E&TS Project #001 [Old Man's Closet]

-Area-48 Engineering & Technical Service Department-

Project #001
[Project: Old Man's Closet]

Project Goal:
To create a SCP-106 Testing chamber intended for the sample collection, study, and research of SCP-106. The testing cell will be an attachable/removable chamber that will hold SCP-106 for a temporary amount of time. Not intended to be a replacement for current containment procedure.

Project Staff:

Project Manager: Dr. Smooth
Lead Engineer: -Awaiting Appointment-
Engineering Team: Engineer Haze, Engineer Mercer

Requirements for Successful Prototype
-Cell capable of holding SCP-106 for at least 15 minutes
-Cell capable of withstanding major corrosion damage
-Enough Containment space to hold SCP-106 and at least 1 other humanoid subject
-Replaceable Entrance for SCP-106 corrosion sample collection

Prototype Design Proposals:
Prototype V1 - Design Phase - Materials Ordered.

Prototype Construction Phase:
Prototype V1:
03/02/1986 - Materials delivered, base structure construction commensed; performed by Engineer Haze
03/05/1986 - Continued Systems and Hardware set; performed by Dr. Smooth, Engineer Mercer
-Construction Phase Complete-

Prototype Test Phase:
03/06/1986 - Prototype V1 was able to hold SCP-106 for two minutes and thirty seconds before first signs of containment failure began. At three minute SCP-106 had breached testing CC containment. More information found on TEST LOG//working on it

Failure findings analysed by Dr. Erler showed that SCP-106 corrosion burned through the hull of the inner containment cell causing an instant depressurization of the CO2 containment barrier leading to a catastrophic containment failure.

Notes:
Points of failure have been noted and a V2 prototype is in early development.
-Dr. Smooth

Prototype A
Design Phase

Image 1 (Not to Scale)

C-Containment

C1 Outer Containment Cell: An insulated shell made to contain the C2 Containment Barrier and house adjustment instruments, sensors, and B2 Hydraulic systems.
Adjust instruments will include pressure regulators and temperature regulators.

C2 Containment Barrier: The main method of preventing SCP-106 from breaching containment. A space between C1 and C3 filled with a constantly changing liquid/gas that will be manipulated by the C1 systems to adjust densities ensuring that the Inner and Outer Containment layers never come in contact. The barrier will likely be comprised of CO₂ although other considered elements such as H₂O, and He may achieve similar results.

C3 Inner Containment Cell: The holding space for SCP-106 and other subjects achieving a "float" state from the C2 Barrier. The cell will be equipped with interior monitoring methods.

S-Subject

S2 D-Class: An injured D-class personnel will be placed inside of the testing chamber to lure SCP-106 through D1 into the testing cell. Another injured D-class personnel will be placed inside the main containment chamber to lure SCP-106 back into normal containment after testing complete.

Image 2 (Not to Scale)

D-Door

D1 Concrete Slab: A specifically measured and replaceable concrete slab for SCP-106 to phase through mounted onto the outside of C1. Afterwards removed for corrosion sample collection.

D2 Hydraulic Doors: Remote hydraulic doors to be closed and opened upon SCP-106 entering the chamber through D1, and opened after test completion.

Image 3 (Not to Scale)

B-Base

B1 Cell Support: The support structure designed to hold the weight, hydraulic B2 system as well as carry the equipment needed for the operation of the test chamber.

B2 Movement System: Extendable hydraulic system to extend/retract the testing chamber from SCP-106's main Containment Chamber. Height above the ground is required for further breach deterring methods.