Showing posts with label Climate change. Show all posts
Showing posts with label Climate change. Show all posts

Thursday, July 02, 2020

Some Alberta Birds





For an authoritative list of Alberta's birds, click here. The following is a list of the birds I've seen in recent years.              

  1. Avocet, American
  2. Blackbird, Brewer’s
  3. Blackbird, Red-winged
  4. Blackbird, Rusty
  5. Blackbird, Yellow-headed
  6. Bluebird, Mountain
  7. Bobolink
  8. Bufflehead
  9. Catbird, Grey
  10. Chickadee, Black-capped
  11. Chickadee, Boreal
  12. Coot, American
  13. Cormorant, Double-crested
  14. Cowbird, Brown-headed
  15. Crow, American
  16. Curlew
  17. Dove, Mourning
  18. Dowitcher, Long-tailed
  19. Dowitcher, Short-tailed
  20. Duck, Canvasback
  21. Duck, Redhead
  22. Duck, Ruddy
  23. Dunlin
  24. Eagle, Bald
  25. Finch, House
  26. Finch, Brown-capped Rosy
  27. Flicker, Northern
  28. Flycatcher, Least
  29. Flycatcher, Olive-sided
  30. Goldeneye, Common
  31. Goldfinch, American
  32. Goose, Canada
  33. Grackle, Common
  34. Grebe, Eared
  35. Grebe, Horned
  36. Grebe, Pied-billed
  37. Grebe, Red-necked
  38. Grebe, Western
  39. Gull, Bonaparte’s
  40. Gull, California
  41. Gull, Franklin’s
  42. Gull, Ring-billed
  43. Harrier, Northern
  44. Hawk, Broad-winged
  45. Hawk, Cooper’s
  46. Hawk, Red-Tailed
  47. Hawk, Rough-legged
  48. Hawk, Swainson’s
  49. Heron, Great Blue
  50. Ibis, White-faced
  51. Jay, Blue
  52. Jay, Canada
  53. Killdeer
  54. Kingbird, Eastern
  55. Kingbird, Western
  56. Lark, Horned
  57. Longspur, Chestnut-collared
  58. Magpie, Black-billed
  59. Mallard
  60. Meadowlark, Eastern
  61. Meadowlark, Western
  62. Merganser, Common
  63. Merganser, Hooded
  64. Merlin
  65. Nuthatch, Red-Breasted
  66. Nuthatch, White-Breasted
  67. Oriole, Baltimore
  68. Osprey
  69. Owl, Great Horned
  70. Pelican, American White
  71. Phalarope, Wilson’s
  72. Pheasant, Ring-necked
  73. Pigeon, Rock (Feral Pigeon)
  74. Pintail, Northern
  75. Plover, Semipalmated
  76. Raven, Common
  77. Redhead
  78. Redpolls, Common
  79. Redstart, American
  80. Robin, American
  81. Sandpiper, Solitary
  82. Sandpiper, Spotted
  83. Scaup, Greater
  84. Scaup, Lesser
  85. Scoter, Surf
  86. Shoveler, Northern
  87. Shrike, Northern
  88. Sora
  89. Sparrow, Chipping
  90. Sparrow, Clay-coloured
  91. Sparrow, House
  92. Sparrow, Lincoln’s
  93. Sparrow, Nelson’s Sharp-Tailed
  94. Sparrow, Clay-coloured
  95. Sparrow, Savannah
  96. Sparrow, Song
  97. Sparrow, Vesper
  98. Sparrow, White-crowned
  99. Sparrow, White-throated
  100. Starling
  101. Stilt, Black-necked
  102. Swallow, Bank
  103. Swallow, Barn
  104. Swallow, Cliff
  105. Swallow, Tree
  106. Swan, Trumpeter
  107. Swan, Tundra
  108. Tanager, Western
  109. Teal, Cinnamon
  110. Teal, Green-winged
  111. Tern, Common
  112. Tern, Forster’s
  113. Thrasher, Brown
  114. Thrush, Swainson’s
  115. Thrush, Varied
  116. Vulture, Turkey
  117. Warbler, Tennessee
  118. Warbler, Yellow
  119. Warbler, Yellow-rumped
  120. Waxwing, Cedar
  121. Wigeon, American
  122. Willet
  123. Wood-Pewee, Western
  124. Woodpecker, Black-backed
  125. Woodpecker, Downy
  126. Woodpecker, Hairy
  127. Woodpecker, Pileated
  128. Wren, House
  129. Yellowlegs, Lesser
  130. Yellowlegs, Greater





