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Title: The Development Of A Measurement Standard For The Calibration Of LNG Flow Meters
Author: O. Oswin() Kerkhof, P. Peter() Lucas, M.P. Mijndert() Van Der Beek, G.J.P. Gertjan() Kok, G.J. Gerard() Blom, A. Andrea() Peruzzi, F.M. Erik() Smits
Source: 2012 International Symposium on Fluid Flow Measurement
Year Published: 2012
Abstract: The trade of Liquefied natural gas (LNG) depends on reliable measurement methods. Trading parties are striving for the smallest measurement uncertainties to reduce their financial exposure. While state-of-the-art measurement methods are generally accepted and have been in place for decennia there is room for improvement. Nine metrology institutes from Europe, one university and three industrial stakeholders have taken up this challenge with further support of several collaborating industrial parties. They have joined forces in a 3-year EU R&D project Metrology for LNG that aims to reduce the measurement uncertainty of LNG custody transfer measurements. The objectives are to develop test & calibration standards, to perform uncertainty evaluations and to contribute to written standards and industry guidelines. The project covers all energy measurement aspects including quantity measurements (tanker volume and flow measurements) and quantity measurements (composition and density).

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