Thank you very much.
Now for something a little bit different. This is our first time appearing, and I appreciate that we're all gathered here in Toronto.
We're headquartered in Calgary, and we're a membership association that has about 150 corporate members and advocates. We're 10 years old, and we've been trying to champion policy change at both the federal and provincial levels during that time.
Being our first time here, we thought that we were giving a PowerPoint presentation, and so I don't have the same type of speech, but we'll wing it. I know you can't see the slides, but as an introvert, I appreciate that you're looking at them and not at me, and so I'm going to hold them up.
With our membership base, we have members from all walks of life: the leading universities in Canada, drilling companies, explorationists, engineers, financiers, lawyers, professionals. We are like a CanSIA, but we're for the geothermometry industry.
Our submission focused around three main asks.
Renewable heat itself as a renewable energy is not yet properly recognized in the Canadian government, and so renewable energy is often just defined in the newspapers, media, and within the government as renewable power. In fact, there's another renewable energy, and it's renewable heat. Renewable heat can come from geothermal energy, from biomass, and from solar.
We're not yet using geothermal heat as a tool in our tool box for a Canadian way to address climate change. Geothermal development at our level is not yet properly supported with parity with the other energies, both conventional and unconventional.
For example, a competitor of mine would be the fossil fuel-based natural gas home heating. In the tax code of Canada, there are many advantages and preferences given to drilling natural gas wells or oil wells, but they're not given to geothermal. So we're competing for those finance dollars, but even in a tougher climate, because one dollar goes further when you give it to a wind project, a solar thermal project, or a natural gas alternative, and yet we have a low-impact, carbon-footprint-free alternative.
Geothermal and its benefits are not well understood, and so I want to spend my time in front of you today talking about some of those benefits.
Just to take a step back, the U.S. is the largest energy producer for geothermal in the world, and Mexico is number four. That means that our continent is the number one continental producer of geothermal energy in the world, and yet Canada is a goose egg. We're at zero right now for our contribution to the continent on geothermal power. It's a 100-year-old industry, and it's over 50 years old in the United States. It's very mature, and it's very unusual that we haven't yet addressed it here in Canada or embraced it.
We're talking about our Paris climate commitment. As Canadians, we've actually done a really good job addressing renewable power and how we can bring that onto the grid. The thing is, at your home level, only 37% of your energy use is from electricity. The other 63% is from heat.
Nationally we have no targets right now to encourage renewable heat, but we have a solution. The solution is well deployed in 82 different countries around the world, with the U.S. being number one. Europe, in particular, is going gangbusters right now with building out district heating systems that are fuelled by renewables, and in our case, geothermal energy.
One of the best things about building out a new renewable energy that is mature in other parts of the world is that it's a job creator. It's an interesting job creator for this special time in history in Canada, because it's going to create jobs where they're needed most.
I expressed that I'm from Calgary, but regardless of being from Calgary, it's just synergistic that the jobs needed for geothermal are subsurface, and so they're drilling jobs. For the 100,000 people out of work right now in western Canada, those same skills that we've already paid for as a country through university training and trades training can be redeployed doing the exact same job, but with a social licence.
When people talk about oil wells, I want to address the fact that we don't actually drill oil wells in western Canada. Most of those wells have what's called a water cut, a very high water cut, where fluid comes up and you skim off the oil. So these same workers are already drilling wells that I would call geothermal energy wells, but because we don't use the water for heat or making it into steam power, we waste all of our geothermal energy.
Again, that makes sense, because we're the continental producer of geothermal in the world. Alberta alone has 440,000 wells that we've already drilled. Not all of them can be used for commercial geothermal electricity, but all of them can be used for geothermal heat. When you have a combination of a well within eight kilometres of a population centre, you can pipe that heat and use it for district heating.
So we can create jobs in the exploration and the subsurface areas of Canada and with drilling companies by doing what they have already been doing in their career, but now turning it to a more socially acceptable renewable energy, which is district heating.
The other thing about where the jobs are created is that they really are created with food. We can have, as we've pointed to here, F-4, or fossil-fuel-free food. We can have greenhouses that are not run on natural gas and not heated by propane or diesel if we're remote, but instead, heated from geothermal. We're only talking about 40° Celsius, and 40° Celsius is very achievable at even just one kilometre depth.
Just to give you an idea of how food could help us, obviously with addressing health concerns but with jobs as well, Alberta alone imports about $500 million worth of fruits and vegetables from the U.S. We could be growing all that under glass in Alberta, so that approach can attack our trade deficit as well.
Even more compelling is what we can do in the north. In the north, for geothermal thermal energy, you just need about 40° Celsius, which is very achievable at one kilometre depth, to be making greenhouses a viable operation 12 months of the year. This would address high food costs in all three territories as well as our 175 off-grid and remote communities. Food security through geothermal heat is one of our largest objectives.
Going back to some job numbers, again, these are U.S. Department of Energy statistics, not CanGEA statistics, but there are 17 times more jobs created from a geothermal well than from a natural gas well. These are compelling numbers when you think that there are two jobs per megawatt installed, if you're talking about that power issue, or eight times more jobs if you're talking about using heat. So there are nine jobs right there. Collectively, the U.S. says there are 17 times more jobs in being in the geothermal energy business as a power and heat source than there are in natural gas.
We get good quality jobs, 21st century jobs, and we're able to make things useful to us, such as food security, and we are also redeploying the oil patch. These are some of the synergies we have. Again, we've been working on this for about 10 years and we haven't got as far as we could, because the tax code of Canada has some parity issues for us with the other renewables. For example, solar thermal is recognized as a heating source, but geothermal heat itself is not.
We have a slide show here. I'm an engineer, but we don't need engineers; we need imagineers. We need people who can imagine what they would do with an excess amount of heat. Here's the thing: maybe the heat isn't 300° Celsius, isn't superheated steam, but even again at the 40°Celsius level, there are all kinds of things that can be done. Fish farms are being done in Iceland, in the U.S, in Germany, and in Kenya.
We talked about greenhouses being one of the most economical purposes for geothermal, but there are also things such as just snow-melting, when you think about the traffic today or coming up in the future and the amount of time and energy, and even insurance claims, because our roads or our sidewalks aren't clear. People are using geothermal in really unique ways that sound a little simple or silly but in fact have very large commercial and economic gains.
The last slide in our submission is a little cartoon comparing Canada to Iceland. If any of you have been to Iceland, it's a land of volcanoes, but it's a land of geothermal. Theirs is a little hotter, but ours is still good enough. In the cartoon, as I was expressing today, they have a joke. Of course, with Iceland, you think it's cold, and the joke is, do you want to change the temperature in the room? In Canada, how to change the temperature in the wintertime would be to turn up the thermostat, but for them it's “Please open a window.”
Again, with renewables, as you know, in wind, solar, and geothermal, there's so much of it that oftentimes we don't know what to do with it. It depresses grid price when we have electricity on line. Heat is the same way. We have so much heat available, the joke in Iceland is, if the temperature is not good enough, open a window as opposed to turning up the thermostat.
My punchline to this joke, the drop-the-mike moment, is that they had to learn how to drill. Iceland is a tiny island. It has 300,000 people and they had to learn all these skills that we're actually expert at already. So, again, my punchline today is renewable power, heat, jobs, and food. We can do this, Canada. We're already leaders at it, but we just don't know it yet.
Thank you for your time.