Thanks fellas for the welcome

I never wanted to go through a run-away engine scenario, and wanted to help keep some oil vapor from mixing with the EGR oil and creating goo in my intake tract. It also makes it easy to get a general feel for turbo health and engine blow by health by watching a establishing a norm for volume collected. Lets just hope it acts as a cheap warning device so we can mitigate mishaps. I'm glad to see you all taking it and running with it!
I'm still learning about the Liberty CRD platform, and have a long way to go. Forgive and correct me if I get off track with the application of this to the liberty CRD. One thing for sure is that since mine is a 1.9L engine, and yours is a 2.8 L engine, I would certainly expect that it would work much better on yours than mine due to the increased 2.8L crankcase flow. The cyclonic separator depends on air flow to allow it to operate efficiently, and the more the better to a point. The question is whether or not it becomes a bit restrictive at high RPM on the CRD and allows the crankcase to become slightly more pressurized than it should. You guys who have this installed would have a better feel about this aspect.
As far as icing up in cold weather conditions, this can be mitigated by proper placement of the inlet/outlet lines as mentioned earlier. Shorter lines that are more direct, and closer to engine heat radiating component are better. Just don't place it close to exhaust components

Also insulation properly placed on the cyclonic separator components(like the older BMW's used) has been shown to help keep icing up from happening as well. Overall, it looks like you guys have found a nice application for this and will perfectly tailor it to your engines and come up with creative ways to adapt it to meet your needs.