Monday, September 03, 2012

Strategic Advantage

A coal-fired electricity generating facility in the US.
How regulation could help the oilsands reduce America’s CO2 emissions without damaging the economy
This article appears in the September issue of Oilsands Review 

By Peter McKenzie-Brown
An important policy paper about the oilsands slipped under the industry’s radar when it was released last June. Prepared by two Rice University academics – Dagobert Brito (an economist) and Robert Curl (a chemist) – the paper urges the US government to make it policy to import more Canadian crude, arguing the practice would reduce long-term greenhouse gas emissions. More immediately, it could benefit the U.S. economy and trade deficit, and promote energy security.

Yes, you read that correctly: Rather than a villain in the action pic, the oilsands could become part of the SWAT team. Refreshingly, Brito and Curl identified the oilsands as a high-powered tool for CO2 mitigation. In fact, making sure Canadian oil flowed south in greater amounts would be a “golden opportunity” to make the switch to greener fuels.

The diversion of oilsands crude to US Gulf refineries could be done in such a way that both the economy and the environment could benefit. Oilsands development could reduce the US trade deficit and ease economic pressure within the United States to produce coal-to-liquid fuels – the most carbon-intensive transportation fuels known.

“Canadian oilsands and the recent discovery of how to exploit the massive deposits of natural gas locked in shale… make it possible for the United States to reduce its dependence on fuels from outside North America without increasing carbon dioxide emissions,” according to the authors. “We propose that the US government develop policies that redirect our carbon usage, and thus our carbon dioxide emissions, away from the electricity generation sector toward transportation fuels by facilitating the development of Canadian oilsands, and offset the resulting additional carbon emissions by shifting the conversion of electrical generation from coal to gas.”

Misplaced Concern
The collaboration that led to this conclusion began about four years ago. Their collaboration, which has resulted in two widely praised technical papers, began with an off-the-cuff comment. During a conversation “Bob (Curl) said ‘If we didn’t have gasoline we would have to invent it because it’s such a valuable way of storing energy,’” according to Brito. Their discussions continued.

Both men are deeply concerned about the impact of carbon emissions on the environment – especially global warming. Their concern was to find ways to reduce carbon emissions without damaging the American economy. As they looked around the energy world, they saw that the United States was in a unique position to take steps that would reduce emissions.

One reality is that natural gas prices had collapsed as new technologies enabled producers to harvest gas from shale. One likely outcome is lower-cost gas for the rest of this century. Given that environment, they believe the first step the United States should take is to shut down coal-fired generating facilities, fueling them instead with natural gas.

According to Bob Curl, “The good thing about using regulation to require electrical generating facilities to switch to natural gas is that while these prices prevail it’s economic to do so. There is no transfer of funds to government. The regulation basically would be that you can only produce so much carbon per megawatt of electricity generated.”

“We believe concern about additional carbon dioxide emissions from Canadian oilsands production is misplaced,” according to their paper. “The strategic advantage of access to this resource far outweighs the extra carbon dioxide from its production, as this carbon dioxide can be more economically offset elsewhere in the economy.”

According to Curl, “people were opposed to the oilsands for reasons which seemed obscure to us. Many people in this country feel that having access to that much oil is bad because it takes the economic and strategic pressure away from our need to innovate technologically. The New York Times is very specific on this.”

Brito added, “Our position is quite different: It is very easy at the current price of natural gas to reduce emissions from electricity generation.”

“When we were preparing the first (of our two papers), we had some discussion about carbon taxes. Our opinion is that the carbon tax is counterproductive. It’s just a large transfer payment to government. It doesn’t actually reduce carbon emissions. Cap and trade would just result in more efficient coal-fired generating facilities having an advantage over the smaller operations, which would then shut down. It wouldn’t actually reduce carbon-generating activity. We have become advocates of regulation because no transfer payments are involved.”

