January 20, 2021: The Canadian economy has added 42 new jobs for each one it has lost in fossil fuels since 2014, and a 20-year industry phaseout would only reduce fossil employment by about 8,500 positions per year—as many as the country usually creates every 10 days—concluded economist Jim Stanford in an analysis published by Toronto-based Environmental Defence.
“Many fear that such a fossil fuel phaseout will cripple Canada’s economy and labour market,” the organization writes in a synopsis of the report. “Those with vested financial interests in the fossil fuel industry exploit these fears to oppose the climate actions and policies needed to best position Canada for a sustainable, carbon-neutral energy future.”
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But “the actual number of fossil fuel jobs and the number of communities reliant on the industry is small enough that a just and equitable transition plan for workers is very feasible. Contrary to the claims of petroleum industry lobbyists and government-funded ‘war rooms’, the fossil fuel sector is a modest source of employment in Canada, directly accounting for less than 1% of all jobs in Canada.”
“It is now undeniable: fossil fuels will disappear from most uses in the foreseeable future,” adds Stanford, the former Canadian Auto Workers and Unifor economist who now heads the Vancouver-based Centre for Future Work, in an opinion piece this week for the Globe and Mail. “And fossil fuel industries will never again be an engine of economic growth and job creation in Canada.”
In the 12 months ending last September, the fossil industry lost 17,500 jobs, due to a combination of cratering oil prices and a pandemic-induced recession. Payroll employment in seven fossil fuel sub-sectors fell by 33,000, or 17%, between 2014 and 2019, the report states. Over that time span, other sectors have created 42 jobs for each one lost in the fossil industries, showing that “normal churn in the job market swamps changes in fossil fuel jobs”.
But “unlike other sectors,” Stanford says, “few of those lost fossil fuel jobs will ever come back—even after pandemic restrictions are eased.”
Which explains why “several oil companies have already announced permanent staff cuts and downsizing. They know the pandemic merely accelerated a structural change in global energy that was already evident. Amazing advances and cost reductions in renewable energy technologies, including wind, solar, electric vehicles, and renewable hydrogen, mean fossil fuels cannot compete on cost, let alone sustainability. And worldwide progress in emissions reduction continues, as more countries and companies commit to net-zero targets.”
In the study, Stanford concludes that the “relative importance” of fossil fuel employment has been declining since 2014 “at a pace consistent with its complete phaseout over two decades,” Environmental Defence writes in a release. But despite the continuing decline of an industry that stubbornly insists on spinning its own financial prospects as synonymous with the economic health of the country as a whole, Canada’s overall labour market remained steady until the pandemic hit.
“Historical and international experience confirms that fossil fuel jobs can be phased out over time, while still maintaining vibrant job markets and secure livelihoods for workers,” Stanford said.
• Indicates no link between fossil employment and the performance of Canada’s wider labour market;
• Concludes that the fossil industry creates just job per C$1 million invested, compared to an economy-wide average of 8.6 jobs;
• Identifies just 18 out of Canada’s 152 communities—12 in Alberta, three in Saskatchewan, one (Lloydminster) straddling the two provinces, and two in British Columbia—where the fossil industry accounts for 5% or more of total employment;
• Finds (somewhat surprisingly) that head office, technical, manufacturing, and distribution jobs located in cities account for 56% of fossil industry employment.
“Industry players and their allies in government like to inflate the importance of fossil fuel sectors by adding exaggerated estimates of ‘spin-off’ jobs that depend indirectly on fossil fuel production,” the Environmental Defence synopsis states. But “many indirect economic activities and the jobs that come with them are not dependent on the fossil fuel sector itself, but rather economic activity generally. Many of these economic benefits can be filled in by other industries, especially if the transition is gradual over a two-decade period.”
The 18 most vulnerable communities—beginning with Wood Buffalo, Alberta and Estevan, Saskatchewan, both with more than 20% of their employment coming from the fossil sector—“should be provided with targeted, concrete programs to support diversification and alternative job creation,” the organization adds. At the same time, those transitions “will be easier in cities because of these workers’ more transferable skills and the greater availability of alternative job opportunities.”
“This research makes it clear that governments’ hesitancy to move on fossil fuel phaseout isn’t justified by economic factors,” said Dale Marshall, Environmental Defence’s national climate program manager. “It’s not fair to workers in the oil and gas sector to keep propping up an industry that must inevitably decline, and is already cutting jobs and eroding working conditions. Governments must start implementing this transition now.”
