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[…] which would give seven channels with equal cross-sectional area, and f=0.34, which would give approximately equal hydraulic diameter in the seven channels and hence equal flow resistance. Test simulations were performed with f=0.447 respectively f=0.34. The differences in the flow when compared with the simulation for f=0.38, were small. The actual value chosen for […] … Continue reading

[…] the range of Reynolds numbers from about 10 5 to 10 7. The aim was to determine the best profile so that further work might provide a test of 4 Venturi tubes of the optimum profile. 2 DESCRIPTION OF THE VENTURI TUBES 2.1 Design It has been suggested at meetings of ISO TC30/SC2 that […] … Continue reading

[…] been carried out at Ruhr-Universität Bochum. This work also included the collection and examination of data available from publications to be used in the development or for testing the new equation of state. 4.1. Pure Fluid Equations On the basis of accurate experimental data Ruhr-Universität Bochum has developed equations of state for each of […] … Continue reading

[…] blocking status of the impulse-lines by means of the blocking factor F. 5 BLOCKING DIAGNOSTICS FOR WATER FLOW Fig.2 shows blocking diagnostics for water flow using flow test facilities. Needle valves are installed in the middle of the impulse-lines, simulating impulse-line blocking. The figure shows the blocking status of Hi-side and Lo-side in which […] … Continue reading

[…] significance with respect to the whole can be established. Modelling in this way allows the engineer to identify those elements of the system that have the grea test impact on the resultant measurement . This Analytical process can be extremely useful in providing guidance to Engineers on the choice of Instruments used in Measurement […] … Continue reading

[…] was built in 1994, installed in 1995 and put in regular operation in 1996. b) When delivered from factory, the metering station was calibrated with water and tested for repeatability and linearity (0,05% and 0,15%). c) When calibrated at the factory it was recognised that it was necessary to adjust some of the turbines […] … Continue reading

[…] original research to develop the coefficients were from the North Sea (Forties and Auk fields). Furthermore, the samples were allowed to stabilise in open containers prior to testing, thus allowing light ends to vaporise off. Water content was also restricted to very low levels, unlike current North Sea production. Accordingly there have been calls […] … Continue reading

[…] low value flows (2×10 -4 m 3/h) up to greater flows (4800 m 3/h), utilising primary standards such as Soap-film, Mercury sealed piston prover, bell prover, wet test meter, Dynamic displacement system (gravimetric), critical orifices, sonic nozzles, rotary meters and turbines. The design, construction, characterisation and continued improvement of this infrastructure have permitted the […] … Continue reading

[…] volume. Procedure considered during MCM applying for uncertainty evaluatio n (distribution propagation) conforms Sup plement 1 of GUM and it’s described next: Select number of Monte Carlo tests, M, to be made. For each defined input (influence magnitude) for flow volume metering system, generate M random numbers according PDF assigned and considering this criteria: […] … Continue reading

[…] n sla tio n f ro m F re n ch ) S V P Sm all V olu m e P ro ver T U R Test U nce rta in ty R atio U K Unite d K in gd om U KA S Unite d K in gd om A ccre […] … Continue reading

[…] skid. Since they operate on -40ºC it could not be ball Prover. A large piston Prover was out of the question. A 24” Prover was ordered and tested on water. It functioned fine on water and temperature above zero degrees. This was hopefully a good start. Compact Prover 1 The volume of the Prover […] … Continue reading

[…] Case Study Kjartan Berg, Lundin Norway Daniel Fonnes, FMC Technologies 1 Case Study One of the major challenges with subsea systems is the limited availability of in formation. Wells flow commingled, and identification of individual well contribution require special attention both in design and operation. Some subsea tie-backs are also commingled across licenses or […] … Continue reading

35th North Sea Flow Measurement Workshop 24-26 October 2017 Technical Paper   1    Evaluation of Sampler with integrated zero leakage valve on Aker BP ULA plat form E. Verloop M.Sc. – KPS – The Netherlands P. Verloop M.Sc. – KPS – The Netherlands E. Sveinsvoll – Aker BP – Norway S. Øvrebø – […] … Continue reading

[…] means of pressure differential devices inserted in circular cross -section conduits,” Geneva: Switzerland, 2012. M. Reader -Harris, “Wet -Gas Measurement: ISO/TR 11583,” in 30th International Nor th Sea Flow Measurement Workshop , 2012. M. Reader -Harris, D. Hodges, and J. Gibson, “VENTURI -TUBE PERFORMANCE IN WET GAS USING DIFFERENT TEST FLUIDS,” Glasgow G75 0QU, 2005. … Continue reading

[…] through a 1 st stage separator with metering equipment meeting fiscal standards. Field B’s production is measured by a subsea multiphase flow meter, with no possibility for testing or verification towards topside metering system . Field C is measured by a topside multiphase flow meter, with the possibility of p eriodic calibration against a […] … Continue reading

[…] and medium/long term technology bets must be part of the R&D slate ▬ Access to capital and the correct industry/soft funding mix is critical ▬ Access to test facilities and field trials trends must be reversed ► Risk/Reward and valuation ▬ Great technologies and great companies create great value ▬ Angel –and VC investment […] … Continue reading

Flow testing validation of a new method for formation water and MEG measurement in wet gas using a water analysis sensor and a Venturi Andrew C Baker, Harald Solheim, Rolf Rustad & Alexandre Lupeau OneSubsea, a Schlumberger company Simplified schematic of a gas well One -pass flow rig for testing MEG -water measurements Primary […] … Continue reading

[…] 1 st Stg Sep A Feed 35 th International North Sea Flow Measurement Workshop 24 th– 26th October 2017 17 Figure 20 – Process Flow Diagram of Test Model 35 th International North Sea Flow Measurement Workshop 24 th– 26th October 2017 18 Table 1 – Allocation Results Components A1 (kg) A2 (kg) B […] … Continue reading

[…] is evident that accurate knowledge of the amount of net oil produced is needed to determine whether a well is still economica lly viable. In a well testing campaign in which a mobile version of the M -PHASE 5000 is applied, several wells producing at high water cut are measured. For wells producing at […] … Continue reading

[…] a “flush” of the element that can be tried if problems occur ◼ Does it really say something on accuracy? ◼ Do the USM transducer zero flow test in a box? How can we verify the accuracy of the thermal mass flare meter? VeriCal On site calibration System ◼ ST100 has built in temperature […] … Continue reading