In fact, we've been in discussions with a number of agricultural groups that would represent the collection of agricultural plastic that's used for growing agricultural products. We're working to find a way to bring that into either stand-alone conversion facilities or our larger systems where we take regular garbage. With our technology, we have the ability to take multiple streams, including dedicated waste streams from agriculture, for example.
Not all plastic types are chemically recyclable, which is what we do, but about 80% are. In fact, most agricultural waste plastics are polyethylene and polypropylene polymers, and those are the most recyclable in terms of chemical recycling, which is the approach we take.
The physical form of these plastics is often the challenge for mechanical recycling. They're films. They're thin. They're all different sizes and shapes. However, with our process, we have the ability to shrink them down, compact them and then put them into our depolymerization system to effectively 100% recycle them on an infinite basis. That's unlike mechanical recycling, in which you try to sort of melt the polymers and blend them, and you only get one or two chances to do that. With chemical recycling, it's infinite. We can do it over and over again.