Baş güc sistemləri mühəndisi (hava ayırma qurğuları)

Including but not limited to:Technical Leadership and Discipline ManagementDisciplinary Authority: Act as a lead technical expert in cryogenic air separation units (ASU) and associated systems, including air compression, purification, cryogenic distillation, and product storage and distribution. Team Management: Lead, mentor, and manage a team of process and plant engineers involved in the design, operation, and optimization of ASU facilities. Define scope of work, allocate resources, and ensure timely and high-quality deliverables. Interdisciplinary Coordination: Coordinate closely with mechanical, electrical, instrumentation, and civil disciplines to ensure full alignment with ASU process requirements. Interface with licensors, equipment vendors, and utility providers. Design, Codes, and AnalysisSystems Design: Provide technical leadership in the integrated design of cryogenic air separation plants, including all core and auxiliary systems (air compression, molecular sieve purification, cold box, distillation columns, turboexpanders, liquid storage). Process Studies and Analysis (Mandatory): Demonstrate strong expertise in process simulation and performance analysis of ASU systems,including: material and heat balance calculations; cryogenic distillation modeling and optimization; energy efficiency analysis and process optimization; start-up, shutdown, and turndown case evaluations; hydraulic calculations and equipment sizing. Process Safety and Reliability:Lead and participate in HAZOP, SIL, and other safety studies. Ensure safe design and operation of cryogenic systems, including oxygen handling and risk mitigation. Equipment Specification: Lead the specification, technical evaluation, and selection of key ASU equipment (compressors, heat exchangers, distillation columns, turboexpanders, pumps), ensuring compliance with process requirements and operational reliability. Code Compliance: Ensure all designs and specifications comply with applicable international standards (ISO, API, ASME) and local Azerbaijani regulations.Project Execution and SupportDeliverables Control: Ensure timely preparation, review, and approval of all process engineering deliverables, including PFDs, P&IDs, process calculations, equipment datasheets, cause & effect diagrams, and operating manuals. Construction & Commissioning Support: Provide expert technical support during construction and commissioning phases. Lead and coordinate pre-commissioning, commissioning, start-up, and performance testing of ASU systems. Project Environment: Work effectively within a multidisciplinary and international project environment, coordinating with licensors, EPC contractors, and global stakeholders.Technical LeadershipLead troubleshooting and root cause analysis for process upsets, equipment failures, and product quality deviations.Provide technical guidance and support to operations, maintenance, and process optimization teams.

Əsas vəzifələr

• Technical Leadership and Discipline Management
• Disciplinary Authority: Act as a lead technical expert in cryogenic air separation units (ASU) and associated systems, including air compression, purification, cryogenic distillation, and product storage and distribution.
• Team Management: Lead, mentor, and manage a team of process and plant engineers involved in the design, operation, and optimization of ASU facilities. Define scope of work, allocate resources, and ensure timely and high-quality deliverables.
• Interdisciplinary Coordination: Coordinate closely with mechanical, electrical, instrumentation, and civil disciplines to ensure full alignment with ASU process requirements. Interface with licensors, equipment vendors, and utility providers.
• Systems Design: Provide technical leadership in the integrated design of cryogenic air separation plants, including all core and auxiliary systems (air compression, molecular sieve purification, cold box, distillation columns, turboexpanders, liquid storage).
• Process Studies and Analysis (Mandatory): Demonstrate strong expertise in process simulation and performance analysis of ASU systems,
• material and heat balance calculations;
• cryogenic distillation modeling and optimization;
• energy efficiency analysis and process optimization;
• start-up, shutdown, and turndown case evaluations;
• hydraulic calculations and equipment sizing.
• Lead and participate in HAZOP, SIL, and other safety studies. Ensure safe design and operation of cryogenic systems, including oxygen handling and risk mitigation.
• Equipment Specification: Lead the specification, technical evaluation, and selection of key ASU equipment (compressors, heat exchangers, distillation columns, turboexpanders, pumps), ensuring compliance with process requirements and operational reliability.
• Code Compliance: Ensure all designs and specifications comply with applicable international standards (ISO, API, ASME) and local Azerbaijani regulations.
• Deliverables Control: Ensure timely preparation, review, and approval of all process engineering deliverables, including PFDs, P&IDs, process calculations, equipment datasheets, cause & effect diagrams, and operating manuals.
• Construction & Commissioning Support: Provide expert technical support during construction and commissioning phases. Lead and coordinate pre-commissioning, commissioning, start-up, and performance testing of ASU systems.
• Project Environment: Work effectively within a multidisciplinary and international project environment, coordinating with licensors, EPC contractors, and global stakeholders.
• Lead troubleshooting and root cause analysis for process upsets, equipment failures, and product quality deviations.
• Provide technical guidance and support to operations, maintenance, and process optimization teams.

Tələblər

• Bachelor’s or Master’s degree in Chemical Engineering, Process Engineering, or a related discipline.
• Minimum of 7–14 years of relevant experience in design, operation, or engineering of cryogenic air separation units.
• Proven experience with ASU project execution (EPC/EPCM environment preferred).
• Experience in industrial gas, petrochemical, or metallurgical industries (including integration with DRI/HBI plants) is highly desirable.
• Demonstrated experience in leading engineering teams or discipline functions.
• Strong proficiency in process simulation tools (e.g., Aspen HYSYS, Aspen Plus, or equivalent).
• Deep understanding of cryogenic processes, air separation technologies, and industrial gas production.
• Experience in equipment sizing, process optimization, and plant performance monitoring.
• Familiarity with control philosophies and instrumentation for ASU systems.
• Computer Skills: MS Office, Process simulation and engineering software
• Proficiency in English is mandatory; knowledge of Chinese (Mandarin), Azerbaijani or Russian is a definite asset.
• Strong leadership and project management skills
• Excellent analytical and problem-solving abilities, especially in operational troubleshooting
• Effective communication skills for coordination with multidisciplinary and international teams