Fracturing equipment serves as the core integrated unit for production stimulation and reservoir reconstruction in oil and gas fields. Centered around fracturing trucks, a complete fracturing spread comprises blender trucks, instrument trucks, manifold trucks, and high-pressure manifold systems. Fracturing trucks are powered by high-horsepower engines, gearboxes, and triplex plunger pumps, delivering high-pressure, large-displacement fluids at pressures ranging from 0 to 140 MPa to meet the rigorous demands of deep-well heavy-duty operations. Blender trucks ensure the precise mixing of fracturing fluids and proppants, while instrument trucks facilitate centralized monitoring and real-time parameter adjustment throughout the entire operation. High-pressure manifolds guarantee safe and efficient fluid transmission.
The equipment is available in two primary configurations: diesel-driven and electric-driven models. Electric-driven units offer superior energy efficiency, noise reduction, stable performance, and operational excellence. Conversely, diesel-driven units provide exceptional mobility, making them ideal for remote sites lacking grid power infrastructure. Featuring precise pressure control, continuous operation capabilities, and seamless inter-unit coordination, this equipment is built with a robust structure that ensures ease of maintenance. It is widely utilized in fracturing operations across shallow and deep wells in shale gas, coalbed methane CBM, and conventional oil and gas fields, serving as indispensable equipment for unconventional resource development and mature well stimulation.
The fracturing equipment features a structurally optimized design to ensure reliable performance under extreme high-pressure conditions. It demonstrates exceptional adaptability to diverse field construction environments and facilitates rapid, convenient relocation. Key components have been significantly upgraded in wear resistance, vibration resistance, and sealing integrity, fully satisfying the rigorous demands of continuous, heavy-duty, and long-duration operations.
Equipped with a standard horizontal five-cylinder fracturing pump, the equipment is engineered to excel in ultra-high pressure and large-displacement operations, ensuring optimal performance under extreme working conditions.
The hydraulic end is forged from premium alloy steel and stainless steel, featuring advanced prestress treatment. This robust construction delivers exceptional resistance to high pressure, fatigue, and corrosion, while its modular design significantly simplifies maintenance procedures.
The entire unit is mounted on a professional heavy-duty off-road chassis, offering superior trafficability and maneuverability. This specialized foundation supports rapid equipment relocation and swift on-site positioning, ensuring seamless adaptation to complex and harsh field terrains.
The system features a dual-layer overpressure protection mechanism, combining electronic and mechanical controls. It incorporates multiple safety interlocks, including overload protection, overpressure protection, and emergency stop functions. Supporting both local and remote group control, it enables real-time parameter monitoring and predictive fault warnings, achieving a superior level of operational automation.
The core pump body of the fracturing equipment is constructed from high-strength materials to withstand severe operational stresses. Furthermore, its modular design facilitates streamlined disassembly, assembly, and maintenance, effectively minimizing component wear and significantly extending the overall service life of the equipment.
The fracturing equipment is engineered with a substantial power reserve, exceptional pressure-bearing capacity, and high-displacement capabilities. It ensures stable and reliable performance during high-intensity fracturing operations involving ultra-high pressures and massive volumes. This robust construction capacity fully satisfies the rigorous demands of large-scale stimulation and reservoir reconstruction in deep wells and unconventional oil and gas formations.
Equipped with a highly integrated intelligent control system, the fracturing equipment facilitates real-time monitoring and advanced analytical processing of operational parameters, alongside predictive fault warnings. Engineered with multiple safety interlock mechanisms, the system supports both remote operation and multi-unit collaborative control, delivering superior levels of automation and intelligent performance.
Highland operates large-scale production facilities utilizing mature and advanced manufacturing processes. The majority of our critical components are independently developed and manufactured in-house. Furthermore, every unit undergoes rigorous and comprehensive inspections prior to delivery, guaranteeing stable and reliable product quality.
Backed by years of extensive expertise in fracturing and solids control equipment, our products are structurally optimized to perform reliably across diverse oilfield working conditions. Characterized by exceptional high-pressure resistance, outstanding durability, and a remarkably low failure rate, our equipment fully satisfies the rigorous requirements of various operational plans.
We have established a robust nationwide service network backed by a professional operation and maintenance team. Our comprehensive service portfolio encompasses equipment installation, commissioning, routine inspections, emergency repairs, and technical guidance. Furthermore, we maintain ample inventory of spare parts to guarantee a prompt and efficient response to any service requirements.
