CAMPAIGN
Hunters Point Naval Shipyard - Cleanup Status
CAMPAIGN
Hunters Point Naval Shipyard - Cleanup Status

Parcel Overview

Parcel A
Parcel A (including Parcels A-1 and A-2) was historically used for residential and administrative purposes by the Navy and was transferred to the City in 2004. Learn more about Parcel A.

Former Parcel B
Former Parcel B (including IR Site 07/18, Parcels B-1 and B-2) was part of the industrial support areas at the Shipyard, and was used for shipping, ship repair, training, barracks, and offices. Learn more about Former Parcel B.

Former Parcel C
Former Parcel C (including Parcels C and UC-2), the oldest part of the Shipyard, was used almost exclusively for industrial purposes since the late 1800s. The area was utilized for shipping, ship repair, office, and commercial activities. Learn more about Former Parcel C.

Former Parcel D
Former Parcel D (including Parcels D-1, D-2, UC-1, and G) was used as part of the industrial support areas at the Shipyard, including shipping, ship repair, office, and commercial activities. Learn more about Former Parcel D.

Former Parcel E
Former Parcel E (including Parcels E, E-2, and UC-3) served as an industrial support area where chlorinated solvents were released and spent waste oil was stored. Learn more about Former Parcel E.

Parcel F
Parcel F is the offshore area of the Shipyard and includes approximately 446 acres of underwater property. Learn more about Parcel F.

Hunters Point Naval Shipyard
The Hunters Point Naval Shipyard spans 866 acres in the southeastern portion of the City and County of San Francisco, California. The site operated as a shipyard from 1939 to 1974 and housed the Naval Radiological Defense Laboratory (NRDL) from 1946 to 1969. The Navy's activities contaminated Shipyard soil and groundwater, as well as surface water and sediment in the San Francisco Bay. Today, the Shipyard is the subject of cleanup and restoration requirements governed by federal law. Ongoing efforts include cleanup, operation and maintenance activities, and continuous monitoring.