Francisco Servigna Rangel Email & Phone Number

Sultanate Of Oman

During the Site Execution Phase, my role involves coordinating the completion of pre-commissioning verification tasks by the Construction contractor, ensuring compliance with all disciplines. I also oversee the execution of dynamic commissioning activities, ensuring adherence to PDO's health, safety, environmental, and quality policies, as well as project-specific HSE and Quality plans.To facilitate a smooth process, I establish effective interfaces with PDO, sub-contractors, and relevant stakeholders. I actively participate in the risk review process, contributing to the identification and mitigation of potential risks.One of my key responsibilities is defining the limits of systems and sub-systems. I possess a deep understanding of the commissioning procedures for third-party supplied equipment and ensure their proper application.Furthermore, I identify opportunities to maximize onshore commissioning requirements and develop logical sequences for completing these activities. This includes providing valuable input to the development of the Completions Manual and Completions Strategy Documents.As part of my role, I identify the temporary plant and equipment necessary for commissioning the facility systems. I liaise with the procurement department and suppliers to ensure their availability and proper integration into the commissioning process.Additionally, I collaborate with the team to review the Factory Acceptance Test (FAT) requirements for new plant and equipment, ensuring compliance and optimal functionality.Overall, my role during the Site Execution Phase encompasses coordination, compliance, risk management, documentation, and equipment assessment. By fulfilling these responsibilities, I contribute to the successful commissioning of the facility while upholding the highest standards of safety, quality, and efficiency.

Venezuela

As an experienced Process Engineer with a strong background in onshore/offshore production facilities, my responsibilities encompass a wide range of tasks. These include monitoring and troubleshooting gas/oil processes, evaluating production forecasts, and proposing upgrades to handle future production profiles. I also execute conceptual engineering and FEED projects for facility enhancements, providing recommendations for system optimization.I have extensive experience in monitoring and troubleshooting separators, pumps, compressors, and gas sweetening units, ensuring their optimal performance and identifying areas for improvement.As part of my responsibilities, I conduct teardown evaluations of process units to assess their condition and identify any necessary maintenance or upgrades. I utilize various simulation software, including Hysys, Pipephase, Aspen, ProII, and Pipesim, for piping process equipment evaluations and nodal analysis.I am responsible for monitoring and optimizing gas/oil processes, including separation, sweetening, transportation, and dehydration units. This involves evaluating production forecasts, proposing upgrades, and executing conceptual engineering and FEED projects for facility enhancements. I also provide support for basic and detailed engineering projects, particularly in areas such as LNG, sour gas, and sour oil. I review and optimize control and process philosophies and actively participate in HAZOP, RBI reviews.Furthermore, I provide technical support for oil, sour oil, gas, and sour gas facilities, including the main process station and gas capacity. I review pipeline designs for oil, gas, and water, ensuring their compliance with industry standards. Additionally, I contribute to the development of Process Flow Diagrams (PFD) and review Piping and Instrumentation Diagrams (P&ID) to ensure accuracy and adherence to project requirements.

Venezuela

As a Corrosion Engineer, my role goes beyond designing chemical treatments and specifying protective measures. I actively engage in various aspects of corrosion management to ensure the integrity and longevity of industrial facilities.In addition to designing chemical treatments for water, gas, and oil, I conduct thorough corrosion risk assessments. This involves evaluating the corrosive potential of different environments, analyzing fluid characteristics, and assessing material compatibility. Based on these assessments.I am experienced in selecting and specifying coatings, linings, and cathodic protection systems to effectively combat both internal and external corrosion. Furthermore, I am proficient in conducting failure analysis using root cause analysis techniques. When corrosion-related failures occur, I investigate the underlying causes, identify contributing factors, and develop recommendations to prevent future occurrences. This involves examining corrosion mechanisms, analyzing failure modes, and implementing corrective actions to enhance asset integrity.As part of my corrosion management responsibilities, I establish and maintain corrosion monitoring programs. This involves implementing inspection strategies, utilizing advanced techniques such as corrosion mapping and non-destructive testing, and monitoring corrosion rates over time. By closely monitoring corrosion performance, I can identify potential issues at an early stage and initiate timely interventions to mitigate further damage.Additionally, I collaborate closely with multidisciplinary teams, including engineers, technicians, and maintenance personnel, to ensure the successful implementation of corrosion control measures. I provide technical guidance and support, conduct training sessions on corrosion prevention, and promote a culture of awareness and responsibility towards corrosion management.

Master Of Business Administration - Mba, Project Management

Project management brings a unique focus shaped by the goals, resources and schedule of each project. The value of that focus is proved.

Master Of Science - Ms, Mechanical Engineer, Computational Thermal Science

Development and analysis of programs and algorithms for Computational Fluid Dynamics (CFD), Flow in porous media, Energy optimization.

Bachelor Of Science - Bs, Chemical Engineering

Process Engineering. The undergraduate thesis ("Effect of formulation on the rheological behavior of concentrated O/W emulsions") is.