More jobs would be created to deal with the increased flow of Canadian crude. In addition, according to their scenario, the U.S. would have more access to a secure energy source and the opportunity to burn off its abundant natural gas reserves instead of dirty coal.

Coal-to-Oil
The next step, they say, is to take whatever steps are economically feasible to forestall the conversion of coal into petroleum liquids. “All our calculations indicate that you can make money by converting coal to oil. The capital cost is where most of the money is. It’s a big chemical plant you have to construct,” according to Curl. Curl, the chemist, who explains the problem in graphic terms. “If you turn coal into liquid fuels, you generate 8/10ths of a ton of carbon dioxide for every barrel of liquid fuel you generate. If oil stays above $60 a barrel, oil from coal remains viable. However, as soon as you place a CO2 charge on that, it makes liquids unprofitable.”

The Energy Information Agency forecasts that coal-to-oil conversion will begin in 2020. “There is a lot of buzz about it in this country, yet we wonder why in the world anyone would want to do this. First, the petroleum business is more used to drilling than manufacturing. Second, they’re worried about the possibility of the regulation of carbon dioxide. And to make matters worse, the price of oil is quite volatile. As recently as 2008 oil prices drop below $35 a barrel.”

For environmental reasons, the two academics believe it’s important to discourage companies from going in this direction. However, they have couched their arguments in economic terms.

Of course, the imminent prospect of large-scale coal-to-oil facilities is becoming a bit of a straw man, since new technologies are increasing light oil production throughout North America. For example, in a recent research note ARC Energy’s Peter Tertzakian observed that, after having declined steadily for nearly four decades, in the last three years conventional oil production in Texas has risen from 1 million to 1.7 million barrels per day.

The Rice University academics take the position that Americans are fortunate to be importing oil from Canada. According to Brito, “we contacted some friends who are experts in trade theory. For every dollar of oil that American buys from Canada, we get $.50 back in trade.” In trade terms, this would make bitumen – already a low-cost petroleum resource – an even greater bargain.

“Petroleum is part of the world market,” he added. “We don’t have any illusions about whether oilsands oil will be exported. You guys (Canadians) are going to produce it, and to do that you have two choices. You can send it to the Pacific, or you can send it to the US. And if you send it to the US we can either use it to offset CO2 emissions or not. If you send it to China, they do not have the technologies and systems to use oil to offset CO2 emissions.”

The two academics believe the new pipeline from Cushing to the Gulf will take care of the problem of Canadian oil being bottled up. “The logical thing for Canadians to do is shift their oil to the Gulf coast and from there ship it out as finished fuel.”

Clean Coal?
“If (American governments) put these regulations into effect now, while the price of natural gas is low, they won’t disrupt the power generation industry.” Asked about the impact social policy would have on the coal industry, he said “I hate to put an entire industry out of business, and I wish that coal were clean, but it’s not.” Brito added, “We had to stay inside our area of expertise. Coal mining is simply not one of them. In our paper we couldn’t deal with those issues.”

More than 40% of electricity generation in the United States comes from coal-fired plants, and power utilities buy more than 90 percent of the country’s coal production. Converting electricity generation to natural gas is therefore not exactly a message the powerful coal lobbies in Washington want to hear. Just ask media vice president for the American Coalition for Clean Coal Electricity Lisa Camooso Miller. She worries that converting to other fuels would increase the price of electricity, disproportionately affecting the poor. Nor does she want to see jobs lost.

“We’re committed to ensuring that the future is a clean one, which is why the U.S. power industry invested more than $100 billion in clean-coal technology, reducing emissions by 90 percent in the last 30 years,” according to Miller. “Investments in clean coal technology will provide for the continued use of affordable and abundant coal as an energy source for America.” She added, “It’s important for this country to have a balanced energy portfolio.”

However, clean coal technologies essentially refer to advancements in reducing sulphur dioxide (SO2), nitrogen oxides (NOx), mercury and particulate matter discharges while burning coal. They do not reduce carbon emissions.

The coalition’s website refers to “the coal-based electricity sector’s work to develop and deploy new technologies to capture and safely store CO2 is also evidence of the industry’s commitment to expanding the use of advanced clean coal technologies.” However, it is worth noting that the only large-scale sequestration operation using carbon emissions from an American power plant takes place at the Weyburn field in southern Saskatchewan – an enhanced oil recovery project operated by Cenovus.

