N-2 Radioactive Chemical Waste Treatment and Storage Facility

The 1314-N LWLS is a transfer station consisting of numerous valves, pumps, underground and overhead piping and couplings, and underground tanks at the north end of the 100-N Area, approximately 90 m (300 ft) from the Columbia River. The unit received liquid radioactive waste from the 116-N-2 radioactive chemical waste treatment and storage facility and the 107-N spent fuel basin recirculation facility. The waste was transferred into railway tank cars and transported to the 200 Area for processing and disposal. 

N Fuel Unloading and Storage Area. This grouping is located near the 116-N air stack and the 116-N-2 radioactive chemical waste treatment and storage facility and includes the following potential sources ... 

N Tank Farm. The 166-N Tank Farm Is an earthen-bermed tank farm containing one aboveground 5,200,000-L (1,375,000-gal) No. 6 fuel oil tank and four aboveground 400,000-L (105,000-gal) diesel oil storage tanks. The earthen berm has a total containment capacity of 11,500,000 L (3,030,000 gal) (WHC 1989b). The tank farm Is located between the 116-N air stack and the 116-N-2 radioactive chemical waste treatment and storage facility. It has been In operation since 1963. 

N-2 Radioactive Chemical Waste Treatment and Storage Facility... 

N-2 radioactive chemical waste treatment and storage facility... 

N-4 Storage Area. The unit is currently used as a nonhazardous and/or low level radioactive waste storage pad. It is a 30-m by 23-m (100-ft by 75-ft) curbed concrete pad located immediately southwest of the berm surrounding the 116-N-2 radioactive chemical waste treatment and storage facility. The unit has been in its current configuration since November 1985 (DOE-RL 1990). 

N-2 1310-N Waste Radioactive Chemical Waste Treatment and Storage Facility Temporary storage of radioactive waste decontamination solution from N Reactor. Radioactive chemical waste storage facility waste transferred to 1314-N liquid waste loadout station after coolii and neutralization via piping. 

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