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BS (GeoPhysics) (BUES-FYP): Recent submissions

Now showing items 281-300 of 439

2D Structural and Petrophysical Interpretation of Fort Abbass, Middle Indus Basin, Pakistan (P-1189) (MFN 5939)

Raj Janjua; Sahibzada Shahrukh Khan; Jehanzeb Malik (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)

The basic objective of the study is to get preliminary understanding of the subsurface structures trend and stratigraphy of the cited area. Seismic data interpretation eventually resulted in outcomes as time and depth ...
Structural Interpretation and Reservoir Analysis of Ratana Area, Upper Indus Basin, Pakistan (P-1188) (MFN 5938)

Abdullah Khattak; Ahmed Saleem Baig; Shahrukh Ali (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)

Ratana is a town of Pindigheb Tehsil, Punjab, Pakistan. It is located in the north western part of the Potwar basin, about 100 km south-west of Islamabad. Ratana is a large, thrust bounded, salt cored and east-west trending ...
2D Structural Interpretation and Petrophysical Analysis of Ratana Area, Upper Indus Basin, Pakistan (P-1190) (MFN 5937)

Daniyal Tariq; Muhammad Taimoor Hassan; Raja Nouman Saeed (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)

This dissertation support the study of 2D seismic data interpretation of concerned seismic lines and petrophysical analysis of Ratana well 03, in the Upper Indus Basin, Pakistan. Ratana is located in Pindighep Tehsil, which ...
2D Seismic Interpretation and Petrophysical Analysis of Joyamair Oil Field, Upper Indus Basin, Pakistan (P-1207) (MFN 5936)

Muhammad Bilal; Maryam Zaheer; Syed Waleed Ali (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)

The present study was conducted to reveal the subsurface geology of Joyamair area by the interpretation of seismic sections and to estimate the hydrocarbon saturation using petrophysical techniques. The horizons were marked ...
2D Seismic Interpretation of the Rajian Area (Gujar Khan) Pakistan (P-1564) (MFN 1849)

M. Umair Ashraf; M. Rehan (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2007)

Migrated seismic line (932-GJN-19) from Gujarkhan area was obtain from Directorate General of Petroleum Concession for seismic interpretation. The line shot by OGDCL was 35km long, from shot point 110-350, 24 fold and ...
2D seismic data interpretation of Zamzama block, southern Indus basin, Pakistan (P-1113) (MFN 3640)

Usman Ali Haider; Muhammad Asif Khan; Muhammad Usman Mirza (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2013)

Migrated seismic lines HPK98A-30, HPK98A-31, HPK98A-32, HPK98A-33, HPK98A-34, HPK98A-40 and Suit of well Logs of well Zamzama-3 were obtained from Landmark Resources (LMKR) after prior permission from Directorate General ...
2D seismic interpretation, petrophysical analysis and rock physics of Joyamir area (P-1112) (MFN 3641)

Muhammad Fahad Bashir; Mohi Ud Din Ahmad; Saad Ullah Khan Baloch (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2013)

This research was initiated after receiving authorization to extract data from LMK Resources by DGPC for acquiring migrated seismic lines and well logs of well Joyamir-04 of Chakwal. The rationale of the study was to ...
2D Seismic data interpretation of Badin block, Districk Thatta, Southern Indus basin Pakistan (P-1080) (MFN 3642)

Syed Masood Ali Shah; Irfan Gul Khattak (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2012)

The aim was to understand the tectonics and geology of the Badin block along with the interpretation procedure of migrated seismic sections to check out the subsurface structures that may be a possible lead for hydrocarbons. ...
2D seismic interpretation of Chak Naurang area using seismic attributes, petrophysical analysis and rock physics using Chak Naurang well-1 of Chakwal area, upper Indus basin, Pakistan (P-1111) (MFN 3643)

Bilal Waheed; Bushra Siddiqui; Jawad Niazi (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2013)

This research was initiated after receiving authorization to extract data from LMKR by DGPC for acquiring migrated seismic lines & Well logs of well CHAK NAURANG-01 of CHAKWAL. The rationale of the study was to estimate ...
2D seismic interpretation and petrophysical analysis of Khushal Garh area, well dosa x-1, upper Indus basin, Pakistan (P-1079) (MFN 3644)

