# Idiopatisk lungfibros - Svensk Lungmedicinsk Förening - Yumpu

Idiopatisk lungfibros - Svensk Lungmedicinsk Förening - Yumpu

Normalized. J- Function Techlog SHM module (Saturation Height Modeling) allows to build Thomeer function to obtain mathematical model of water saturation from capillary pressure. 6 Jun 2019 The capillary pressure in a reservoir determines the saturation distribution The shape of this function is determined by three Thomeer parameters: Buiting, J. [ 2007] Fully Upscaled Saturation-Height Functions for Re relationship, capillary pressure profile and water saturation for a given height above free The ones discussed here are the Leverett J-function, Thomeer model,. Water saturation vs. height (SwH) functions are required to initialise a 3D static and dynamic reservoir model with the water and hydrocarbon volumes, to pick fluid. Chapter 6 - Common Applications (Thomeer and Leverett J). Workshop Chapter 8 - Applied Saturation Height Model Using Petrophysical Rock Types. 23 Feb 2021 The two best known methods to analyze MICP measurements and to estimate saturation height curves are Thomeer-and Leverett J functions.

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Fully Upscaled Saturation-Height Functions for Reservoir Modeling based on Thomeer's Method for Analyzing Capillary Pressure Measurements Buiting, Jan Jack ( Saudi Aramco ) March, 2007 – OnePetro Saturation-height functions in oil and gas reservoirs are determined using methods that include quantifying the microporosity of the subterranean formation; determining the distribution of facies and microporosity as a function of depth; and calculating the saturation-height function for a given formation. Saturation-height functions in oil and gas Data Interpretation Thomeer Curve Fitting: Rock Typing • Thomeer model is extensively used to fit the Pc curves (hyperbolic function) for saturation height modelling and rock typing • Fitted curves are defined by the pore structure factor (G), threshold pressure (Pd) and the total interconnected pore volume (Sb∞) (Bulk Volume saturation at infinite pressure ~ Porosity) • LR-Senergy •Leverett-J Functions •FOIL Functions •…To name a few… 0 20 40 60 80 100 120 140 160 0.00 0.20 0.40 0.60 0.80 1.00 L Saturation - v/v “A method of estimating Saturation based on the height above the free-water-level and capillary pressure” After applying this correction, saturation height models are developed from core capillary pressure (Pc) data to calculate water saturation vs. depth, which is independent of logs. First step of the procedure is to model capillary pressure measurements using different methods, namely, Brooks-Corey, Lambda, Thomeer and Leverett-J functions. 2019-05-03 · Saturation Height Function kokokyi Uncategorized May 3, 2019 1 Minute Further to the presentation on “Saturation Height Function” (prepared by Mr Leong) which I posted previously, I would like to stress that Leverett-J method of generating SHF is one of the many methods used in the industry.

## Idiopatisk lungfibros - Svensk Lungmedicinsk Förening - Yumpu

Of the conventional "equation based" approaches, the Thomeer and Skjaeveland models appear to have the most utility and are recommended as first choice saturation-height models to test. The two best known methods to analyze MICP measurements and to estimate saturation height curves are Thomeer-and Leverett J functions. However, neither method has been satisfactorily upscaled until now.

### Idiopatisk lungfibros - Svensk Lungmedicinsk Förening - Yumpu

Methods disclosed herein may create a saturation-height function by: quantitatively measuring microporosity, using techniques such as laser scanning confocal microscopy and/or MICP data; determining the distribution of facies and microporosity as a function of depth using techniques such as conventional openhole logs, core, borehole images, nuclear magnetic resonance (NMR) logs, and analysis of sequential core samples using confocal microscopy and/or MICP; and evaluating the effect of 2015-06-24 · In a manner similar to that described in the previous P c /S w section, height/saturation curves are often fitted to these resistivity-log-derived S w data to enable reservoir hydrocarbons-in-place volumes to be calculated. The function forms are similar to or are the same as those described above for P c /S w. Fully Upscaled Saturation-Height Functions for Reservoir Modeling based on Thomeer's Method for Analyzing Capillary Pressure Measurements Buiting, Jan Jack ( Saudi Aramco ) March, 2007 – OnePetro Saturation-height functions in oil and gas reservoirs are determined using methods that include quantifying the microporosity of the subterranean formation; determining the distribution of facies and microporosity as a function of depth; and calculating the saturation-height function for a given formation. Saturation-height functions in oil and gas Data Interpretation Thomeer Curve Fitting: Rock Typing • Thomeer model is extensively used to fit the Pc curves (hyperbolic function) for saturation height modelling and rock typing • Fitted curves are defined by the pore structure factor (G), threshold pressure (Pd) and the total interconnected pore volume (Sb∞) (Bulk Volume saturation at infinite pressure ~ Porosity) • LR-Senergy •Leverett-J Functions •FOIL Functions •…To name a few… 0 20 40 60 80 100 120 140 160 0.00 0.20 0.40 0.60 0.80 1.00 L Saturation - v/v “A method of estimating Saturation based on the height above the free-water-level and capillary pressure” After applying this correction, saturation height models are developed from core capillary pressure (Pc) data to calculate water saturation vs.

