Recommendations for Budget 2005
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Pollution Dividend for Health Care & a 21st Century Economy

Summary
The Pollution Dividend for Health Care & a 21st Century Economy involves adjusting excise taxes on fuels to begin reflecting their immense health and environmental costs. Excise taxes would be increased, particularly on dirtier fuels such as coal and diesel. Considering recent surges in gasoline prices, the current 10 cent per litre gasoline tax could be considered the benchmark from which the level of taxation on other fuels could be adjusted in proportion to their health and environmental costs.

A portion of all revenue from fuel excise tax would be invested in the health care sector, with an emphasis on preventative health care. Another portion would be used to establish a 21st Century Economy Fund. This fund would support the deployment of technologies and infrastructure that is environmentally restorative and strengthens Canadian competitiveness such as renewable energy, energy efficiency and public transit.

This dividend and investment arrangement would have the double benefit of moving towards fuel prices reflecting the true costs, and putting in place mitigative and remedial programs to address the health and environmental costs of burning fossil fuels.

Revenue
This proposal would initially generate modest additional revenue as small increases in excise tax on some of the dirtiest fuels such as diesel and coal are levied.

Benefits for Canadians

  • A consistent stable source of revenue is secured for investing in critical public priorities: health care and sustainable industry
  • The health and environmental costs of burning fossil fuel begin to be internalized, sending a price signal to the market and influencing consumption
  • The costs of fossil fuel burning begin to be directly remediated and mitigated by investing in health care and sustainable industry
  • Awareness amongst policy makers, public and industry is heightened concerning the connection between burning fossil fuels and health and sustainable alternatives

Background and Rationale
The federal government has a tradition of using the tax system to support social and economic goals. Raising tobacco taxes has been very effective in reducing smoking rates and, in turn, reducing smoking-related health care costs. Generating revenue based on the human and environmental health costs of fuel use and recycling it on mitigation and remediation would continue this tradition.

Notably, this arrangement would help address the growing environmental health crisis, driven in large measure by exposure to air contaminants including mercury, sulphur, nitrogen oxides, particulate matter and ozone — all from fuel combustion. Air pollution kills more people annually in Canada than traffic accidents or breast cancer.1 In Ontario alone, air pollution is responsible for in excess of $1 billion annually in direct costs such as hospital room admissions and absenteeism and another $9 billion in indirect costs, such as mortality.2

Over the past 15 years, many OECD countries, including Finland, Denmark, Germany, Norway, Sweden, the Netherlands and the UK, have introduced ecological tax reforms to promote economic growth while reducing air pollution including carbon dioxide emissions.3 Sweden has quite a comprehensive regime for taxing fuels based on carbon, energy use, nitrogen oxide, and sulphur.4

In 1998, the report of the Technical Committee on Business Taxation to the Department of Finance recommended specifically that the federal fuel excise tax be restructured to correspond “to the user pay principle.” The report’s recommendation for environmental tax reform concluded: “The restructured tax would include other sources of pollutants and ensure that polluting activities by businesses — and by all Canadians — bear a more appropriate charge for the use of air, water and land”5

In actual fact, the Department of Finance has already started to reform fuel taxes, to take into account ecological considerations, by removing the excise tax on ethanol. This is in order to promote fuel switching towards a more climate friendly fuel (which, unfortunately, is only true with certain types of ethanol). Nevertheless, as a general rule the level of taxation does not reflect health and environmental costs.6 The federal gasoline tax is 10 cents per litre, and there are a number of other fuels that include an excise tax: aviation gasoline: 11 cents per litre, unleaded aviation gasoline: 10 cents; diesel fuel: 4 cents; aviation fuel: 4 cents. However coal, the dirtiest fuel, does not even have a federal excise tax applied to it7 (while at the same time most provinces apply a sales tax to coal).8

The current level of taxation on gasoline should be considered the benchmark for initially phasing in taxes. Most of the new revenue could, therefore, be generated from tax increases on the other fuels. The largest source of new revenue would come from including a modest excise tax on coal. The public recognizes that burning coal is bad for the environment and human health and, hence, would be responsive to investing this revenue in health care and sustainable industry development.

Assessments of environmental tax shifting policies in Europe, which include the introduction of carbon taxes, have shown that the effect on the economy is minimal or even somewhat positive, through lower costs in labour-intensive sectors, energy substitution and increased energy efficiency. In addition, there is no evidence that environmental measures, including carbon taxes, have had a negative impact on the international competitiveness of firms.9 Given the fact that energy prices are low and energy use per capita is significantly higher in Canada than in United States or Europe, there is enormous potential for low-cost energy conservation measures, which will mitigate the negative impact, if any, that new environmental fuel taxes will have on the economy.

The burden of environmental taxes on the economies of countries where they have been introduced, has been minimized by introducing taxes at low levels and implementing gradual increases according to a set schedule so that firms have been able to adjust their investment decisions according to phased-in tax increases. Also, countries have granted exemptions or tax rebates to firms in energy-intensive sectors in exchange for commitments to meet increased energy efficiency targets.10

Environmental taxes are globally recognized as a cost-effective means of reducing pollutants since firms are given the flexibility to decide how and to what extent they will reduce their emissions. Germany’s “ecotax” on fuels is considered a decisive factor in reducing the country’s greenhouse gas emissions by 18 per cent and, in particular, flattening transportation emissions (1990-2001). Because the revenue was used to reduce state pension contributions, the tax shift yielded double dividends: i.e. reduced pollution and reduced tax burden. Environmental taxes on fuels have the additional benefit, over many regulated emissions standards, of providing on-going incentives for increasing efficiency, fuel switching and ultimately reducing emissions.

