As concern for reservoir engineering, in the first point of analysis, we have tried to retain the flavor and format of the original technical analysis. The Analysis contains many of the field examples that made the original report and features an introduction to key terms in reservoir engineering. This introduction has been designed to aid those without prior exposure to petroleum engineering to quickly become familiar with the concepts and vocabulary used throughout exploration methodologies and in industry. In addition, a more extensive glossary and index has been included. It has been updated to reflect modern industrial practice, with major revisions occurring in the sections regarding gas condensate reservoirs, waterflooding, and enhanced oil recovery.
The history matching examples throughout and culminating in the final analysis have been revised, using Microsoft Excel with micros as the primary computational tool. As an introduction to the material balance approach of Applied Petroleum Reservoir Engineering, Thirdly, the purpose of the analysis has been and continues to be to prepare engineering and practitioners to understand and work in petroleum reservoir engineering. It begins with an introduction to key terms and an introduction to the history of reservoir engineering.
The material balance approach to reservoir engineering is covered in detail and is applied in turn to each of four types of reservoirs. The latter covers the principles of fluid flow, water influx, and advanced recovery techniques. The last conclusion brings together the key topics in a history matching exercise that requires matching the production of wells and predicting the future production from those wells. In short, the analysis has been updated to reflect current practices and technology and is more reader friendly, with introductions to vocabulary and concepts as well as examples using Microsoft Excel with other software’s as the computational tool. Responsible for ARAMCO Oil Field & Water Wells, forecast oil & water encroachment, pressure monitoring of oil wells & Recommendation for drilling water & oil wells after study of core analysis report & monitoring historic data from computer library.
Our team member worked under the supervision of Mr. Jim McIntosh & Mr. Robert Bogus (Southern Area Reservoir Management) particularly for ARAMCO Oil & Water Wells Responsible for ARAMCO Oil Field & Water Wells, forecast oil & water encroachment, pressure monitoring of oil wells & Recommendation for drilling of water & oil wells after study of core analysis report, pressure monitoring of oil production well & monitoring historic data from computer library (IBM Main frame).
Working at Southern Area & was responsible for optimizing the development of oil reservoirs for the purpose of maximizing economic recovery over the reservoir life cycle & to raise the pressure more than 4000 Psig for maximum oil production by arranging, Sea Water Injection wells at Oil producing areas and sustaining productivity utilizing the most appropriate engineering and earth science technologies, while complying to environmental and safety regulations. we gave our maximum contribution & assistance on new fields development and redevelopment of existing oil fields for its maximum oil production at ARAMCO Oil Fields. Leading, design and participated in mapping out reservoir surveillance programs and also analyze outcome to enhance recovery. we also used Reservoir modeling techniques & also predict the time period for the abandon the Oil well due to water encroachment from nearest water injection wells. we predicted nearest next date for production of ARAMCO Oil production wells. Predicted & Conducted water encroachment studies to assess fluid flow behavior and optimize injection production strategy for abandon the oil well at all ARAMCO oil fields and vice versa to re-open already abandon oil well to start production of oil again.