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Well Completion & Stimulation Solutions
Unlock & Sustain Well Lifetime Potential
Core Value Proposition
CME's Well Completion & Stimulation Solutions integrate high-pressure pumping, fluid blending, real-time data monitoring, and wellhead control equipment to provide customers with an integrated operation support from casing preparation to reservoir stimulation.
We are committed to helping our clients shorten time-to-production, increase initial well productivity, and achieve economically effective development of complex reservoirs, ensuring that every well you drill can unleash its maximum potential.
Industry Challenges Faced
· Inefficient Operations: Poor equipment coordination, long setup and switching times for pumping operations, affecting overall operational efficiency.
· Suboptimal Stimulation Results: Unstable frac fluid/acid pumping rates and pressure, uneven proppant delivery, leading to unsatisfactory fracture network development.
· High Operational Costs and Risks: Expensive non-scheduled downtime due to equipment failure, safety risks associated with high-pressure operations, and environmental pressures from flowback fluid disposal.
· Insufficient Adaptability to Complex Wells: Deep wells, ultra-deep wells, HPHT wells, and unconventional reservoirs pose extreme challenges to equipment performance and reliability.
Our Integrated Solution
CME provides an integrated completion and stimulation solution centered around 'modular, intelligent pump skids'. This solution is not just an assembly of individual units but a systematically designed and integrated approach to ensure efficient collaboration among fracturing, acidizing, sand mixing, chemical injection, and wellhead control modules, achieving precise, stable, and safe operation processes.
· Core Pumping System: High-power, high-pressure frac pump skids and acidizing pump skids provide continuous and stable fluid energy to meet the demands of large-scale volume fracturing and deep acidizing.
· Fluid Blending and Proppant Conveyance System: Intelligent sand mixing units and chemical injection modules ensure stable frac fluid properties and precise proppant concentration, optimizing fracture conductivity.
· Wellhead and Manifold System: High-pressure manifolds, choke control skids, and data acquisition control units enable safe distribution of high-pressure fluids, real-time pressure monitoring, and rapid emergency response.
· Power and Support Systems: Diesel or electric-driven power packages and instrument air source systems provide reliable power and environmental control for the entire operation cluster.
Why Choose CME's Solution?
· Integrated Design for Enhanced Efficiency: All skid-mounted modules feature standardized interfaces for quick hitching, connection, and commissioning, reducing on-site deployment time by up to 30% and boosting overall operational efficiency.
· Ultra-High Pressure and Precise Pumping: Core pump components use wear-resistant and corrosion-resistant materials, equipped with intelligent VFD and discharge pressure stabilization technology, ensuring continuous and reliable operation at rated pressure with pumping rate fluctuation <±2%.
· End-to-End Safety and Environmental Protection: The system integrates multiple safety protections such as automatic shutdown upon overpressure, leak detection, and emergency pressure relief. An optional flowback fluid treatment module enables partial recovery and compliant disposal of frac fluids, reducing environmental costs and risks.
· Adaptability to Extreme Conditions: Equipment is designed for ambient temperatures ranging from -30°C to 50°C, with special material and flow path optimization for high sand ratio and highly corrosive media, ensuring operational capability under harsh well conditions.
System Composition and Typical Applications
· Massive Volume Fracturing for Shale Gas/Tight Oil:
Integration of multiple 2500-3000 HHP fracturing pump skids, large-capacity sand mixing trucks, high-pressure manifolds, and remote control centers to achieve 'factory-style' zipper frac operations.
· Deep Acidizing for Carbonate Reservoirs:
Acidizing pump skids made of corrosion-resistant alloy materials, paired with constant-ratio chemical injection devices and real-time pH monitoring, to achieve precise acid fluid injection and deep formation cleanup.
· Production Enhancement Operations for Coalbed Methane/Geothermal Wells:
Providing small to medium power, modular pumping skid groups suitable for constrained pad environments, enabling cost-effective reservoir stimulation.
Get Your Customized Completion & Stimulation Plan
Whether you face the challenge of enhancing productivity in conventional wells or developing unconventional reservoirs effectively, CME's expert team can tailor a comprehensive solution covering equipment configuration, process optimization, and field support.
Let us partner to unlock the potential of every well and safeguard the value of every asset with precise well intervention.
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