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Primary Drainage Saturation-Height Modeling pieces of special core analysis to produce these capillary pressure-derived saturation functions. A Thomeer water saturation model was used for fitting parameters, such as irreducibl Wettability, capillarity, relative permeability and residual oil saturation are capillary pressure responses of rocks (Corey, 1954, Thomeer, 1960, Brooks an average gas saturation, and a saturation-height function, but not necessa Resistivity 'driven' by Phi and Saturation-Height(Pc), input to Archie Thomeer, J.H.M.

Workshop. Day 4 will cover show how to convert lab measured capillary pressure data to reservoir conditions to determine height above free water, seal capacity and initial water saturation. The use of the Thomeer method for the Arab D Reservoir at Ghawar is focused on three issues: (1) facies-dependent saturation-height modeling; (2) free-water level determination; and (3) facies-dependent recovery estimation.

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### Idiopatisk lungfibros - Svensk Lungmedicinsk Förening - Yumpu

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## Idiopatisk lungfibros - Svensk Lungmedicinsk Förening - Yumpu

The Thomeer function has three parameters: Threshold pressure P ct; Pore geometric factor G; Mercury saturation at infinite capillary pressure S Hg∞ (Thomeer wrote Eq. 3 with bulk mercury saturation instead of mercury saturation. Bulk mercury saturation equals the product of porosity and mercury saturation. The saturation height functions can describe the drainage process during the hydrocarbon migration and are expressed as a relationship among the saturation, the height above the free water level and some model properties (commonly porosity and permeability). Saturation-Height Equations There are various practical techniques for correlating capillary pressure curves according to rock type for a heterogeneous formation and generating field wide saturation-height function that relates capillary pressure curves to porosity, permeability or rock type in general. The classic method is based on Saturation Height Functions Saturation Height functions (SWH, Swht) are a means of assigning a saturation to a volume of rock e.g. a geocell which is not penetrated by a well by virtue of that cells porosity, permeability and capillary pressure.

Saturation Height Function In the oil and gas industry the description of the hydrocarbon volume is one of the key disciplines. The hydrocarbons initially in-place (HCIIP) are defined as: HCIIP = Gross Rock Volume x Net-to-Gross x Porosity x Hydrocarbon saturation The two best known methods to analyze MICP measurements and to estimate saturation height curves are Thomeer-and Leverett J functions. However, neither method has been satisfactorily upscaled until Summary: Saturation height function using the Thomeer model The saturation-height function using Flow Zone Index (FZI): •Breakthrough pressure, Pb = 6.4468*(FZI-0.7918) •Thomeer Shape factor, C = 0.3174*(FZI-0.1586) •Capillary Pressure from height above FWL (m) Pc = (Height above FWL x 62.42762 (ρ w –ρ g ) x 3.28084)/144 DOI: 10.2118/105139-MS Corpus ID: 140667487. Fully Upscaled Saturation-Height Functions for Reservoir Modeling based on Thomeer's Method for Analyzing Capillary Pressure Measurements 2016-01-19 · in which S Hg is the saturation of mercury. The Thomeer function has three parameters: Threshold pressure P ct; Pore geometric factor G; Mercury saturation at infinite capillary pressure S Hg∞ (Thomeer wrote Eq. 3 with bulk mercury saturation instead of mercury saturation. Bulk mercury saturation equals the product of porosity and mercury saturation.