Located 20 km east of the Gulf line and approximately 12 km southwest of a major processing facility, this project supplies water from three sources: an existing facility, a new central processing facility, and an aquifer. The objective is water treatment and injection, processing 1,400MBCD to support production forecasts through 2035, maintaining field capability, and expanding water facilities for increased capacity through 2035.
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Job Purpose
Responsible for reviewing vendor technical evaluations and deviation lists from company standards for rotating equipment such as compressors, pumps, and gas turbines.
Key Responsibilities and Duties
Review equipment datasheets and supporting documentation.
Participate in technical clarification meetings with vendors.
Design and implement cost-effective equipment modifications to improve safety, reliability, and throughput.
Develop project specifications with multidisciplinary colleagues.
Develop, test, and evaluate theoretical designs.
Discuss and solve complex problems with manufacturing departments, sub-contractors, suppliers, and customers.
Manage projects using engineering principles and techniques.
Plan and design new production processes.
Produce specifications and outline designs.
Recommend modifications following prototype test results.
Use research, analytical, conceptual, and planning skills, especially mathematical modeling and computer-aided design.
Consider implications of cost, safety, and time constraints.
Monitor and commission plant and systems.
Requirements
Educational & Technical Requirements:
Bachelor's Degree in Engineering discipline
10-15 years of experience in oil and gas or petrochemical projects
Good working knowledge of relevant internal and international standards and procedures
Proficiency in English, both written and verbal
Advanced computer skills with MS-Office
With minimum 20 or more years of experience in:
Developing corrosion monitoring systems and experience in on-stream inspections (OSI) and In-line inspections (ILI)
Risk-based inspection (RBI) based on API-580 methodology
Developing coating plans, solutions for coating failures, and cathodic protection plans
Coating systems applications and limitations
Developing corrosion controls, corrosion loops, and damage mechanisms
Performing corrosion risk assessments, using various inhibition chemicals and evaluating their performance
Evaluating and drawing conclusions from Corrosion Monitoring System data
Troubleshooting corrosion issues using root cause failure analysis (RCFA)
Developing and updating Corrosion Control Documents (CCDs) across project lifecycles
Reviewing inspection program reports and recommending corrosion monitoring methods
Developing xkiyazw and implementing corrosion control and mitigation strategies for in-plant assets and pipelines
Conducting corrosion surveys to identify high-risk areas and recommending corrective actions
Developing dashboards including Integrity Operating Window (IOWs) and KPIs
Managing changes related to metallurgy and corrosion management
Participating in technical bid evaluations and post-purchase manufacturer document reviews
Reviewing detailed design vendor packages for new and existing facilities regarding metallurgy and corrosion management
Familiarity and experience with various industry standards, practices, and procedures
NACE Specialist Certification, NACE Corrosion Technologist, API-571, NACE CP level II preferred
In-depth knowledge of API-571, API-579, API-580, API-570, and API-510
Active membership in professional societies such as IMechE, ASME, API, ISO, NACE, TWI is highly desirable
📌 Materials Engineer (Milano)
🏢 Altro
📍 Milano