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https://repository.sustech.edu/handle/123456789/25817
Title: | Squeeze Cement Volume Estimation (Case Study Hamra Field – Sudan) |
Other Titles: | تقدير حجم الاسمنت المضغوط : دراسة حالة حقل هجليج النفطي -السودان |
Authors: | Awad, Ahmed Rashad Mustafa Youssif, Awadelkarim Elkheir Alamein Mohamed, Mohammed Seaed Abbass Edries, Moataz Osman Alrayah Supervisor, - Mohamed Abd Alkhalig Joubara Bakheit |
Keywords: | Squeeze Workover secondary cement statistical analysis Screening Data balance plug |
Issue Date: | 1-Nov-2020 |
Publisher: | Sudan University of Science & Technology |
Citation: | Awad, Ahmed Rashad Mustafa.Squeeze Cement Volume Estimation (Case Study Hamra Field – Sudan)\Ahmed Rashad Mustafa Awad...{etal};Mohamed Abd Alkhalig Joubara Bakheit.-Khartoum:Sudan University of Science & Technology,College of Petroleum Engineering & Technology,2020.-79p.:ill.;28cm.-Bachelors Search. |
Abstract: | The volume of squeeze cementing process is a key factor for well intervention cost. In Sudanese oilfield, the estimation of squeeze volume has many limitations; this study is trying to estimate the optimum volume squeeze cement that depends on many operational factors. In this study the squeeze volume has been divided into many portions, the most important part is to predict the squeezed volume inside the formations; this point had been achieved via statistical analysis method using Mini-Tab (statics software), the model that has been built can predict the value of squeezed volume with a R2 value equal to 0.78 this value present the importance of the variable that did not taken in the model. The study procedure found that, if the study had been utilized about 40% of cement slurry would not be mixed, therefore 1346 meter of cement would not be drilled at all. |
Description: | Bachelors Search |
URI: | http://repository.sustech.edu/handle/123456789/25817 |
Appears in Collections: | Bachelor of Petroleum Engineering & Technology |
Files in This Item:
File | Description | Size | Format | |
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Squeeze_Cement.......pdf | Research | 2.8 MB | Adobe PDF | View/Open |
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