Sure. So, let me sort of break this down into the operations part and then, as you just said, the customer qualification part. So, the technology methanolysis is a pretty robust technology. And methanolysis as a process is not exactly novel. But, when Kodak developed this process a long time ago, as I mentioned, when they switched from using a very consistent stream of polyester X-ray films to municipal waste, they discovered that it is challenging to manage a diverse waste stream that also can vary day-to-day, based on the mix of plastic you’re getting in there. And what’s great about this technology is it does not compete with mechanical recycling, right? So, mechanical recycling, where you can do it, is a better answer. It has a very low carbon footprint, but it’s restricted to only using very clean feedstock. And most of what they do very clean and clear feedstock from bottles is really what they can handle. And even then they have problems with limitations to some degree on performance and the polymer degrades over time. So, there’s a limitation to how long you can mechanically recycle plastic, period. So, molecular cycling like methanolysis is essential as a complement to mechanical with the feed -- with the raw material to plastic that they cannot use. It ends up in landfill and giving infinite life to plastic because we can constantly recycle this plastic with no degradation. So, the key, though, is you have to have a lot of operating experience on how to manage this process. And it’s not the methanolysis stuff that’s hard. It’s the purification stuff that you just got at, Kevin, that requires a lot of capability experience and a lot of trade secrets that we’ve developed over the years on how to do this to make sure that the intermediates that come out of the plant are purified and basically identical to the ones based on fossil fuel. So, when we get to making the polymer, the polymer is exactly the same. There is no profile or impurities that is an issue. And that’s what’s so great about customer qualification is that they don’t have to -- they have to wrap their head around that it’s the same, and that’s tough for them to buy into given the process. But, once we sort of walk them through the technical details, the great thing is they don’t have to change molds or process conditions or anything else. They can just suddenly have recyclable content in their product because it is literally identical. It has the same quality, same performance, won’t degrade over time in the recycle loop. So, that’s what’s so compelling about this technology is it really is a long-term infinite solution, much more similar to aluminum.