de escenarios de crecimiento urbano permite
comprender las implicaciones de la expansión de las ciudades.0.0
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Initial proposal Approved
(Million pesos per year)
Tax revenue 2014
(million pesos)
% of total tax revenue of
Federal Government (2012)
Proposal $ 26,742 1.80%
Approved $ 11,495 0.80% Source: Centro Mario Molina
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Reforma AprobadaIntroducción 3
La generación de escenarios de crecimiento urbano permite
comprender las implicaciones de la expansión de las ciudades.$0
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Expected tax revenue for 2014
Correcting a perverse policy:
phasing out subsidies in
gasoline
Introducción 3
La generación de escenarios de crecimiento urbano permite
comprender las implicaciones de la expansión de las ciudades.
Phasing out gasoline and diesel subsidies.
3,942
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Monthly consumption of regular gasoline (low octane)
(Ene 97- Abr 13)
Real price of regular gasoline (low octane)
(Ene 97- Abr 13)
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Introducción 3
La generación de escenarios de crecimiento urbano permite
comprender las implicaciones de la expansión de las ciudades.
Carbon tax and gasoline subsidies phase out:
achieving 1/6 of Mexico’s goal
Carbon tax
Estimated emissions reduction (CO2e/year)
1.6 million tons
Gasoline and diesel subsidy phase out
5.4 million tons
7 million tons
These two policies represent 1/6 of the yearly emissions reductions necessary to achieve the Mexican voluntary target. In 2010, Mexico pledged in the Cancun Agreements, to reduce 30% of its emissions by 2020.
In perspective
Centro Mario Molina para Estudios Estratégicos
sobre Energía y Medio Ambiente, A.C.
+52 (55) 91 7716 70
Ricardo Ochoa Sosa [email protected]
Tania Guerrero
Este proyecto fue realizado gracias al apoyo del
Consejo Nacional de Ciencia y Tecnología
Centro Mario Molina para Estudios Estratégicos
sobre Energía y Medio Ambiente, A.C.
+52 (55) 91 7716 70
Ricardo Ochoa Sosa [email protected]
Tania Guerrero
Este proyecto fue realizado gracias al apoyo del
Consejo Nacional de Ciencia y Tecnología
Centro Mario Molina para Estudios Estratégicos
sobre Energía y Medio Ambiente, A.C.
+52 (55) 91 7716 70
Ricardo Ochoa Sosa [email protected]
Tania Guerrero
Este proyecto fue realizado gracias al apoyo del
Consejo Nacional de Ciencia y Tecnología
PhD. Juan Carlos Belausteguigoitia Rius Executive Director [email protected] www.centromariomolina.org