Introduction
The document explores the advantages and applications of Micro Motion Coriolis flow and density measurement technology in the petroleum refining industry. It emphasizes the importance of these meters for precise mass and density measurements, which are vital for quality control and process optimization.
Specifications and Features
Micro Motion meters are highly reliable and non-intrusive, featuring no moving parts. They provide high accuracy in flow (up to ±0.10%) and density (up to ±0.0005 g/cc) measurements. Suitable for various applications, including heavy polymer or slurry, they do not require upstream or downstream straight-run piping.
Applications in Refining
The meters measure mass flow rate, volume flow rate, liquid density, and temperature. They are particularly useful in refinery material balance, loss control, and custody transfer, reducing measurement errors and enhancing profitability by directly measuring mass.
Process Evaluation and Optimization
Accurate mass balance is crucial for process optimization, product yield analysis, and catalyst usage decisions. Micro Motion meters provide precise data for advanced control systems, improving efficiency and reducing data reconciliation errors.
Feed Characterization and Product Quality Control
Direct density measurement capabilities allow for monitoring feed and product quality, helping refiners anticipate crude composition changes and minimize off-spec production. Outputs are available in API gravity or specific gravity units at standard conditions.
Concentration and Chemical Additive Measurement
These meters accurately measure acid or caustic concentrations and chemical additives, offering high accuracy and reliability, which reduces maintenance and enhances process performance.
Gas Phase Measurement
The meters are effective for gas phase measurements, maintaining high accuracy despite changes in pressure, temperature, or gas composition. Applications include fuel gas measurement and fiscal transfer of gases like ethylene and hydrogen.
Blending and Heavy Oil Measurement
Micro Motion meters enhance blending system flexibility and accuracy, reducing rework and optimizing blends. They are also used for measuring heavy, viscous oil streams, improving measurement reliability and reducing maintenance costs.
Leak Detection
Coriolis meters are used in pipeline leak detection systems, offering significant advantages over volumetric technologies due to their accuracy and reliability in changing conditions.
Conclusion
Emerson's Micro Motion meters are designed to meet diverse customer needs, providing robust solutions for flow and density measurement in hazardous environments. The ELITE and T-Series meters offer unique features tailored to the petroleum refining industry.
Overview of F-Series Meters
Micro Motion F-Series meters are designed for high accuracy and cost-effectiveness in flow and density measurement, particularly in process industries. They feature corrosion-resistant titanium wetted parts and offer a compact design with flexible transmitter options.
Specifications
The meters are noted for their precision and are often more economical compared to volumetric technologies. They are suitable for applications such as mass balance improvement, density monitoring, custody transfer, and maintenance reduction.
Product Features
The F-Series meters are available with integral or remote transmitters, providing versatility in installation and operation. They are part of Emerson Process Management's suite of solutions, known for setting industry standards in measurement technology.
Disclaimer
The document notes that while efforts have been made to ensure accuracy, the information should not be considered as warranties or guarantees. The company reserves the right to modify product designs or specifications without notice.