Recent September 2026 updates include a posted preliminary RFI response report, site visit roster, and pre-proposal conference slides. The project will construct a 100,000-barrel cut-and-cover JP-8 storage tank with a reinforced-concrete pump house on top housing four 600-gpm issue vertical turbine pumps and one 50-gpm water draw-off pump. The scope includes a high-level valve, independent level alarms, automatic tank gauging hardware, product saver tank, and piping, valves, vaults, and appurtenances connecting to an existing filter separator building. Controls will tie into the existing filter building PLC/HMI and ATG reporting module capable of reporting inputs from all Eastside Fuel Facility tanks. The steel tank will have a concrete outer wall and rolling cover, and a product recovery pump will return reclaimed fuel through receipt filtration to the bulk storage tanks.

Update 14 September 2026: Attached Site Visit Roster. Update 10 September 2026: Attached Pre-Proposal Conference Slides. Project Title: DESC2103C - Bulk Fuel Storage Tanks Phase II. Project Descriptio... Update 14 September 2026: Attached Site Visit Roster. Update 10 September 2026: Attached Pre-Proposal Conference Slides. Project Title: DESC2103C - Bulk Fuel Storage Tanks Phase II. Project Description: Construct one 100,000-barrel cut-and-cover JP-8 storage tank. A pump house is to be provided on the top of the tank and contain four 600-gpm issue vertical turbine pumps and one 50-gpm water draw off vertical turbine pump. The new tank will include a high-level valve, independent level alarms, and the hardware necessary for the automatic tank gauging (ATG) system. The new tank includes piping, valves, vaults and appurtenances connecting to an existing filter separator building. The new control system of the new tank will be connected to the existing filter building that houses pump control Programmable Logic Controller (PLC) and Human Machine Interface (HMI), automatic tank gauge (ATG) reporting module capable of reporting inputs from all Eastside Fuel Facility tanks. A product saver tank is to be provided for the new bulk storage tank. The Pump House will be of reinforced concrete construction and site adapted to meet local conditions. The roof will be a low slope concrete roof with built-up roofing with overhangs over doorways. The tank is to be steel with concrete outer wall with a rolling cover for access to tank mounted equipment. The product recovery pump will return reclaimed fuel back through receipt filtration to the bulk storage tanks.

The Bulk Fuel Storage Tanks Phase II project involves constructing a 100,000-barrel cut-and-cover JP-8 storage tank with a reinforced concrete pump house on top, housing four 600-gpm issue pumps and one 50-gpm water draw-off pump. The tank will include a high-level

The project involves constructing one 100,000-barrel cut-and-cover JP-8 storage tank with a reinforced concrete pump house on top, housing four 600-gpm vertical turbine issue pumps and one 50-gpm water draw-off pump. The work includes installation of a high-level valve, independent level alarms, automatic tank gauging (ATG) hardware, and connection of piping, valves, vaults, and appurtenances to an existing filter separator building. The new tank’s control system will integrate with the existing pump control PLC/HMI and an ATG reporting module covering all Eastside Fuel Facility tanks. A product saver tank will be provided, and a product recovery pump will return reclaimed fuel through receipt filtration to the bulk storage tanks. The tank is steel with a concrete outer wall and a rolling cover for equipment access.

The U.S. Army Corps of Engineers, Japan District, is issuing a pre-solicitation notice for the construction of a 100,000-barrel bulk JP-8 storage tank with a pump house and related systems at Yokota Air Base, Japan. The project magnitude is between ¥2,500,000,000 and ¥10,000,000,000 (Japanese Yen). Performance will be entirely in Japan, and only local sources—companies physically located in Japan and authorized to perform construction there—will be considered. Offerors must possess a Japanese civil construction or architectural construction license by the proposal due date. The government anticipates issuing the solicitation in August 2026 and intends to award a firm-fixed-price contract using Lowest Price Technically Acceptable procedures.