Department of Earth & Environmental Science (BUES): Recent submissions

  • SEISMIC DATA INTERPRETATION AND PETROPHYSICAL ANALYSIS OF MEYAL AREA, POTWAR SUB-BASIN, PAKISTAN 
    QAZI AZMEER FURQAN; UMAR KHAN; MUHAMMAD ZEESHAN BHATTI (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    This research is about using Seismic interpretation and petrophysical analysis to identify the subsurface structural analysis and hydrocarbon potential of the Meyal region. There were three dip lines and two strike line ...
  • 2-D SEISMIC INTERPRETATION OF JOYA MAIR AREA, UPPER INDUS BASIN, PAKISTAN 
    HAMMAD HASSAN (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    The Joya Mair oil field lies in the south-southeast of the Salt Range-Potwar Foreland Basin. With reference to tectonics, the area lies in the compressional regime. The Sakesar Limestone in this area is acting as a ...
  • 2D SEISMIC DATA INTERPRETATION OF SINJHORO AREA AND PETROPHYSICAL ANALYSIS OF CHAK 66-01 WELL, LOWER INDUS BASIN, PAKISTAN 
    MUNEEB AHMED; RAJA HANZILLA (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    This research paper focuses on implementing seismic interpretation and petrophysical analysis to determine the Sinjhoro region's subsurface structural analysis and hydrocarbon potential in Southern part of Lower Indus ...
  • 2D SEISMIC INTERPRETATION AND PETROPHYSICAL ANALYSIS OF KHAUR-OXY-01 WELL, UPPER INDUS BASIN, PAKISTAN 
    MUDABBIR HASSAN; MUHAMMAD ABUBAKAR SALEH (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    2D seismic interpretation and petrophysical analysis of Khuar-Oxy-01 well attempts to quantify the hydrocarbon potential of the study area, Khaur (Tehsil Pindi Gheb, Upper Indus Basin, Pakistan), which depicts the pop-up ...
  • 2D SEISMIC INTERPRETATION OF WELL KOTHAR- 02, KIRTHAR SOUTH BLOCK, LOWER INDUS BASIN PAKISTAN 
    ISHTIAQ AHMED (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    Geographically and geologically the study area lies in Jamshoro District in the Lower Indus Basin. The basic aim of this research conducted is the structural interpretation and rock evaluation of the well Kothar-02 by ...
  • 2D SEISMIC INTERPRETATION & PETROPHYSICAL ANALYSIS OF RAJIAN AREA UPPER INDUS BASIN, PAKISTAN 
    Arslan Khalid; Hassan Ali Azhar (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    The Rajian area's subsurface structure is interpreted throughout this study utilizing seismic sections, & hydrocarbon-bearing zones were located through Petrophysical analyses. Southeast (SE) of both the Salt Range Potwar ...
  • 2D SEISMIC INTERPRETATION AND PETROPHYSICAL ANALYSIS OF ZIARAT AREA, LOWER INDUS BASIN, PAKISTAN 
    HADIA GHAFOOR; HINA BATOOL (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    Seismic data interpretation and petrophysical analysis are the main tools in petroleum exploration which are used to delineate subsurface geology and structural geometries and to carry out hydrocarbon bearing capacity ...
  • 2D SEISMIC DATA INTERPRETATION OF KADANWARI AREA, LOWER INDUS BASIN, PAKISTAN 
    MUHAMMAD ABDULLAH; AHMED ALI MALIK; SYED SAJAWAL SHAH (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    The Kadanwari block study area lies 350 kilometres northeast of Karachi in Sindh's Khairpur District. It is located in Pakistan's Middle Indus Basin and is part of the Gondwana domain. The Kadanwari gas field is located ...
  • 2D SEISMIC INTERPRETATION AND PETROPHYSICAL ANALYSIS OF QAZIAN AREA UPPER INDUS BASIN PAKISTAN 
    HASNAIN ASIF; MUHAMMAD HERMAIN KHALID (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    Eastern Potwar is highly deformed area and hosts several structural traps with complex geometries and are producing hydrocarbons. The present study aims to understand the structural framework, and petrophysical analysis ...
  • ASSESSMENT OF LULC AND LST OF ISLAMABAD AND RAWALPINDI, PAKISTAN, USING GEO-SPATIAL TECHNIQUES 
    AFIFA KANWAL; AIMEN ANSAR; EHSIN ATHER (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    The rapid urbanization and population growth over the past three to four decades has caused a change in the Land use and land cover patterns in the twin cities of Pakistan (Islamabad and Rawalpindi). This in turn has led ...