Although clean coal methods for removing sulphur, mercury and acids “work okay,” Bob Curl suggested that “schemes for sequestering carbon dioxide are fantasies.” Rather, America urgently needs regulation to “mitigate carbon dioxide sources.” Noting that coal is best understood through chemistry and thermodynamics, economist Bob Brito contends that with present technology there is no such thing as clean coal.

Concerned that a coal-to-liquids fuel industry could rapidly expand, resulting in greatly increased emissions, Curl and Brito believe the United States needs to reallocate resources within the economy in a way that is not likely to occur through market forces – regulation. “Further action will be required to offset carbon dioxide from alternative fuel sources.”

“Two things drove this paper,” Brito added. “One of them was the energy security of the United States. Having Canada right next to us is like having Saudi Arabia next door, except that it’s a Saudi Arabia which respects human rights.” The other was their concern about carbon dioxide emissions, and how that will affect the global environment. “When we looked at the numbers for different nations producing carbon dioxide, it was very clear that the Chinese were just running away with it. If the Chinese go to the same level of per capita CO2 generation that we have in the United States, that alone will increase global CO2 emissions by 50%.”

Briefly put, the two men were thinking globally and acting locally. Convinced that carbon emissions must not get out of control, they developed ideas that would influence emissions in the United States, the world’s second-largest emitter. That sounds like the best place to start.

Friday, July 23, 2010

Books on the Oilsands: A new cottage industry



Books about the oil sands were once few and far between; today they are part of a cottage industry, and often written by people with an axe to grind.

Such is the case with the latest installments, each of which boasts a green theme. However, it would be difficult to imagine three more diverse approaches to such a challenging topic.

• Alastair Sweeny, Black Bonanza: Canada’s Oil Sands and the Race to Secure North America’s Energy Future John Wiley & Sons Canada Ltd., 2010
• Satya Das, Green Oil: Clean Energy for the 21st Century? Sextant, 2009
• Gordon Kelly, The Oil Sands: Canada’s Path to Clean Energy? Kingsley Publishing, 2009

This article appears in the August issue of Oilsands Review
By Peter McKenzie-Brown

Black Bonanza
For a rollicking good read with a clearly defined message, Sweeny’s Black Bonanza really hits the mark. To get the flavour of his offering, consider two of many questions he raises in his preface. “Why are millions of people obsessing about carbon dioxide, a trace gas in the atmosphere, 3 percent of which is due to human emissions?... Why are government officials demanding that billions of dollars be spent to control this gas that is so essential to plant growth, while real pollution concerns cry out for solution and scores of our fellow citizens starve to death or die from preventable diseases?”

A historian by education and a writer by occupation, his chapters on the development of the oil sands are particularly worth reading. He captures people’s lives well, and has quite the instinct for the compelling quote.

Sweeny is on a mission, however. His message is that the oil sands present a tremendous strategic advantage to North American energy security, and they should be developed immediately. Canada would benefit enormously as it became an energy superpower, and North America would remain an ascendant geopolitical entity as it used a combination of crude oil security, economic strength and technical expertise to develop the inexhaustible energy of the sun. While the text is riveting, as the book winds up its message begins to fall apart. To make his case convincing, Sweeny must destroy the foundations of the climate change and peak oil debates.

He does pick holes in the conventions of climate change theory. Some of his arguments are historical: the Little Ice Age of around 1600, which followed the Medieval Warm Period of a millennium ago – and neither of which was connected to greenhouse gases. Others are statistical: carbon dioxide makes up 391 parts per million of atmospheric gases, of which 12 parts per million come from human activity. Other arguments use conspiracy theories to explain the sources of public concern: to a certain extent, he pooh-poohs climate change science as the work of people with vested interests in government grant machines. This is not exactly respectful of the scientific method and scientists, who together have contributed so much to contemporary civilization.

Sweeny’s efforts to dismiss peak oil are equally dicey. The gist is that there is plenty of oil in the world’s unconventional oil deposits, which of course is true. The point at issue is whether those deposits can be developed in time to replace depleting supplies of conventional production. On that question, the jury is still out.

