Abstract: A method and kit for retrofitting an inertia reel door onto the seat back of a pre-constructed ejection seat. The method includes removing existing rivets from the seat back exposing rivet holes. Alignment holes are then drilled into the seat back. An aperture is cut into the seat back along flanges of an upper support bracket and a drogue chute bracket. A doubler is aligned with the rivet holes and alignment holes in the seat back and then attached to the seat back. A track is attached to a wall of the aperture and an inertia reel is mounted to the track. An inertia reel door is attached to the doubler.

Abstract: A method and kit for retrofitting an inertia reel door onto the seat back of a pre-constructed ejection seat is disclosed. The method includes removing existing rivets from the seat back exposing rivet holes. Alignment holes are then drilled into the seat back. An aperture is cut into the seat back along flanges of an upper support bracket and a drogue chute bracket. A doubler is aligned with the rivet holes and alignment holes in the seat back and then attached to the seat back. A track is attached to a wall of the aperture and an inertia reel is mounted to the track. An inertia reel door is attached to the doubler.

Abstract: An aqueous cleaning system and process for cleaning critical application gas systems and components, critical application fluid systems, and cryogenic systems. The aqueous cleaning system comprises multiple cleaning and rinsing stations, and a water purification and recycling system to implement a multi-step aqueous cleaning process. The multi-step aqueous cleaning process includes a pre-cleaning step, a rinsing step, a final cleaning step, and a final rinsing step. The rinsing step includes primary and secondary rinsing stages. The aqueous cleaning system is portable and self-contained and the aqueous cleaning process may be utilized in batch or lot type cleaning as well as in situ system level cleaning.