Fewer Mechanical Failure Points In Demanding Desert Operations
Remote frac operations require fueling systems that can keep equipment running without constant intervention. Gravity’s system architecture is designed around mechanical simplicity. Instead of relying on pump-driven fuel movement, Gravity uses a patented gravity-fed delivery valve to support consistent fuel delivery with fewer moving parts.
For remote desert environments, that matters. Fewer pumps, motors, and complex fuel-moving components mean fewer potential failure points and less dependence on emergency technical support.
Key Benefits
- No pumps or motors required for fuel delivery
- Gravity-feed fuel movement
- Fewer mechanical failure points
- Reduced maintenance exposure
- Lower dependence on technical intervention
- Built for demanding remote operating environments
Built To Match Automatic Fuel System RFQ Requirements
Gravity aligns with the way operators and procurement teams define automatic fuel system requirements for fracturing operations.
The system supports automated fuel delivery, gravity-fed flow, continuous hot-fueling, installation and commissioning, fuel storage, feed manifolds, hoses, valves, fittings, safety controls, maintenance support, and monthly rental operation.
Continuous Hot-Fueling For Active Fracturing Operations
Gravity supports continuous hot-fueling of frac pumps and associated equipment while operations are running. The system is designed to help maintain fuel supply during active pumping operations without forcing unnecessary interruptions for refueling.
Key Benefits
- Continuous hot-fueling support
- Fueling while engines are running
- Supports active frac equipment
- Helps reduce refueling-related downtime
- Designed for 24/7 fracturing activity
- Supports demanding equipment counts
Gravity-Fed Fuel Delivery Without High-Pressure Pumps
Gravity uses a patented delivery valve that responds to tank pressure and enables fuel to flow by gravity to the discharge point. This reduces reliance on open-air high-pressure pumps and complex pump-driven fueling equipment.
The result is a simpler automatic fuel system designed for demanding fracturing operations where uptime, safety, and maintenance simplicity are critical.
Safety Controls For Demanding Field Conditions
Gravity is designed with low-pressure fuel delivery and integrated safety controls to support safe, reliable frac fueling operations. The system can support required field expectations around shut-off control, spill containment, pressure safety, and certified equipment condition.
Safety And Compliance Features
- Low-pressure fuel delivery
- Automatic shut-off support
- Float level control capability
- Hydrostatic sensors or gauges
- Secondary containment and bunding
- Pressure vents
- Flame arrestor support
- Integrated spill containment
- Certified, maintained equipment
- API/ISO compliance support where applicable
A Complete Automatic Fuel System Rental Solution
Gravity is designed to support the full scope of field deployment, from delivery and installation to commissioning, maintenance, and demobilization.
For remote operations, this matters because the fueling system must be more than a piece of equipment. It must be a reliable rental solution that can be installed, commissioned, maintained, and supported for the duration of fracturing activity.
Scope Support
- Supply and rental of automatic fuel system equipment
- Delivery to the wellsite or frac pad
- Installation and commissioning
- Routing hoses to frac equipment
- System functionality verification
- Rig-up and rig-down support
- Mobilization and demobilization support
- Routine service and inspections
- Maintenance, repairs, and replacement support
- Technical support as required
Proven In Middle East Operations
Gravity has operated in the Middle East for more than six years under the SOLO model with zero on-site technician support. That field history supports a clear advantage for remote desert operations where reliability, mechanical simplicity, and reduced service dependency are critical.
Key Benefits
- 6+ years proven Middle East SOLO operation
- Zero continuous on-site technician support
- Built for remote operating conditions
- Fewer moving parts than pump-based AFS systems
- Lower maintenance burden
- Reliable fuel delivery in demanding environments