Operate gas pipelines more efficiently while ensuring pipeline integrity for operational performance.
From the intelligent field to the edge and cloud, Emerson is shaping the future of energy with comprehensive solutions. Our portfolio enables users to fully leverage critical data, enhancing efficiency and sustainability in the energy sector. Explore our innovative approach here.
Ensuring consistent accuracy of your custody transfer metering system can be crucial for business survival. That’s why Emerson offers complete lifecycle care for custody transfer systems, complete with expert evaluations to calculate the uncertainty-to-cost ratio of your specific operation. If your uncertainty level is high, our technicians will help identify the problem areas and recommend system improvements with accurate, reliable, and sustainable solutions.
Coriolis Flow Meters
Coriolis flow meters use motion mechanics: fluid accelerates and decelerates in a vibrating tube, causing the tube to twist with each vibration cycle.
FB Automation Platform - Measurement and Control
Upgrade your operations with the FB3000 RTU: a flexible, scalable controller that supports real-time data management, remote access, and digital transformation.
TESCOM™ Anderson Greenwood Instrumentation ACCUMOUNT Natural Gas Manifolds
A modular mounting system that minimizes measurement inaccuracy by closely coupling to the orifice tap and reducing square root error.
Non-Intrusive Ultrasonic Gas Flow Meters
Exceptional accuracy in flow rate measurement, even in challenging conditions like varying gas compositions, fluctuating temperatures, and high pressure.
Bettis XTE3000
Meet the valve automation demands of your custody transfer system with the XTE3000, which is compliant with international safety standards.
Fisher™ V260 Control Valve
Control pressure, flow, and process while reducing noise, vibration, and lost motion with an integral attenuator and splined shaft connection.
Maintaining pipeline integrity is key to long-term operational certainty, but properly identifying potential points of failure, managing pressure control/protection systems, and monitoring corrosion/erosion and right-of-way intrusions place more burdens on already critical pipeline operations. Emerson’s suite of pipeline management solutions can help you safely detect, control, and manage leaks and other critical events to ensure the continued and efficient operation of your pipeline.
Non-Intrusive Ultrasonic Gas Flow Meters
Exceptional accuracy in flow rate measurement, even in challenging conditions like varying gas compositions, fluctuating temperatures, and high pressure.
Anderson Greenwood Fugitive Emissions Bonnet Technologies
Meet ISO15848-1 standards with TESCOM Anderson Greenwood’s solutions for fugitive emissions, perfect for process isolation in oil and gas and energy sectors.
IntegrityManager Software Suite
Boost throughput and safety while reducing maintenance costs with these pipeline solutions. Integrate and analyze data for better decisions and risk management.
TESCOM™ 26-1700 Series Control Pressure Regulators
The 26-1700 Series regulator handles pressures up to 15,000 psig / 1034 bar, ideal for pump discharge, reactor pressure control, and over-pressurization relief.
Relief Valve Monitoring Anderson Greenwood Series 400
Achieve bubble-tight performance, prevent freeze-ups, and handle high temps with our advanced valve designs.
Advanced gas commercial solutions optimize pipeline operations with precision and reliability. Technologies ensure regulatory compliance through sophisticated flow measurement and real-time diagnostics. Integrated control systems manage gas flows, pressure, and temperature seamlessly, enhancing efficiency and safety. Designed for scalability, these solutions support pipelines of all sizes, improving performance and reducing downtime.
ASCO 290
Durable, direct-acting piston solenoid valve with a straight-through body ideal for demanding applications. Ideal for air, gas, water, oil, steam, and fluids.
Anderson Greenwood H5 Mini-Valves
Enhance valve performance with our solution: prevent washout, corrosion, and extend life with adjustable packing, safety back seating, and durable ENC 316 SS.
Fisher™ 6060 WhisperTube Modal Attenuator
A passive, reactive silencer designed for installation downstream of the control valve or other equipment contributing to system noise.
Fisher EZH
Premium performance and advanced technology for overpressure protection.
Compressor stations and pressure control are vital for maintaining pipeline flow and integrity. Efficient compressors boost gas throughput, while precise pressure control systems ensure stability and safety. Advanced monitoring and automation allow operators to quickly address pressure and flow changes, minimizing disruptions and enhancing efficiency. These technologies support reliable gas transportation, ensuring pipelines operate smoothly and effectively to meet demand.
FB Automation Platform - Measurement and Control
Enhance real-time info management using existing sensors. It offers scalable, flexible control from small to large systems, with secure remote access.
ASCO™ X223
High flow, pressure-rated, zero-emission electric valves eliminate carbon emissions by actuating without venting, ensuring precise control and low power use.