The author successfully argues that Alberta’s oilsands have been demonized because environmental NGOs need easy, controversial targets to use in their annual fund-raising campaigns. Similarly, celebrities and politicians know they can get press by visiting Fort McMurray and proclaiming that the mines and plants look like something out of J.R.R Tolkien’s fictional Mordor, so they do.

The statistics Sweeny uses to defend the oil sands from the critics are compelling. He claims that each year America’s single-biggest coal-fired electrical generating plant spews forth 25.3 million tons of carbon dioxide contaminated with sulphur dioxide. That compares to about 40 million annual tons of relatively clean CO2 emissions from the Athabasca oil sands. Furthermore, Canada – the world’s poster child for dirty oil and GHG emissions – is responsible for 1.9% of global greenhouse gases. By comparison, green Europe emits 13.8%, the US 20.2% and China 21.5%. And so the argument goes.

Sweeny’s book is worth the read. As a gadfly, he counterbalances much of today’s conventional wisdom. Of equal interest for the bookworm, it’s an entertaining read from start to finish. The same cannot be said of the effort by Satya Das.

Green Oil
“Beyond a few purblind ravers,” says Das, “no rational person denies the reality of climate change.” Given the author’s background in journalism (notably with the Edmonton Journal), this mess of a book is particularly surprising.

He does not have a coherent message. In the absence of such a message, he parrots endless buzz-word laden passages from provincial government and ENGO reports – mostly on the importance of provincial stewardship of its resources, and strategies for governmental success. Painful to read, this book offers little except a sense of what higher-echelon bureaucrats conclude in their strategic planning meetings.

Self-published by the consultancy Das helped to found, this book’s main purpose is probably to drum up business. In fact, it is only in the context of his understanding of the roles of the public and private sectors that this publication makes much sense. “The principal role of government is to set a strong and effective policy framework,” he proclaims. However, “in every instance, the private sector role is to proceed robustly and vigorously to create wealth and value within the direction set by government.” As a private-sector entity advising government on policy issues, it’s safe to assume his firm is proceeding robustly and vigorously in the aforementioned direction.

This book is a stinker. Buyer, beware.

The Oil Sands


Gordon Kelly’s book is long, sometimes dry and technical, occasionally rambling. However, it’s also the most comprehensive and current study of the oilsands available. For anyone wanting a crash course in the oilsands, it’s a godsend. For anyone wanting a complete and current reference, it’s the only game in town.Kelly draws deeply from technical reports without taking shrill or ideological positions. For the most part he reflects the industry’s collective wisdom about the state of the oil sands. Fortunately, he also offers innovative ideas worth serious consideration.

Well into his 70s, Gordon Kelly had a long and diverse career in the petroleum industry – much of it as an ex-pat – and still works as a consultant. An engineer with an MBA by training, his understanding of the petroleum sector runs deep. It is therefore worth noting that his review of peak oil is comprehensive, and that he takes the issue quite seriously.

“A major theme of this book,” he says, “is that the world could run short of oil before new sources of mobile power are available. That is why the oil sands are needed and why it is important that Canada start the search for new alternative power sources now.”

Unlike most peak oil advocates, Kelly doesn’t see a probable decline in oil production as a function of scarcity. Rather, he sees it as a social problem. “Environmentalists are becoming more aggressive against oil and nuclear power because they really believe biofuels, windmills and solar panels can save the planet from GHG climate change. Politicians demand GHG curtailment because it makes them look ‘green’” he writes, “but it adds to the cost and time to build projects. Adding ‘Cap and Trade’ penalties to curb GHG emissions has reduced the money available for adding more capacity in Europe and may be expanded to North America. Project approval hearings drag on for months or years. Court challenges add to the delay....The world has lots of oil, but politics (will) block the (industry’s) ability to develop it fast enough.”

When we pass the peak in oil production (Kelly guesses the year will be 2015), “the shortages will be only a small percentage of demand, but for those who do not get the oil, it will be a crisis. History suggests it will be the poorest countries.”

Besides acknowledging peak oil as a reality, Kelly sees climate change from greenhouse gases as a threat. In that context, he puts forward some refreshing proposals on making Canada a leader in alternative energy.