It is essential that clear criteria be established for spending money from the 21st Century Economy Fund. Much climate protection spending to date has been invested in voluntary programs and some very capital-intensive technological fixes with limited success in reducing emissions, e.g. carbon storage. Clear criteria have to be established to ensure investment is focused on practical, cost-effective technologies that, with relatively small investments, will enter
the marketplace and immediately start reducing or displacing greenhouse gas emissions and air pollution.

Recommendation
Adjust excise taxes on all fuels to reflect their health and environmental costs. This would include assessing the cost of carbon, mercury, nitrogen oxides, sulphur dioxide, and particulate matter emissions as well as emissions from embedded energy in fuels. Half of all revenue generated (including new money generated from the adjustment) would be split into two funds:
1) a health care sector fund, with emphasis on preventive health care, and 2) a 21st Century Economy Fund for deployment of technologies and infrastructure that are environmentally restorative, such as advanced low-impact
renewable energy, energy efficiency, and public transit.

Alternative and Complementary Policies
Some European countries have designed environmental tax reforms to yield ‘double dividends’ since revenues from taxes on environmentally harmful substances can be used to reduce the tax burden on labour or personal income. This provides the double benefit of reduced pollution and increased employment, as well as income at no net cost to the government. For example in Denmark, average annual green tax revenues of (US)$600 million, over the period 1994-1998, has been used to reduce personal income tax rates by 10 per cent and employer payroll contributions by 2 per cent, while at the same time lowering total greenhouse gas emissions.11 Alternatives for introducing this tax, therefore, include:

  • an increase in tax revenue could be alternatively offset by an equivalent reduction in GST, income tax or payroll taxes
  • all the revenue could be distributed to the provinces who could choose how to invest it — including, returning it to taxpayers

The Large Final Emitters system — if designed correctly — will also reduce consumption of fossil fuels and in turn air pollution and greenhouse gas emissions.12 As in Europe where emissions trading will begin in earnest in 2005 alongside environmental taxes found in many jurisdictions, these two regimes can complement one another. Because the LFE system will primarily cover the oil, gas, mining and manufacturing industries, the burden of the pollution dividend would have to be considered in the design of both regimes. In Europe, many of these industries are either exempt from paying ecological taxes or eligible to receive tax rebates in exchange for making commitments to meet energy efficiency targets. Nevertheless, the pollution dividend has the advantage of passing on the external costs to all fuel consumers, and importantly it begins to incorporates all emission costs, not just carbon.

The pollution dividend on fuels is complemented by other efforts to strengthen the energy efficiency of the Canadian economy, for example: improved standards for consumer goods such as appliances and cars, incentives for manufacturers to produce more energy efficient products, and investments in alternatives to automobile use like public transit. Moreover, as the efficiency of the economy is improved and consumers have more energy efficient choices, the federal government can phase in, with least disruption, increased levels of tax on the various fuels, including gasoline. This phased increase can be done in such a way to ensure that net spending on energy remains relatively stable.
The federal government’s Sustainable Development Technology Canada program, focusing on research and development, would complement the 21st Century Economy Fund, focusing on deployment of innovations and infrastructure.

Contact
Alex Boston,
David Suzuki Foundation
604-732-4228

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1
Air pollution mortality rates in: Burnett R.,Cakmak S., and Brook JR. 1998. "The Effect of the Urban Ambient Air Pollution Mix on Daily Mortality Rates in 11 Canadian Cities," Canadian Journal of Public Health vol. 89:152-156; Traffic mortality rates from Transport Canada: http://www.tc.gc.ca/roadsafety/tp/tp3322/2000/pdf/st2000e.pdf (Retrieved 25.06.04); Breast cancer mortality rates from: http://www.ontario.cancer.ca/ccs/internet/standard/0,3182,3543_14435__langId-en,00.html (Retrieved 25.06.04).
2
Ontario Medical Association. 2000. The Illness Costs of Air Pollution in Ontario. http://www.oma.org/phealth/icap.htm
3
Andrea Baranzini, Jose Goldemberg and Stefan Speck, “A Future for Carbon Taxes” Ecological Economics, 32(2000), p.395-412
4
http://europa.eu.int/comm/energy_transport/atlas/htmlu/pfbsweden.html
5
Technical Committee on Business Taxation. 1998. Report of the Technical Committee on Business Taxation. Prepared for the Department of Finance, Government of Canada http://www.fin.gc.ca/taxstudy/brief1_e.html
6
Canada Customs and Revenue Agency. November 2003. Current rates of excise tax. http://www.cra-arc.gc.ca/E/pub/et/currate/currate-e.pdf
7
Ibid
8
Western Mining Engineering. State/Provincial mining taxes. http://www.westernmine.com/westernmine/taxcost.htm
9
OECD, “Environmental Taxes and Competitiveness: an overview off issues, policy, options and research needs”, June 2003, http://www.olis.oecd.org/olis/2001doc.nsf/LinkTo/com-env-epoc-daffe-cfa(2001)90-final
10
ibid
11
Andrew Hoerner and Benoit Bosquet, “Environmental Tax Reform: The European Experience”, Center for a Sustainable Economy, February 2001, http://www.sustainableeconomy.org/eurosurvey.htm
Information on environmental tax rates and revenues are available from the OECD/EU Environmentally Related Taxes database at: http://www1.oecd.org/scripts/env/ecoInst/index.htm
12
For a review of the loopholes in the LFE system see: Boston, Alex. 2004. Planning for the Next Generation: 10 Principles for Climate Protection and Innovation. David Suzuki Foundation.