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How to fill out the Reservoir Fluid Study STATOIL 15/8-1 Well DST 2 - Factpages online
This guide provides clear, step-by-step instructions on how to fill out the Reservoir Fluid Study form for STATOIL 15/8-1 Well DST 2 effectively and accurately. Users can navigate through each section of the form with confidence, ensuring all necessary information is provided.
Follow the steps to complete the form accurately.
- Press the ‘Get Form’ button to access and open the Reservoir Fluid Study form in the online editor.
- Fill in the basic details in the header, including the company name 'STATOIL', the well identifier '15/8-1 DST 2', and the operational field name 'Sleipner Field'.
- Continue to the 'Formation Characteristics' section. Enter details such as the formation name, original reservoir pressure, gas/liquid ratio, production rate, and separator conditions. Ensure accuracy in all pressure and temperature measurements.
- Complete the 'Well Characteristics' section, which includes inputting the elevation, total depth, producing interval, tubing size and depth, open flow potential, and last reservoir pressure.
- Provide the sampling conditions, noting any pressures and temperatures relevant to the primary and secondary separators, as well as the liquid gravity and gas production rates.
- Fill in the results from the reservoir fluid analysis. This includes the hydrocarbon analysis results for gas and liquid samples, ensuring to accurately record mole percentages and densities.
- Complete any remaining analysis sections, which may require detailed information about pressure-volume relations, cumulative recovery calculations, and retrograde condensation data.
- Review all entered information for completeness and accuracy. Make any necessary corrections before finalizing the document.
- Once you have completed the form, you can save the changes, download the completed document, print it for your records, or share it with relevant stakeholders.
Start filling out your Reservoir Fluid Study form online today for accurate reporting and analysis.
2.2 Fluid Distribution A list of factors affecting fluid distribution would be manifold. However, the most important are: Depth The difference in the density of the fluids results in their separation over time due to gravity (differential buoyancy). Chapter 2: Reservoir Fluids University of Leeds https://homepages.see.leeds.ac.uk › PG_EN University of Leeds https://homepages.see.leeds.ac.uk › PG_EN PDF
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