Company: Saudi Aramco (ASC)
Skills: Corrosion Engineering
Experience: 10 + Years
Education: Bachelors/3-5 yr Degree
Employment Type: Full Time Salaried Employee
Location: Saudi Arabia
In order to apply for this position, applicants MUST meet the following criteria. If your resume
does not match these criteria, you will not be able to apply for this position.
Req Number: 16802BR
We are looking for a Corrosion Engineer to join Khursaniyah Gas Plant Dept (KGPD) under Gas Operations Admin Area.
Khursaniyah Gas Plant (KGP) current processing capacity is 0.94 billion standard cubic feet per day (BSCFD) of associated gas. The plant products are NGL, Sales Gas and Liquid sulfur.
You will implement, support and continually improve KGP inspection corrosion management programs and provide consolatory advice in materials ensuring cost effective material selection and corrosion mitigation strategies which will ensure mechanical integrity of the materials applied on all KGP assets including equipment and piping through their life cycle.
As a successful candidate you should hold a Bachelor's degree in engineering, preferably in mechanical, or any related major.
You must have a minimum of 10 years' experience in the oil/gas field, or similar process industry.
You must have a strong knowledge of engineering practices and economic principles, calculation methods, design details, and international standards and codes ASTM especially inspection and corrosion standards.
You must have an ability to develop strategies and KPIs to improve the corrosion area at the facility
You must have experience and knowledge in material science and metrology.
You must has knowledge at different NDT technology and their applications.
You must have knowledge in engineering aspect of welding.
You must have NACE senior corrosion technologist certification from the National Association of Corrosion engineers (NACE).
You must have API 570, API 510, API 653, API 571 , API 580 , and API 579 certifications.
Duties & Responsibilities:
You are expected to perform the following:
Specify corrosion mitigation strategies for the organization.
Demonstrate an ability to interface with metallurgists and process engineers in performing analyses of failures caused by corrosion.
Understand the limitations of each corrosion model.
Actively participate in technology item and deploy latest technology in the field.
Conduct assessments and benchmarking of upstream facilities.
Develop KPI's for monitoring key corrosive such as H2S, CO2,rganic acids, sulfur, Cl-, pH.
Conduct frequent review, analysis and troubleshooting for the IOW system.
Develop IOWs for operating facilities or new constructions.
Transfer of the corrosion strategy to the discipline responsible of CP and coating design.
Determine corrosion sectors from process flow diagrams.
Estimate corrosion rates for each piping and equipment corrosion circuit based on API-570 requirements.
Saudi Aramco's Exploration & Producing (E&P) business line oversees the world's largest reserves of conventional crude oil, and the fourth-largest reserves of natural gas. The Company's reserves portfolio include Ghawar, the world's largest onshore oil field, and Safaniya, the largest offshore field. Company geologists are actively seeking additional reserves in many areas of the Kingdom, offshore in the Gulf and the Red Sea and onshore in the deserts and mountains. Petroleum engineers and earth scientists in E&P work with cutting-edge technology to manage and produce these reserves, including 3D visualization, reservoir simulation and remote geosteering of multilateral wells. The Company's Exploration and Petroleum Engineering Center, or EXPEC, is home to one of the industry's most powerful computer centers. Research and development into subsurface upstream technology is conducted at the EXPEC Advanced Research Center. For more than two decades in a row, Saudi Aramco has been ranked the No. 1 oil company in the world by Petroleum Intelligence Weekly, a testament to the dedication and professionalism of the men and women of Exploration & Producing.