The report lays out a 10-point agenda for a steady, just transition: committing now to a long-term fossil phaseout; staging the transition over time; facilitating labour mobility within the industry; encouraging voluntary exit; supporting skills training; protecting incomes for affected workers; giving voice to fossil workers; making job creation a priority through “macro-economic management”; supporting regional diversification; and investing in cleaning up the epic inventory of abandoned and orphan oil and gas wells the industry has left behind.
While renewable energy projects “will have important and positive employment effects” for a fossil work force in transition, the synopsis adds, “there is no reason to expect that shifting fossil fuel workers toward renewable energy jobs will be the only—or even the most important—–mechanism for ensuring the successful phaseout of fossil fuel jobs. It is not necessary that individuals currently employed in fossil fuel occupations should primarily seek reemployment in renewable energy projects.”
On the contrary, “most existing fossil fuel workers will not need to switch to another job at all—so long as the phaseout of fossil fuel production is announced and planned well in advance, and closures are staged at sensible increments. The experience of other jurisdictions confirms that under these conditions, most affected workers simply retire when their normal working lives are near an end. Many others will gladly take up alternative job prospects in the intervening years, especially if supported by generous retraining and relocation incentives, and in the context of a vibrant economy.”
Interesting analysis. It might be relevant if we expect the future to be very similar to the past.
But what if we looked forward to a future of 9 billions souls living on the planet. What would we need to provide sustenance and a reasonable quality of life for all those people? I believe that, in that future, we would find that carbon (the common molecule in all living things and all food that we eat) will be too valuable to be released into the atmosphere AND some of it it will be too valuable to be left in the ground.
We will need carbon to replenish the earth’s agricultural soils. Larry Kopald and Carbon Underground estimate that we are about 50 years away from completely depleting the carbon in the world’s agricultural soils. We shouldn’t apply hydrocarbons directly to those soils because the other matter contained in hydrocarbons would contaminate the soil. But if we ran those hydrocarbons through industrial processes, like distilling water to cleans the water of contaminants, at an industrial scale (sounds like a refinery). Then we combusted those hydrocarbons to release the hydrogen to the atmosphere (where it combines with oxygen to form water). Then we could take the remaining CO2 and emulated trees, releasing the oxygen to the atmosphere and storing the carbon for a useful purpose such as replenishing soils.
Humankind does produce a lot of CO2, so would have to drastically reduce our rate CO2 production AND find many other uses beyond the replenishment of soils for the carbon recovered from the products of combustion. Scientist-entrepreneurs, such as Dr. Lisa Dyson, are synthesizing elemental carbon to make nutritional proteins. And about 70% of the products manufactured in the world today, including fibreglass, wires, plastic, lithium ion batteries, lubricants, building materials, insulation, abrasives, electronics, solar panels, the blades of wind turbines, the pipes for geothermal energy, etc. can be improved with the addition of carbon material (graphite, graphene and longer-chain fullerenes). And carbon compounds can be used to reduce the amount of fuel we need for many things, because carbon compounds can be made stronger and lighter than steel and much more conductive than copper (we found that there was no measurable resistance when we passed a current through a three inch block of engineered carbon) and carbon aerogels can be made with very high R-values (thermal insulating properties).
I believe that we are on the cusp of an important evolutionary step of a truly circular global carbon economy where we will dramatically reduce our emissions of CO2 through smart reductions in the combustion of hydrocarbons AND utilizing any resulting CO2 to feed a closed loop circular carbon economy that will provide a sustainable future for a world of 9 billion people.
We need to realize that combusting hydrocarbons does not need to result in CO2 emissions to the atmosphere. That myopic belief upon which the author of this article uses to justify his opinion that hydrocarbon production must be stopped. There is an urgent need for hydrocarbon producers to prove this belief to be mistaken. Producers need to immediately begin to practise life-cycle product stewardship where they not only reduce the emissions associated with the production of the hydrocarbons but also begin to work to help their customers to curtail and capture the emissions resulting from the use of hydrocarbon fuels. We need to begin the critical journey toward imagining and then constructing a truly sustainable future, where carbon will be too valuable to be released into the atmosphere and it will be used in a virtuous carbon circle that benefits all life on earth.