| 1000 | Open up first fridge impedance. Remove impedance wire and wipe looking for traces of oil. No conclusive traces. |
| 1100 | Run acetone through condenser line and check for discoloration. Slight change in color noticed, but inconclusive. |
| 1300 | Open up second impedance and commence pushing acetone through still side lines with He gas. |
| 1400 | Notice oil bubbling from second impedance from still side. Collect approximately 5mL of oil. Continue flushing with acetone and He gas. |
| 1500 | Open up mixing chamber. It was full of oil. Black gold. Texas tea. |
| 1600 | Commence cleaning everything that has oil on it with acetone twice and then isopropanol. Including fridge lines (particularly from first impedance down to second impedance, and from top of still line to mixing chamber) and mixing chamber bottom. |
| 1800 | Commence cleaning impedances of indium in preparation for resealing. Reseal second impedance with new indium seal, and first impedance (temporarily) without new indium seal. Pass acetone from top of condenser line through impedances to mixing chamber. Although first impedance leaks somewhat during this procedure, flow is still seen down to mixing chamber. |
| 2100 | Commence purging fridge lines with He gas overnight. |