Location of the project: Robins AFB, GA Magnitude of the project: $10M-$25M Period of Performance: 720 days after receipt of Notice to Proceed (NTP)

There is a need for a modern pressurized hydrant fuel system to adequately support fueling and defueling operations for large frame aircraft assigned to Robins AFB, Georgia. The existing failing hydrant system is unreliable. The fuel pits and lateral control pits cannot be sealed properly, causing them to collect rain and ground water. The infiltration of water has corroded the hydrant adapters, piping, pumps, motors, and caused damage to the electrical components that support the hydrant system. Obsolescence, coupled with extensive deterioration of piping, pumps, and control systems, makes any repair alternative infeasible.

Work will include construct a pressurized hydrant fuel system with 16 hydrant outlets. Modify a pumphouse to provide 151 liter-per-second (2,400 gallon-per-minute) pumping capacity fuel filter separators, upgraded electrical system and automatic controls, and emergency generator. Construct hydrant loop piping system with leak detection, cathodic protection, and pigging system. Work includes site preparation and improvements, pavement, drainage control, supporting utilities, and physical security measures. Demolish or decommission the existing hydrant system outlets, lateral control pits, piping and supporting infrastructure. Project includes remediation of fuel contaminated soils.

There is a need for a modern pressurized hydrant fuel system to adequately support fueling and defueling operations for large frame aircraft assigned to Robins AFB, Georgia. The existing failing hydrant system is unreliable. The fuel pits and lateral control pits cannot be sealed properly, causing them to collect rain and ground water. The infiltration of water has corroded the hydrant adapters, piping, pumps, motors, and caused damage to the electrical components that support the hydrant system. Obsolescence, coupled with extensive deterioration of piping, pumps, and control systems, makes any repair alternative infeasible.

Work will include construct a pressurized hydrant fuel system with 16 hydrant outlets. Modify a pumphouse to provide 151 liter-per-second (2,400 gallon-per-minute) pumping capacity fuel filter separators, upgraded electrical system and automatic controls, and emergency generator. Construct hydrant loop piping system with leak detection, cathodic protection, and pigging system. Work includes site preparation and improvements, pavement, drainage control, supporting utilities, and physical security measures. Demolish or decommission the existing hydrant system outlets, lateral control pits, piping and supporting infrastructure. Project includes remediation of fuel contaminated soils.

There is a need for a modern pressurized hydrant fuel system to adequately support fueling and defueling operations for large frame aircraft assigned to Robins AFB, Georgia. The existing failing hydrant system is unreliable. The fuel pits and lateral control pits cannot be sealed properly, causing them to collect rain and ground water. The infiltration of water has corroded the hydrant adapters, piping, pumps, motors, and caused damage to the electrical components that support the hydrant system. Obsolescence, coupled with extensive deterioration of piping, pumps, and control systems, makes any repair alternative infeasible.

Work will include construct a pressurized hydrant fuel system with 16 hydrant outlets. Modify a pumphouse to provide 151 liter-per-second (2,400 gallon-per-minute) pumping capacity fuel filter separators, upgraded electrical system and automatic controls, and emergency generator. Construct hydrant loop piping system with leak detection, cathodic protection, and pigging system. Work includes site preparation and improvements, pavement, drainage control, supporting utilities, and physical security measures. Demolish or decommission the existing hydrant system outlets, lateral control pits, piping and supporting infrastructure. Project includes remediation of fuel contaminated soils.