Absolutely, the case of British Columbia is challenging with regard to the access to fibre and all the natural calamities that didn't help with the amount of fibre that is available.
It's interesting to look today at British Columbia and the efforts of Canfor, which has dabbled a bit with some partners around biofuels and is making some progress there. There is a potential for adding to any paper mill or sawmill you see a unit that creates bioproducts. On the pulp and paper side, the advantage is that you will use a lot of installation in terms of effluent management, in terms of chemical plants in general, especially if it's a kraft mill. You can do a lot of the unit operation using the current equipment. The investment must be worth it in terms of keeping that plant up to date in all its dimensions, but you can add too. There's a value.
In terms of a sawmill, when you think about the different residues, you can also have processes that can be added to a sawmill to create a certain type of bioproduct. That's exactly what we need to think about: adding to those mills an extra step. That said, to get there we need to de-risk. We need to help the pulp and paper industry and the wood industry get into that new wave of bioreactors, of enzymes and bacteria that you need to play with to create those bioproducts, because that's a path that is a bit new for all the industries. That's part of the challenge.
In terms of creating new jobs, yes, it has this potential. It creates new types of jobs. It's actually interesting. I was thinking about Alberta the other day after having some discussions with folks in Alberta. There are so many skills in the petrochem industry that I want to go and grab today to come and help me on the bio side. All those process engineers, all those people who are used to developing large-scale mills and operations, chemistry, reactors, they can be used also in the bioeconomy. It's about making that transformation. It's about making that step, if I have answered your question.