The Nanda Automation Sinopec RTU is an industrial-grade, modular remote terminal unit specifically engineered for the high-stakes environment of Sinopec’s upstream oil and gas operations. As a key component of digital oilfield standardization, this RTU facilitates real-time data acquisition, remote control, and intelligent processing at the wellhead and gathering stations.

Tailored for Sinopec Standardized Deployment

Developed to comply with the stringent technical standards of the China Petrochemical Corporation, the Nanda Automation RTU features a highly scalable modular architecture. The system consists of a powerful CPU module, redundant power supplies, and various I/O modules that can be customized for specific wellhead configurations. Its plug-and-play design allows for rapid deployment and easy maintenance on-site, significantly reducing the complexity of oilfield telemetry systems.

Edge Intelligence and Oilfield Algorithms

Unlike conventional RTUs, the Sinopec RTU is equipped with edge intelligence. It can natively process complex algorithms required for oil production, such as indicator diagram analysis for rod pump diagnostics and high-precision flow integration for oil and gas metering. By processing data locally, the RTU reduces the bandwidth load on the wireless network and provides immediate autonomous response to critical events, even if communication with the central SCADA system is interrupted.

Multi-Network Connectivity and Ruggedness

• Wireless Integration: Supports a wide range of wireless protocols including 4G/LTE for backhaul and Zigbee or WirelessHART for local sensor clusters at the wellsite.
• Extreme Durability: Designed for unattended operation in harsh climates, featuring a fanless design and high-grade electronic components that operate reliably from -40°C to +70°C.
• Advanced Security: Includes built-in data encryption and security protocols to protect critical energy infrastructure from unauthorized access.
• Hot-Swappable Modules: I/O modules can be replaced without powering down the system, ensuring continuous monitoring during upgrades or repairs.

Typical Applications

• Oil Well Monitoring: Real-time tracking of load, stroke, and pressure for beam pumping units.
• Gas Wellhead Data: High-precision pressure and temperature monitoring for natural gas extraction.
• Pipeline Telemetry: Distributed monitoring of valve stations and pressure points along oil/gas pipelines.
• Water Injection Control: Automated regulation of water injection rates in secondary recovery operations.