Advancing Oil and Gas Wireline Monitoring with High-Speed Data Acquisition

In the demanding world of oil and gas and industrial operations, real-time, high-resolution data is critical for optimizing performance, ensuring safety, and maintaining reliability.

Roderick Consulting Inc. (RCI) delivers a transformative solution through its High-Speed Data (HSD) acquisition system, a comprehensive platform that integrates rugged hardware, advanced software, and end-to-end services.

With enhanced Field-to-Cloud capabilities and a robust REST API, the RCI HSD system empowers operators to seamlessly collect, store, and analyze high-frequency data, turning raw information into actionable decisions.

Advanced Field-to-Cloud Capabilities

RCI stands out as a full-spectrum provider, designing and manufacturing rugged hardware, developing sophisticated software, and delivering tailored services to meet the unique needs of industrial environments.

From custom-built HSD units to cloud-based data platforms and comprehensive training, RCI ensures seamless integration and optimal performance across the entire data acquisition lifecycle. This holistic approach enables operators to monitor fixed and mobile equipment with precision, whether in oil fields, chemical plants, or construction sites.

These features ensure that the HSD system is not only a data acquisition tool but a complete data delivery solution, capable of handling the complexities of modern industrial operations.

Proven Performance in Real-World Applications

The RCI HSD system's capabilities were demonstrated in a groundbreaking collaboration with Tecpetrol, as highlighted in their recent post on LinkedIn and technical paper URTEC-2023-3969226-MS.

RCI partnered with Tecpetrol, Corva, and Expro to deploy an automatic anomaly detection tool based on CCL curves, integrated into Tecpetrol's Real-Time Operations Center (RTOC). The project, completed in September 2024, involved:

Hardware Deployment: Manufacturing and installing redundant HSD units capable of collecting data from wireline trucks between August 22 and September 6, 2024.

Data Processing: Developing filters for CCL sensor magnetization removal and downsampling, ensuring high-quality data for analysis.

Third-Party Integration: Successfully coordinating with a third-party analytics company to integrate HSD data into their systems, enhancing real-time decision-making.

The tool detects casing deformations during well completion, enabling immediate contingency actions with significant benefits:

Real-Time Decision-Making: Rapid anomaly detection reduces operational risks.
Enhanced Well Integrity: Early identification of casing issues improves safety and reliability.
Operational Efficiency: Streamlined processes without added complexity.

This project, supported by RCI's 10 Hz data capture (compared to other systems' 1 Hz) and precise time reference validation (synchronized with GPS Clocks), showcases the system's ability to deliver high-fidelity data for critical applications.

Technical Excellence of the HSD System

The RCI HSD system is engineered to deliver uninterrupted, high-resolution data from the field to the cloud, even in the most challenging conditions. Its enhanced capabilities include:

Local Buffering for 30+ Days: A robust local buffer stores data for over 30 days, ensuring no data loss during network interruptions.
Ultra-Low Bandwidth Transmission: Transmits very high-speed data with a minimal bandwidth requirement of under 1 Kbps.
Multi-Protocol Aggregation: Aggregates multiple digital data feeds, including Modbus, OPC, serial ASCII, and WITS protocols.
Full-Resolution Cloud Storage: Stores and provides access to kHz-level data in the cloud.
Advanced REST API: A secure, user-friendly REST API enables easy access to downhole sensor data, surface sensors, time-to-depth correlation, and advanced filtering.

Technical specifications that set it apart:

High-Frequency Sampling: Captures data at up to 25,000 Hz with 16-bit resolution.
Wide Sensor Compatibility: Supports a -20 V to +20 V input range.
Rugged Design: Operates in -20°C to +60°C and up to 90% humidity.
Flexible Power: Supports 85–264 VAC with 30 W consumption and backup batteries for over 10 hours.
Versatile Connectivity: Includes Ethernet ports, BNC connectors, and Serial DB-9 interfaces.
Compact Form Factor: A 2U rack-mounted unit with redundant configuration for continuous operation.

RCI's Commitment to Innovation and Support

RCI's end-to-end approach extends beyond technology to include:

Custom Hardware Design: Tailored HSD units that integrate with existing sensors and meet specific operational needs.
Precision Manufacturing: High-quality, ruggedized units built to withstand harsh environments.
Advanced Software Development: Proprietary software for data processing, including magnetization removal and downsampling filters.
Comprehensive Training: Programs to equip teams with skills for system operation, calibration, and data analysis.
Ongoing Support: Dedicated assistance to ensure long-term reliability and performance.

When selecting a partner for high-speed data acquisition, RCI offers:

Holistic Solutions: End-to-end hardware, software, and services for seamless implementation.
Industry Expertise: Proven success in oil and gas, as seen in the Tecpetrol collaboration.
Innovation Leadership: Continuous advancements, including very-high-speed CCL data collection technology.
Quality Assurance: Rugged, reliable systems backed by stringent quality control.
Customer Focus: A track record of satisfied clients and strategic partnerships.

Conclusion

The RCI High-Speed Data acquisition system is a game-changer for industrial monitoring, combining cutting-edge hardware, advanced software, and comprehensive services to deliver high-resolution, real-time data from field to cloud. With its enhanced Field-to-Cloud capabilities, REST API, and proven performance in projects like Tecpetrol's anomaly detection tool, RCI empowers operators to optimize operations, reduce risks, and achieve strategic success. By transforming data into decisions, RCI is redefining the future of industrial monitoring.