XYLC2500 8×6 Oilfield Fracturing Truck
High-power hydraulic fracturing unit engineered for unconventional oil and gas stimulation operations, including shale formations, tight oil reservoirs, and coalbed methane extraction.
Product Overview
The XYLC2500 8×6 Oilfield Fracturing Truck is mounted on a heavy-duty 8×6 all-terrain chassis and integrates a high-pressure plunger pump, diesel-driven power module, transmission system, and intelligent control console into a single mobile platform. Designed for continuous high-pressure pumping in demanding field environments, this equipment is suitable for onshore well stimulation projects requiring high discharge pressure, stable flow rate, and operational reliability.
Chassis & Mobility Configuration
| Drive Type | 8×6 heavy-duty oilfield chassis |
| Engine Power (Chassis) | 420-480 HP |
| Transmission | Heavy-duty manual transmission |
| Drive Axles | Reinforced off-road axles |
| Suspension | Heavy-duty multi-leaf spring |
| Tire Specification | Oilfield pattern tires |
| Maximum Speed | 75 km/h |
| Gradeability | ≥30% |
| Terrain Capability | Suitable for desert, plateau, and rugged terrain operations |
Fracturing Power System
Main Engine (Deck Engine)
- Engine Model: High-horsepower industrial diesel engine
- Rated Power: Approx. 2,500 HP
- Cooling System: Heavy-duty water cooling
- Air Intake: Multi-stage filtration system
Transmission System
- Hydraulic or mechanical transmission
- High-torque gearbox
- PTO-driven system
- Vibration isolation mounting design
High-Pressure Pumping Unit
- Pump Type: Triplex plunger pump
- Maximum Discharge Pressure: Up to 15,000 psi
- Maximum Flow Rate: Adjustable according to operation requirement
- Fluid End: Forged alloy steel
- Lubrication System: Forced lubrication
- Pressure Relief System: Integrated safety relief valve
The pumping system is designed for sustained high-pressure fracturing fluid injection.
Control & Monitoring System
- Centralized control console
- Real-time pressure monitoring
- Flow rate display
- Engine parameter monitoring
- Emergency shutdown system
- Overpressure protection
Optional digital control and data acquisition system available for integrated fracturing fleet operations.
Operational Applications
- Shale gas development
- Tight oil stimulation
- Coalbed methane extraction
- Horizontal well fracturing
- Multi-stage fracturing operations
- High-pressure acidizing treatments
Supports single-well and multi-well fracturing operations when working within a fleet configuration.
Structural Advantages
- High Power Output: 2,500 HP deck engine ensures stable performance during continuous fracturing operations
- Heavy-Duty Fluid End: Forged components provide enhanced durability under high-pressure conditions
- All-Terrain Capability: 8×6 chassis enables operation in complex oilfield road conditions
- Modular Maintenance Design: Key components are arranged for convenient inspection and replacement
- Reliable Cooling System: Optimized thermal management for long-duration operations
Safety Systems
- Emergency shutdown control
- Pressure relief valve
- Overload protection
- Engine overspeed protection
- High-pressure pipeline safety monitoring
- Fire suppression equipment
Designed to comply with oilfield operational safety standards.
Optional Configuration
- Intelligent fracturing data acquisition system
- Remote monitoring integration
- Winterization package
- Desert high-temperature package
- Stainless steel piping upgrade
- Noise reduction enclosure
- Automatic lubrication system
Frequently Asked Questions
What does the 2500 represent?
It refers to the approximate 2,500 horsepower rating of the main fracturing power unit.
Can this unit operate in shale gas projects?
Yes, it is specifically engineered for unconventional reservoir stimulation including shale formations.
What is the maximum working pressure?
Up to 15,000 psi depending on configuration.
Is it suitable for fleet operations?
Yes. Multiple units can operate synchronously in a fracturing spread.
Can the configuration be customized?
Yes, power system, control system, and environmental adaptations can be tailored to project requirements.
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