Sponsorship Opportunities

ISO 5167: past and present
Michael Reader-Harris – TÜV SÜD National Engineering Laboratory

Sound speed for self-diagnosis of oil ultrasonic flow meters
Ligia Gaigher Franco, Phelipe Augusto Lima, Rogério Ramos – UFES; Luiz Octávio Vieira Pereira – Petrobras

Operation and verification of a dual-mode Coriolis meter using prism signal processing
Manus Henry, Michael Tombs, Feibiao Zhou – University of Oxford; Dr. Sakethraman Mahalingam – ARAMCO Overseas

Multiphase flowmeter uncertainty – A practical methodology
Craig Coull – Kelton Engineering Ltd

Making the multiphase flow meter less dependent on dated PVT
Richard Barr – Proserv

Field testing an electromagnetic 3D imaging multiphase flowmeter
Andy Hunt, Ogheneochuko Obie, Sam Simonian, Simon Yeldham – Flodatix

Accurate Coriolis mass flow and density measurement of bubbly liquids
Daniel Gysling – Corvera LLC

Effects of compositional variations on gas condensate fluid properties and associated flow metering challenges
Dr. Sakethraman Mahalingam – Aramco Overseas; Dr. Gabriele Chinello, Dr. Edris Joonaki – TÜV SÜD National Engineering Laboratory

Self-adjusting, real-time virtual flow metering
Johan Henriksson, Torgeir Vanvik – Turbulent Flux

Machine Learning based gross error estimation for allocation systems
Daniel Dobos, John McCall, Tien Thanh Nguyen – Robert Gordon University; Helen Corbett, Phil Stockton, Allan Wilson – Accord Energy Solutions Ltd

Detecting an unwanted second phase in a single-phase flow using data-driven models
Yanfeng Liang – TÜV SÜD National Engineering Laboratory

Digitalizing Monitoring of Water Cut Measurement Via Regression Method
Gan Denson, Deverapalli Vijay Kumar – Petronas Carigal SDN BHD

Real-time measurement insight for true performance-based maintenance
Dean Wade – Kelton Engineering Ltd

Metering and emission analysis of flare and vent metering systems using computational fluid dynamics
Dr. Sandy Black – TÜV SÜD National Engineering Laboratory

Offshore flares: measurement and calculation of combustion efficiency, methane and CO2e emissions
Bob Peebles, Phil Stockton – Accord Energy Solutions Ltd

The uncertainty of a unique predictive emissions monitoring system PEMS based on hybrid development
Jans Sandvig, Mogens Weel – Weel & Sandvig; Dr. Bruno Pinguet – TÜV SÜD National Engineering Laboratory

Measuring hydrogen and hydrogen enriched natural gas flows with ultrasonic flow meters
Daniel Heinig, Dr. Erick Starke, Dr. Falk Ullman, Andrew Wrath – SICK Engineering

Certification and rebuilding of a hydrogen field test standard
Pekka Tapio Neuvonen, Sigrid Rønneberg, Edvardas Venslovas – Norwegian Metrology Service

Comparison CFD & flow calibration of a DP cone meter in hydrogen
Gavin Munro – GM Flow; Dale Anderson, Marc Laing – TÜV SÜD National Engineering Laboratory

Comparing an ultrasonic gas meter with a turbine meter measuring pure hydrogen
Dick Laan – Krohne

Design of NEL hydrogen field test standard for calibrating light duty vehicle hydrogen refuelling stations
Marc MacDonald, Revata Senevirante, Leon Youngs – TÜV SÜD National Engineering Laboratory

Experimental study of flow measurement uncertainties in supercritical fluid with high CO2
L.A. Andrade, F.S. Dutra – Petrobras S.A; C. Lago, F.H. Pimentel, J.B.R. Loureiro – Federal University of Rio de Janeiro

Investigation of Coriolis meter performance under liquid, dense, and multicomponent CCS transport conditions
Sean Higgins, Johnson Jimba, Mercedes Maroto-Valer, Graeme White – Heriot-Watt University; Gabriele Chinello – TÜV SÜD National Engineering Laboratory

Ultrasonic measurements of liquid CO2 for CCS
Gerard Bottino, Nicholas J. Mollo – Panametrics; Yessica Arellano, Sigurd W. Lovseth, , Hans Georg Jacob Stang – SINTEF

Wet natural gas orifice meters applied on geothermal saturated steam flows
Richard Steven – Tek DP Flow Solutions; Egill Juliusson – Landsvirkjun