In effect, he argues in his concluding chapter that Alberta should diversify from an energy-based economy into an energy-based economy. The oilsands and Alberta’s existing energy infrastructure provide a formidable base from which province and country can constitute a global clean energy superpower.

Concerned about the need to develop new sources of energy, Kelly conjures up the ghost of a creation of Alberta’s Lougheed years. Introduced in 1975, the Alberta Oil Sands Technology Research Authority invested $670 million over a 15-year period – all of those funds matched by private dollars. “AOSTRA was not government research but private research supported by the Alberta government,” says Kelly. “There is a big difference between the two. The private sector (had) to be willing to invest 50% of the cost in a project before Alberta (would commit) to the investment.”

According to Kelly, the program was so successful that it led to the construction of more than $100 billion in oilsands plants, so far. That is a stretch, perhaps. However, even if he is off by 75% (with rising commodity prices and associated inflation being mostly responsible for Alberta’s recent oilsands investment), the province’s AOSTRA investments generated highly leveraged results.

Today, he says, the province should introduce an AOSTRA-style program (Kelly calls it the Alberta Energy Research Project, or EARP) to encourage investment in alternative energy, arguing that research incentives could take advantage of the province’s existing expertise to create next-generation technologies. This is not far-fetched, he argues. BP is already “a large supplier of solar energy, while Chevron is the largest supplier of geothermal energy. Shell has a hydrogen division. Suncor has windmills and a biofuel operation.”

If you are interested in Alberta’s and Canada’s energy future, this is a fine tome. It’s too long, perhaps, and in some places could use a bit of cosmetic surgery. Even so, it is worth the time you invest in reading it.
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Saturday, January 17, 2009

The Case against Dirty Oil


This article appears in the February 2009 issue of Oilsands Review; graphic taken from here.
By Peter McKenzie-Brown

“Two wars, a planet in peril, the worst financial crisis in a century.” In his victory speech in November, with those words Barack Obama summed up the challenges his new administration would face.

The phrase “a planet in peril” was, of course, shorthand for climate change and other environmental troubles. For those in the oilsands industry, it seemed to threaten lost market share. After all, during the campaign Senator Obama promised to ban imports of dirty oil – that is, oil that releases a great deal of CO2 during production and upgrading. At present, the United States is the only market for Alberta’s bitumen and upgraded oil.

This article suggests that the US market for oilsands producers may not be as secure as Canadian producers may hope. Canada can compete in the market, but it may increasingly be at the expense of other global oil producers as this continent’s energy mix changes. There are a lot of caveats to that theme – not least of which is that the drive to greener bitumen production is now an almost unstoppable force. In Canada’s traditional export market, the greenest producers may become the most successful players.

American legislators have already begun to target it as an easy way to reduce emissions without hurting American voters. For example, Congress has already passed a law banning federal government agencies from directly promoting energy projects that will emit greater greenhouse-gas emissions over their entire life cycle than conventional oil. A section of the US Energy Independence and Security Act of 2007 prevents federal agencies such as the military from entering into fuel contracts that directly encourage unconventional energy development. This could include the oilsands.

For its part, California has passed regulations requiring fuel suppliers to reduce the emissions from the fuel they sell – and to account for those emissions right back to the original source of production.

Energy calculus of this kind is unprecedented, and if followed to its logical conclusion could be devastating for Canada. The world’s largest per capita consumers of energy, Canadians are also the world’s largest per capita producers of CO2. Regulations that limit the carbon quotient in other imported goods could shut a variety of Canadian products out of American markets. Whether or not such rules will ever apply to other commodities, for oilsands producers these developments are immediate matters of deep concern.

Will President Obama, who often used green rhetoric on the campaign trail, continue down that road? “No”, according to Murray Smith – a one-time provincial energy minister who until recently served as Alberta’s representative in Washington, D.C.

“(Obama) was trained in the very tough political environment of Chicago. In order to operate inside today’s political conditions,” Smith said, he “must govern from the centre. From November 4th to the 5th, his move from the political spectrum of the left to the political spectrum of the middle was virtually instantaneous. So presidential candidate oratory that mentioned the oil and gas sector as a target for higher taxes, promises to increase environmental efficiency and to take other measures for energy efficiency measures are either already law or just promises.”

