Containment Control

Open coolant valves in the correct pressure order before reactor temperature reaches critical threshold.

Restore power by toggling circuit breakers. Each switch affects its neighbours — find the combination that restores the grid.

Decode a corrupted transmission log to find the correct emergency frequency. Tune all three dials to restore communication.

Match unstable chemical compounds to their neutralising agents using atomic weight data before containment fails.

Rotate pipe segments to create a continuous coolant path from the source to the reactor core before the pump overheats.

Memorise the access panel sequence and replicate it exactly. Each failed attempt scrambles the pattern.

An intercepted transmission is encoded. Use the cipher key from the room briefing to decode the override message.

The reactor schematic has been corrupted. Identify all system faults before the diagnostic window closes.

Emergency procedures have been scrambled. Restore the correct sequence before the automated system executes them in the wrong order.

Memorise the target control rod configuration and set each rod to the correct position before the reactor destabilises.

Reactor quadrants are running at critically different temperatures. Balance the heat distribution before thermal cascade begins.

Solve the reactor equations under pressure. Each correct answer reveals a digit of the emergency override code.

Sensor anomalies indicate containment breaches. Use pressure readings to locate and seal all breach points before coolant loss.

Radioactive isotopes have been mixed in the containment bay. Sort them by stability and half-life before the shielding degrades.

Seal the pressure grid by activating the correct combination of pressure nodes. Row and column indicators show how many seals are needed.

Plot the safest evacuation path through the facility. Avoid structural collapse zones and reach the emergency exit before time runs out.