Dilution required when the isotopic is 0.5%

The chemical added to scavenge dissolved oxygen from a water system

A sample point where you may want to wear a N95 mask

The system that transfers heat from the calandria to the boilers

The type of gloves required when operating valves on the argon "dewar"

Samples HP and BP come from this upgrader

A grab sample for pH would be taken from this sample stream

The tritium protocol used for RBSW A & B samples

A rotary device used to generate electricity. Each unit has four of these

Use of this safety equipment will cause a beacon to flash in Lab B

The FTIR you use if the isotopic is 99.1

The CEP stream is monitored for this as an indication of lake water ingress (condenser tube leak)

Condensed stack flow liquid brought to the bench by OPS shiftly

A water system that is chlorinated in the summer months

If tritium dose is expected to be greater than this value, you and your supervisor will complete a tritium planning form

If the conductivity is less than this value, no pH analysis can be performed

A high tritium here may indicate a boiler tube leak

When this A side sampler is out of service we have to get grabs from 225' elevation

A CO2 gas system used as thermal insulation

The two items (minimum) required to cross into a zone 3 radiation work area

Heavy water with tritium greater than 2 Ci will be pumped to this IXCU tank first

The pump frequency of this chemical will need to be adjusted if a unit stops boiler blowdowns

The samplers in these two locations are used to monitor the water coming in from the lake.

A concrete barrier cooled by light water found only on the A side

Contamination here means you cannot decontaminate yourself, you must get help