Thank you, Chair.
I just wanted to remind committee members of one particular change in SR and ED. If we go back to the budget document in 2012, the expert panel that made recommendations on the budget implementation talked about some of the problems that our country is facing. From a perspective of per capita investment in R and D in the higher education sector, Canada is faring better than Germany, the U.K., France, and all of the other G-7 countries. However, in business investment in research and development, as a share of our economy, Canada is lagging behind, so when Mr. Cleland and Mr. Gilmour talked about the 10:1 leveraging ratio, I think that's exactly what our budget changes were proposing to effect.
In fact, the budget document says, “Canada lags behind peer countries in leveraging government procurement to promote private sector innovation”. The key recommendation was to “shift resources from indirect support through the Scientific Research and Experimental Development Tax Incentive Program to direct forms of support, including the Industrial Research Assistance Program”.
This is a large amount of money. We're basically talking about $1 billion, I think, going directly into that particular set of programming, and another $500 million into venture capital, which was going to help companies like yours, Mr. Gora, and everybody else's here at the table.
With the record corrected, I would like to ask a few questions of the witnesses who are here today.
Mr. Dutton, I grew up on a farm and I've seen pipelines go through. We have them across our property. I'm a little curious about line location and if there's been any innovation on this matter. That's a big issue when you have as many kilometres of pipeline as we do in Alberta.
Second, my observation has been that any time we have a disturbance from a pipeline that goes through our land, the most productive land in the subsequent years is usually that patch of land. You can see the dark, more green, more lush vegetation growing over where a pipeline has just gone through—and you can see that for several years, notwithstanding the depression. I'd like to know a little bit more about how your compaction technology works, if you can explain that in the time that's provided.
Mr. Gilmour and Mr. Cleland, I'm very curious about this. Places like Drayton Valley in Alberta, close to my riding, have things like the Bio-Mile. There's a lot of support at the municipal level to get involved in these kinds or projects. I'm curious: what are some of the barriers?
When I used to be on municipal council, the idea of creating a community with a common power source that would be off the grid but connected was an attractive one. Such a power source might use wavestreams from a lumber mill, or whatever the case might be, to provide heat for a number of buildings, municipal and residential. Byproducts of electrical generation from a biodigester, for example, might be used to power the homes in a different type of grid system.
One of the key barriers to success in such projects is that some of this technology is so new that many of the contractors and developers aren't aware of it, and neither are some of the people who work on the ground. Are there some barriers there that you could identify? I'm wondering if the Government of Canada could provide some assistance in making sure we have the boots on the ground to provide the training to get people with the knowledge to come and install something. For example, if you're putting a solar panel on a roof, you might have an electrical engineering certificate, but you might not have studied that in school or in your area of expertise. If you're a journeyman electrician, you might not have the capability or knowledge to do a project like this, so the will might be there, but the ability to deliver might not be. I'm wondering if there are any gaps that can be addressed.
Mr. Gora, please answer me quickly. I don't know how much time I'm going to have after my rant.