Smith added that the president is a “former senator from an important coal-producing state, a state that relies almost exclusively on coal for electricity generation. In fact, he sponsored an important coal-to-liquids bill” – albeit one that didn’t make it out of the Democratic caucus. In Smith’s view, “energy and environment will drop to tertiary issues as the USA digs itself out of the economic hole that the mortgage and housing crises dug.”

As if in support of this view of the world, in one of his first radio addresses after his win the president-elect put his energy program in the context of infrastructure projects. “We’ll put people back to work...building wind farms and solar panels; fuel-efficient cars and the alternative energy technologies that can free us from our dependence on foreign oil and keep our economy competitive in the years ahead.”

Unwilling to take a chance, the day after the election prime minister Stephen Harper proposed a joint US-Canada pact on climate change which would exempt production from Alberta’s oilsands from import controls on the grounds that it could contribute to Obama’s goal of making the US independent of Middle East sources of supply.

The Tar Sands Controversy:
In Canada, the dirty oil question became a high-profile public issue with the publication of a rambling, ideologically incoherent and highly inaccurate book on the oilsands. Author Andrew Nikiforuk and his publisher promoted the book well, and environmental issues surrounding oilsands production got a great deal of play in the media. This touched raw environmental nerves across the continent.

Consider some of his statements, however. “Many tar sand projects puff out nearly a million tons of carbon dioxide a year.... A million tons – a megaton – is enough lethal carbon dioxide to fill one million two-storey, three-bedroom homes and suffocate every occupant.” Where do you start with such a statement? CO2 is no more lethal than water, and far less likely to become a disagreeable or life-threatening localized pollutant. Like water, it is essential for life.

Nikiforuk’s sloppiness is extraordinary. For example, his diatribe on carbon capture and storage (CCS) stumbles from technical blunder to unsubstantiated claim and shows no comprehension of the economics of the concept. Then, astonishingly, he pronounces the whole idea – a demonstrably safe (though expensive) system of pollution reduction already being used around the world – to be “morally bankrupt.” This seems an absurd term to apply to technologies that remove pollutants.

Straightening out the endless errors in this book would be a thankless and time-consuming job, but let the following illustrate Nikiforuk’s efforts to, apparently, deliberately mislead. “The average Canadian burns twenty-five barrels of oil a year,” he claims. “The average Albertan burns sixty barrels, due to an above-average use of fossil fuel toys such as ATVs, trucks and SUVs.”

In fact, Alberta’s energy use is higher than the national average because its industry is heavily focused on the energy-intensive businesses of producing and processing energy – including growing volumes of unconventional oil and gas, which are especially energy intensive. Consumer toys have almost nothing to do with it. The author of a book on the oilsands would surely know this.

The Princeton Wedges: At one end of the climate change spectrum are demagogues like Nikiforuk. At the other are those who say the issues are imaginary or, since they are unsolvable, irrelevant. A more pragmatic part of this latter group are those who, like St. Augustine 1500 years ago, ask to be granted “chastity and continence, but not yet.” Although concerned about the challenge, they hope CO2 emissions will be rendered “tertiary issues” because of the world’s financial meltdown or lack of political will, so they can postpone the cost of action.

In the centre are those concerned about the scientific consensus on climate change and global warming, and they are the group who will ensure the issue does not go away. Dirty oil became a campaign issue in Obama’s dignified presidential campaign because it is now a mainstream concern. That is unlikely to change.

A few years ago, physicist Robert Socolow and ecologist Stephen Pacala from Princeton University wrote that “Humanity already possesses the fundamental scientific, technical, and industrial know-how to solve the carbon and climate problem for the next half-century…. Although no element is a credible candidate for doing the entire job (or even half the job) by itself, the portfolio as a whole is large enough that not every element has to be used.” The world of environmental politics took note, and the concept of stabilization wedges – commonly called the “Princeton wedges” – was born. The wedges represent emissions that can be taken out of the world’s growing volumes of pollution by different techniques. In many quarters, they revolutionized thinking about greenhouse gas emissions.