Flexim FLUXUS G736 4-Beam Gas Flow Meter
Combines precision digital signal processing with non-intrusive ultrasonic tech for easy installation, retrofittable design, high accuracy, and top performance.
Shafer RV-Series Hydraulic Valve Actuator
Specifically designed for pipeline applications, these actuators are typically powered by natural gas using gas-over-oil technology.
Anderson Greenwood HD27M
One-piece slimline Monoflange assemblies provide primary isolation for pressure take-offs, mounting directly to vessels or pipes for efficient block and bleed.
Flexim FLUXUS G831 Gas Ultrasonic Flow Meter for Hazardous Areas
This ultrasonic clamp-on meter provides fast processing, advanced diagnostics, and bidirectional communication for accurate dynamic flow measurement.
Fisher Compressor Anti-Surge Control Valves
Detect surge with our valves, which adjust plenum pressure and flow for stable conditions by recycling discharge gas back to the compressor inlet.
Wide-area SCADA systems are essential for managing extensive pipeline networks. They offer real-time monitoring and control by integrating data from multiple locations, providing a unified view of operations. These systems detect anomalies, manage flow, and control pressure, ensuring safe and efficient = performance. By automating processes and enhancing data analysis, SCADA systems improve operational responsiveness and reliability, supporting seamless pipeline management over large geographic areas.
AspenTech OSI Monarch SCADA System
Experience real-time monitoring and control with a feature-rich, flexible platform—delivering advanced situational awareness for superior performance.
Regulatory compliance and emissions management are critical for pipeline operations. Advanced technologies help ensure adherence to environmental regulations by monitoring and controlling emissions throughout the pipeline network. Real-time data collection and analysis enable swift detection of leaks and other issues, minimizing environmental impact. Integrated solutions support accurate reporting and proactive measures, ensuring pipelines operate within regulatory standards and contribute to a sustainable and responsible operation.
Shafer™ Emissions Controlled Actuation Technology (ECAT)
Combines rotary vane reliability and performance with zero actuator emissions ideal for environmentally sensitive applications.
FB Automation Platform - Measurement and Control
Leverage existing sensors for real-time data management. Enjoy scalability, flexibility for small to large setups, and secure remote access.
ASCO X210
High-flow, low-power 2/2-way solenoid valve with zero-emission actuation. Ideal for gas lift, compression, and separation applications.
AspenTech OSI Monarch SCADA System
Experience real-time monitoring and control with a feature-rich, flexible platform—delivering advanced situational awareness for superior performance.
TopWorx Thief Hatch Monitoring Kits
Meet stricter regulations with TopWorx Thief Hatch
Monitoring Kit. The GO Switch Model 73 provides
reliable, precise, low-maintenance monitoring for
compliance.
Anderson Greenwood Series 400 High Gain Pilot with Spike Snubber
Premium performance and advanced technology for overpressure protection.
Minimize interruptions, cut 99% of methane emissions, and ensure safety.
Boost maintenance, reduce impact, meet regulations, and improve predictions.
Improved aerodynamic test quality, reduced wind test facility start-up time and costs.
Optimization and scheduling tech helps achieve optimal financial performance from pipeline assets.
Frequently Asked Questions About Pipelines
Fugitive emissions are the unintended release of gases or vapors from equipment and processes within industrial facilities. In pipelines, these emissions can arise from leaks or faults in components such as valves, pumps, seals, and connectors. Not only do fugitive emissions pose environmental and safety risks, but they can also lead to operational inefficiencies and regulatory challenges.
Emerson plays a key role in addressing fugitive emissions from advanced monitoring and control technologies to a complete offering of isolation and pressure management valves. By providing solutions that enhance the detection and management of leaks, Emerson helps industries minimize their environmental impact and improve operational performance. Our state-of-the-art equipment and expertise support effective emission control, ensuring greater compliance with environmental regulations and contributing to a more sustainable industry.
Gas chromatography is crucial for pipeline analysis, offering a wide dynamic range (ppm to 100%) and high repeatability. Emerson’s solutions enhance this by providing advanced chromatographs for accurate product quality, process control, heating, and environmental monitoring across refining, power generation, and gas processing industries.
Cybersecurity starts in the field for pipeline operations that have numerous devices located in large, geographically dispersed areas. It is a best practice to apply the principals of Defense in Depth and Zero Trust, with every individual component in a control and measurement system able to protect itself from attack, to ensure greater resiliency. Pipeline operators cannot trust any individual device, network, or computer to remain secure. Each one must be able to defend itself and maintain operations and data integrity throughout any event.
