Program
Over 50 high quality technological topics will be presented in four parallel sessions. This will allow you to choose specific topics of your interest. Each day will start at 8AM and end around 4:30PM. Presentations will vary from 30 to 45 minutes. There will either be three or four presentations at a time, depending on the number of papers submitted.


Previous (2015) ISSFM Presentation Topics


Ultrasonic Meters
  • Methodology of Proving Liquid Flow Meters
  • Laboratory Testing of Chordal Path Ultrasonic Gas Meters with New Noise Reduction ‘T’ Designs
  • Calibration Lab Flow Characteristics As Measured by Ultrasonic Flow Meters
  • USM with upstream applications
  • The Relevance of Type Testing of Transit Time Ultrasonic Flow Meters
  • The Real History of Custody Transfer Ultrasonic Flow Meters
  • Legacy and Essentials in Liquid Hydrocarbon Measurement
  • A Comparison of Ultrasonic and Coriolis Flowmeters in Custody Transfer and Other Applications
  • The Practical Application of Piece-Wise Linearization and Other Developing Trends with Coriolis Meters for Natural Gas Custody Transfer
  • Meter Factor Transferability for Coriolis Mass Flowmeters
  • Oil Custody Transfer in the United States of Europe
  • Mechanism Analysis and Estimation Tool of Flow Error Due to Disturbed Flow Filed for Multipath Ultrasonic
  • Evaluation of New Elster-Instromet Q-Sonicplus Ultrasonic Meter
  • Installation Effects on Ultrasonic Flow Meters
  • Not Just Surviving Wet Gas Measurement, Measuring through It
Gas Analysis, Composition
  • Hydrocarbon Dew Points Lessons Learned from 20 Years of Data
  • Oil and Natural Gas Sampling – Where Are We today?
  • On the Water Tariff Specifications for Pipeline Quality Natural Gas
  • Sampling Challenges Associated With Unconventional Gas Sources
  • Evaluation of New Elster-Instromet Q-Sonicplus Ultrasonic Meter
Liquid Flow Facilities
  • Round Robin Testing for the New EuroLoop Liquid Flow Facility
  • Investigation into Flow Rate Dependency of Small Volume Prover for Hydrocarbon Flowmeters
  • Traceability in Liquid Flow Measurement - Procedures and Transfer Meters for Laboratory Comparisons
  • Effect of Vibration on Flow Rate Measurement using Coriolis Flow Meter
  • Toward a Cryogenic LDV Fluid Flow Measurement Standard
Gas Flow Facilities
  • Hydrogen Field Test Standard: Laboratory Performance
  • Weighing Collected Gas using Acoustic and Microwave Frequencies
  • A New PVTt Primary Gas Flow Standard at CMS
Gas Flow Measurement and Differential Pressure Meters
  • Reducing the Uncertainty of the CEESI Iowa Facility
  • A Revised Traceability Approach for 6" USM and Its Comparison Tests
  • China PvT Calibration Facility Operated as China's Primary Standard
  • The uncertainty of the Reader-Harris/Gallagher (1998) Equation
  • Review of NIST Orifice Data from the Mid-1980's
Stack Measurements
  • Uncertainty Analysis of Stack Gas Flowrate Measurement with the S-Type Pitot Tube for Estimating Greenhouse Gases Emission
  • Establishing Flow Traceability of Coal-Fired Power Plant Smokestack Emissions
  • Advanced DP Meter Diagnostics – Developing Dynamic Pressure Field Monitoring
  • Systematic Error of Gas Fow Rate Measurement Caused by Flow Pulsation
  • Compact Installation Testing of a HHR ProPak Meter
Microflow
  • European Research Project on Microflow Measurements - MEDD
  • Primary Standard in Micro Flow for Traceability in Steady and Pulsating Flow Regime
  • Primary Standards for Liquid Flow Rates from 2 mg/h to 1000 g/h
  • Liquid Micro-Flow Calibration Facility at NIST
  • Expansion of Calibration Flow Range of Small Liquid Hydrocarbon Flow Facility at NMIJ
Volume
  • Results of the BIPM/CIPM Key Comparison CCM.FF-K4.1.2011 for Volume of Liquids at 20 L and 100mL.
  • The Effect of Liquid Kinematic Viscosity on the Volume Delivered from a Test Measure
Comparison Theory
  • A Modified En Numbers for Verifying the Long Term Stability of the Reference Flow Meters
  • Analysis of Flow Meters Calibration
