Here is a video that lays out equipment, supplies and process for at-home FMT. There are already many of these on the internet, of course, but most of those use a blender. This one uses a [wiki2="Potatoes"]potato[/wiki2] ricer, which, I think, reduces the amount of oxygen the sample is exposed to.
http://youtu.be/KEIYJHnOjHM
Saline was not used, but could (should?) be substituted for the distilled water. Other processes had used distilled and it seemed easier than having to mix up something. But since the consensus seems to be that there is an osmotic pressure concern using distilled water, it wouldn't be too much extra work to disolve some salt, or buy saline instead of distilled water.
A toilet hat would be optimal for collecting the sample, but plastic wrap is disposable. My goal with this process was to use equipment/supplies that could be thrown away rather than cleaned. And for the equipment/supplies to be found around the house or at a local store.
The potato ricer is probably something that would need to be purchased specially for the process. The idea was to have this replace the blender step that many people show in other process documentation. My thinking is that forcing the sample through those small holes oxydizes the sample less than (probably much less than) running it through a blender. The reason I say this is because the blender seems to be whipping air into the sample with a lot of force. So much force that the sample in some videos I've seen looks frothy! All of that air can't be too healthy for anaerobic cells. The holes in the ricer guarantee particle sizes of 2mm or 2.5mm, so there are no large particles to clog the enema bottle.
