Universal EFI Fuel Sump Tank Only 67GPH 35-90psi

The Universal EFI Fuel Sump Tank Only 67GPH 35-90psi by Edelbrock is a purpose-built fuel delivery component designed for custom fuel system installations, engine swaps, and performance fuel injection conversions. This sump tank functions as a low-pressure reservoir that feeds your fuel pump and EFI system with consistent fuel supply, eliminating vapor lock and fuel starvation issues common in modified or vintage vehicles retrofitted with modern injection technology. Whether you're building a restomod, upgrading a carbureted engine to fuel injection, or constructing a custom race car fuel system, this compact sump tank provides the foundation for reliable fuel delivery.

Engineered with a 67 gallons-per-hour flow rating and a pressure range of 35–90 psi, this tank is sized to accommodate low-volume fuel pump applications while maintaining the pressure regulation needed for carbureted conversion setups and entry-level EFI systems. The universal design allows integration into diverse chassis configurations—from truck beds and under-car mounting to custom tank fabrication scenarios—without requiring vehicle-specific brackets or modifications. Edelbrock's construction ensures durability across temperature cycling and vibration exposure typical in performance or off-road environments, making it suitable for both street and competition applications where fuel system reliability is non-negotiable.

This sump tank is ideal for fuel system builders, engine swap enthusiasts, and custom fabricators who need a modular fuel delivery solution that works independently of factory fuel tank geometry. Its compact footprint (10.4 x 4.1 x 13.4 inches) and lightweight construction (4.25 lbs) make it easy to package in tight engine bays or custom chassis layouts. Technicians upgrading legacy vehicles with modern EFI systems will appreciate the plug-and-play nature of this tank when paired with an appropriate low-pressure pump and fuel line routing, streamlining the transition from carburetion to injection-based fuel delivery.