  • TEMPERATURE AND RAINFALL VARIABILITY ON DROUGHT INDICES 
    FAIZA HAFEEZ; HASEEB UL HASSAN (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    Drought is a climatic hazard that occurs all over the globe. The frequency of drought was increased by nearly a third all over the globe since 2000.The reason behind this disastrous climatic hazard is the sudden result ...
  • PREDICTION OF MECHANICAL BEHAVIOR FROM PETROGRAPHIC CHARACTERISTICS OF LOCKHART LIMESTONE 
    Muhammad Haider Ali; Muhammad Hassan (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    The goal of the current work is to estimate mechanical behaviour using petrographic data from Paleocene Lockhart Limestone exposed in Rumli, Islamabad. Clay and shale are interbedded with the mostly nodular, fossiliferous ...
  • INTERRELATIONSHIP OF GEOLOGY AND WATER QUALITY: A CASE STUDY OF ISLAMABAD, PAKISTAN 
    AMNA SHAFQAT; MUHAMMAD ADIL (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    Water is the most important resource for life. A significant part of geology, which is the study of the Earth, is the study of water in terms of hydrogeology; how water and rock interact with each other. Rocks can not ...
  • PETROPHYSICAL ANALYSIS OF MEHAR-01 WELL, LOWER INDUS BASIN, PAKISTAN 
    SHAHID ABBAS; M. HAMMAD SAEED; M. TALAL SIDDIQUI (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2021)
    The objective of this study is to determination the hydrocarbon potential in Mehar-01 well using wireline logs. Mehar field is located in Sindh province,190 KMs west of Sukkur and 300 KMs North of Karachi. The Mehar was ...
  • PETROPHYSICAL ANALYSIS OF BALKASAR WELL OXY 1, UPPER INDUS BASIN PAKISTAN 
    Muhammad Rizwan Noor; Osama Nazar (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    The main objective of this study is to find the hydro carbon potential of Balkasar Oxy 1 well, Upper Indus Basin Pakistan. About 105 kilometers southwest of Islamabad, in the Chakwal District, is where you'll find this ...
  • PETROPHYSICAL ANALYSIS OF SAWAN-01 WELL, CENTRAL INDUS BASIN, PAKISTAN 
    Unknown author (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    The purpose of this study is to find the hydrocarbon potential of Sawan 01 well, Central Indus Basin, Pakistan. Sawan Gas field is situated in Khairpur district, Sindh Province. It is located in Thar Desert, with ...
  • GEOCHEMICAL EXPLORATION OF LATERITE BODY OF LUMSHIWAL FORMATION, TAUHIDABAD SECTION NATHIAGALI, KP, PAKISTAN 
    JAHANGIR KHAN; MUHAMMAD FAHAD (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    Compared to all other metallic elements put together, iron is the one element that is employed in industries in greater numbers. This is due to the metal's numerous uses in the production of machinery, cars, kitchenware, ...
  • INTERRELATIONSHIP BETWEEN GEOTECHNICAL AND PETROGRAPHIC CHARACTERISTICS OF MISRI BANDA QUARTZITE, DISTRICT NOWSHERA, KP, PAKISTAN 
    MAZHAR JAMIL; MUHAMMAD MAGHAZ (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    The Misri Banda quartzite (Nowshera) in Pakistan's Khyber Pakhtunkhwa (KP) Peshawar Basin is where the samples were collected. Its petrographic and geotechnical characteristics were evaluated. The strength and frequency ...
  • DEPOSITIONAL SETTINGS OF SAMANA SUK FORMATION TOWNSHIP SECTION, ABBOTTABAD, PAKISTAN 
    YASIR ALI; MUHAMMAD SHERAZ (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    Understanding the Samana Suk Formation will help in understanding the Pakistani Jurassic carbonates, which is the goal of this study. The Samana Suk Formation revealed in this region is mostly made up of hard, compact, ...
  • SOIL STABILITY BY USING RICE HUSK ASH 
    MOWADDAT HUSSAIN; MUHAMMAD YASIR (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    Today, it is relatively typical for infrastructure development to take place on unstable ground. Because of this, building on unsuitable ground is inevitable, and preparing the ground for development is a difficult problem ...

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