Absolutely. We're involved in all of the RNG projects we can be. We have a team in B.C., in Vancouver, actually, working on this. As well, we have one in eastern Canada, more on the liquid fuel side, with the La Tuque team. There is a lot to do there.
To go back to your first question, I now realize that I didn't answer the question about volume, about how much fibre. If we get to bioproducts that have a higher value, then the ratio of value and jobs to the amount of fibre will change. That's the key. If I have fibre today at $900 a tonne and I make a value-added product at a higher price, then I create more value around it. Then it's technically more difficult, so I do create more jobs around it too. So there is a path there that we need to think about.
There are some things the forest industry won't do. The forest industry cannot replace all the jet fuel. There's too much volume. The forest industry also cannot tackle, at the other extreme, all the small niche bioproducts because there's not enough volume to justify the capex. The trick is to find the right applications to fit well with the volumes of fibre that we have and the value. I'm also thinking more about the promoters of bioplastics and higher-value bioplastics, if we're talking about PHBs or PHVs, a series of plastics whose costs are much higher than those of polypropylene or normal plastic. Those have added value.