A Sequential Approach for the Mitigation of Scale Deposition
This is my dissertation on a practical methodology implemented by a Petroleum Engineer for the sequential determination of quantity, quality and location of organic and inorganic scales deposited inside the completion assembly and on perforations. This process comprises of learning the type or nature of the scales which are basically solid deposits, the reasons for the formation of such deposits and the extent of the problem introduced by these mineral deposits. We find out that the majority of the mineral scales constitutes: barium sulfate, calcium carbonate, calcium sulfate, Anhydrite, halite etc. The practical methodology consists of tracking the formation of mineral scales on the completion assembly. The initial indication is a rapid and continuous decline of production; a more rigorous approach consists of performing a PBU on the well and analyzing the data through a pressure transient analysis software. Well modelling will aid in the quantitative determination of formation damage
About Me
Possessed diversified set of knowledge and experience in petroleum engineering during my education proven through exceptional academics and rich internship experience and a professional publication. I can assure you a high level of competency, dedication and professionalism in my work. My profile shows my most recent experiences. You will find my writing skills to be very detailed and obeying the laws of grammar. You can expect proficiency in a variety of areas: 1) Academic Writing 2) Report Writing 3) Technical writing 4) Office competency 5) Research 6) Mathematical skills
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