Kamran Hanif; Ameer Zaheer; Ahmad Saeed (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2012)

This dissertation contains the study and interpretation of 2D seismic reflection data of selected seismic lines of Sinjhoro area, Lower Indus Basin, Pakistan. The main objective of this research was delineation of subsurface ...
Pore pressure prediction and fracture gradient determination using compressional and shear velocities from sonic log (P-1110) (MFN 3647)

Sidra S. Roghani (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2013)

The prediction of pore and fracture pressure along a proposed well path are the key inputs to well design. Accurate predictions of these parameters can have significant impact on the cost of wells, both from design and ...
2D Seismic Data Reflection Interpretation of Sanghar Area Sindh, Pakistan (P-1563) (MFN 1946)

Wasim Arshad; Bilal Tariq (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2007)

This dissertation is based on the 48-fold 2D-seismic reflection data. The data is acquired from the area Sanghar (Sindh), of Pakistan and provided by the LMK Resources by the pemlission of Directorate General Of Petroleum ...
Seismic Line Processing By Using Seismic Processing Workstation (P-1562) (MFN 2037)

Usman Bin Baasir (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2006)

There are different steps and parameters that are involved in seismic data processing which are based on a particular sequence known as the Seismic processing /l0l1i. Seismic processing workstation (SPW) is a useful software ...
2D seismic interpretation and petrophysical analysis of Fort Abbas area, central Indus basin Pakistan (P-1108) (MFN 3908)

Fahad Ismail Abbasi; Mudassir Hameed; Adeel Ahmad (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2013)

***Attached***
2D Seismic Interpretation of Qazian Area, Potwar Plateau Pakistan (P-1103) (MFN 3909)

Arbab Muhammed Haris Dharejo; Bilal Ahmed Bhatti; Syed Basharat Hussain (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2013)

This dissertation contains the study of 2D seismic reflection data interpretation of selected seismic lines (Qzn-04, Qzn-06, Qzn-07 and Qzn-08) of Qazian later named as Missa Kiswal, Northern Indus Basin, Pakistan, for ...
2D seismic interpretation and petrophysical analysis of Badin area lower Indus basin, Pakistan (P-1105) (MFN 3910)

Ameer Hasan; Sikandar Masood; Uzair Hamid (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2013)

The study area is located in Badin district of Sindh Province. It falls in the Keyhole Development and Exploration Lease, which currently is under the operatorship of United Energy Pakistan Limited. Six migrated seismic ...
2D interpretation and petrophysical analysis of Joya Mair area, upper Indus basin, Pakistan (P-1107) (MFN 3911)

Juwairiah Javed; Ahsan Jamal; Uroosa Qamer (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2013)

The purpose of this dissertation is to understand the various steps involved in seismic reflection interpretation. To carry out this exercise, seismic reflection data, which consists of seismic sections, was provided by ...
Structural evaluation, using 2D seismic data and petrophysical analysis of Dhulian area, Potwar, Pakistan (P-1106) (MFN 3912)

Ahmed Tahir Malik; Adnan Ayub; Ali Raza Khan (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2013)

Dhulian is located in the Central Potwar Zone and is broad east-west trending, doubly plunging anticline. The aim of the study is to identify structures present in the area of Dhulian through the interpretation of the ...
2D seismic interpretation velocity modeling and attribute analysis of Sanghar area lower Indus basin Pakistan (P-1109) (MFN 3913)

Rooha Ramzan; Um-e-Aimen (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2013)

***Attached***
2D seismic interpretation and petrophysical analysis of Chak-05 dim, south-01 well, southern Indus basin Pakistan (P-1102) (MFN 3914)

Israr Ahmed Abbasi; Mohammad Abdul Qavi; Tanshil Ibrahim (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2013)

The main objective of the study was to evaluate hydrocarbon potential of Sanghar area in Southeren Indus Basin Pakistan by using wire line loging and seismic line.The data had been issued by Land Mark Resources, Pakistan ...

Now showing items 281-300 of 439

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