Socolow and Pacala identified 15 strategies that could reduce business-as-usual increases in emissions by 25 billion tonnes of emissions over a 50-year period. They include using more efficient vehicles, developing more efficient buildings, and using natural gas instead of coal. Each stabilization wedge would lower the angle of the line representing carbon-emissions growth; together, they would reduce CO2 emissions enough to stabilize its concentration in the atmosphere. To put the magnitude of the problem in perspective, human activity is now adding 7 billion tonnes into the atmosphere annually. Unchecked, that figure will double in the next half century.

Each Princeton wedge is a steel-jacketed bullet in the struggle against CO2 pollution. For the issue of CO2 pollution as a whole, there are no silver bullets – especially since 85 per cent or more of CO2 emissions from oil come out of the consumer’s tailpipe.

For the oilsands industry, however, one bullet is at least a silver alloy. The province is counting on CCS to meet 70 per cent of its long-term GHG reduction targets. Compared to a “business-as-usual” case, the province’s climate change strategy has targeted annual reductions of 200 million tonnes of CO2 per year by 2050 – compared to that slippery “business-as-usual” case, a 14 per cent reduction from 2005 levels. Of total reductions, 139 million tonnes would come from CCS. Not bad for a morally bankrupt strategy.

Back to the Future: However, the real risk to the oilsands market may not arise directly from environmental issues. Perhaps the new American administration will take action to back out crude oil demand by frog-marching a shift to electric and natural-gas fuelled vehicles. Such a development would have mixed implications for the petroleum sector.

In a recent presentation to the Canadian Society for Unconventional Gas, ARC Energy’s Peter Tertzakian proposed that rapid change in the transportation fuel mix could represent opportunity for gas producers. “We are in a period that is very 1973-ish,” he said. “Things have to change. About 60 per cent of our energy comes from coal and oil, and they are disadvantaged fuels” for several reasons. Both commodities present serious environmental problems. Oil prices in general are volatile, and Middle Eastern oil also carries a lot of geopolitical baggage. In the US there is a strong sense that the country has to stop importing oil from Persian Gulf suppliers.

According to Tertzakian, “There are policies coming at us,” and they will lead to fundamental changes to North America’s energy mix. “The two opportunists are renewables and natural gas, and I’m here to tell you that renewables are winning.”

To prosper in the changing environment, he said, the gas industry needs to think strategically. “Gas is a clean fuel. It’s plentiful and scalable. It’s time this industry took control and said this fuel is the fuel of the future. If we don’t, we’ll remain hostage to a situation in which all we do to market our (natural gas) production is to sit around the table waiting for the weather report.”

For the oilsands sector, strategic thinking needs to take different forms. By year-end 2009, supply from the oilsands is likely to increase by 150,000 barrels per day, and that supply is going to be competing in a recessionary market. Looking to the longer term, the new US administration and state governments will likely find additional ways to discourage the consumption of oil and the shift to other fuels.

A pipeline to the Pacific is in order, and Enbridge has already begun to develop its Gateway project. One appeal of this line is that Canadian producers would get bids on their crude oil from other markets than the United States. Also, of course, pipeline costs would be less. The downside is that it may come too late to avert a near-term supply glut.

If crude oil demand is going to continually shrink in North America, suppliers to the diminishing market will have to compete on geopolitical, economic and environmental terms. This will involve the continuation of advertising campaigns like those of PetroCanada, Husky Energy, Shell, BP and other integrated firms, which paint the corporation green. More importantly, it will require measures which, like carbon capture and storage, directly reduce emissions.

To win the battle for hearts and minds, both industry and government will need to fight the perception that oilsands production is “dirty oil.” At present, 20 companies – including oilsands players Canadian Natural Resources, ConocoPhillips, Shell and Petro-Canada and coal-fuelled electricity producers Epcor and TransAlta – are vying for a $2 billion pot the province has made available to kick-start CCS within Alberta. As those projects go into operation, Alberta will become a global leader in this technology. The province has also put aside $2 billion to promote public transit.

To make the province’s oilsands production more marketable, provincial strategy is clearly to build a greener image. A three-year, $25 million public relations initiative to improve Alberta’s image is a tiny part of a much larger package.
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