  • Reliability of Key Comparison Results for Validation of Calibration and Measurement Capabilities
Multi-Phase
  • Gas Mass Flow Metering - An Alternative Approach
  • Multi-phase Ultrasonic Flow Measurements Techniques in Partially Separated and Homogenised Flow
  • Determining Water Volume Fraction for Oil-Water Production with Speed of Sound Measurement
  • Direct Test Comparisons of Ultrasonic and Differential Pressure Meter Responses to Wet Natural Gas Flow
  • Magnetic Resonance Multiphase Flowmeter: Novel Technology for Direct Oil, Water and Gas Measurement in Multiphase Production Streams
Air Speed
  • The Hydrometric Calibration Facility from METAS: A Primary Standard for Liquid Flow Speed
  • An Experimental Study of the Near Wake of Horizontal Axis Wind Turbines
  • Potential of Laser Doppler Velocimetry for Applications in the Flow Measurement Industry
  • SIMCO-NASA Pitot-Static Calibrations
  • NIST’s New 3D Airspeed Calibration Rig Addresses Turbulent Flow Measurement Challenges
  • Real Gas Corrections for High Beta Ratio (b > 0.25) Critical Flow Venturis
  • Numerical Assessment of Discharge Coefficient, Critical Back Pressure Ratio and Wall Temperature Dependence of Discharge Coefficient for Critical-Flow Venturi Nozzles
  • Thermal Effects on Critical Flow Venturis
Vortex
  • Large Eddy Simulation and Laser Doppler Velocimetry on a Vortex Flow Meter Model
  • Experimental and Numerical Investigation of Detection Chamber of a Photonic Vortex Flow Meter
  • A Novel High Accuracy Delay Time Estimation Algorithm to Compute Vortex Convection Velocity
  • Design of Large Diameter Photonic Vortex Flow Meter for Measurement of Wide Dynamic Range of Velocity at High Temperatures and High Pressures
Critical Flow Venturi Nozzles
  • Flow Stability of Critical-Flow Venturi Nozzles
  • The Diverse and Unsteady Characteristics of Premature Unchoking Phenomena for the Sonic Nozzles
  • Choking Pressure Ratio Guidelines for Critical Flow Venturis and the study of Diffuser Pressure Distribution
Miscellaneous Topics
  • Precise Liquid Measurement in the field from a slightly different perspective
  • Implementation of Measurement Uncertainty Criteria in the Regulation of Oil and Gas Meters Used to Determine Federal and Indian Royalty
  • The Fundamentals of Flow Conditioning in Liquids and Gases
  • Continuing Improvements on Clamp-On Accuracy Using Advanced Installation Procedures
  • Non-Intrusive Measurement of Steam Flow Rate in a Steel Pipe by Means of a Clamp-On Ultrasound Flow Meter
  • Gas Turbine Meter Operating Characteristics - Results from a Large Database
  • Measurement of Flow in Viscous Fluids
  • Development of Prototype Low-Flow Rate Test Rig Applicable for Highly Volatile Liquids
  • Usage of Ultrasonic Gas Flow Meters for the Measurement of Steam in Process and Custody Transfer Applications
  • Gas Ultrasonic Meter Installation Effects and Diagnostic Indicators: A History of NAFFMC Installation Effects Testing, Including Current Testing
  • Unidirectional Captive Displacement Prover (UDCDP) For Verification Of Inline Measurement Uncertainty of Metering Technologies
  • Analytical and Numerical Modeling of Strongly Rotating Rarefied Gas Flows
  • Validating Flow Measurement Calculations Increases Confidence in Accuracy
  • Reduce Curve Fitting Error in Paddlewheel Turbine with Roshko/Strouhal Coefficient-based Equations


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Download Papers
ISFFM organizers have granted permission to CEESI to make previous conference papers available for free download including: 2015, 2012, 2009, 2006, 2002, 1999, 1995, 1990, and 1986. Papers from ISFFM and other conferences are available via the Measurement Library.
Venue
This event will be hosted by the Hotel Misión Juriquilla in Querétaro, Mexico Read More
Upcoming Dates
February 1, 2018
Final Paper Submission Deadline
March 19, 2018
WGFF Begins
March 21, 2018
ISFFM Begins
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