xAI
Power Plant Commissioning Lead
The Power Plant Commissioning Lead will oversee the commissioning and startup of a behind-the-meter simple cycle power generation facility featuring aeroderivative gas turbines (LM6000-class) and an integrated Reverse Osmosis/Electrodeionization (RO/EDI) water treatment system. This role emphasizes fast-track execution typical of aeroderivative plants, ensuring safe, efficient testing, verification, and handover of all systemsincluding turbine packages, balance of plant (BOP), electrical systems, controls, and high-purity water production for NOx control or power augmentation. The successful candidate will lead a multidisciplinary team to deliver the plant on schedule, within budget, and in full compliance with safety, environmental, and performance standards. Responsibilities
Develop and execute commissioning plans: site-specific plans, procedures, schedules, and manuals tailored to aeroderivative gas turbine simple cycle configurations and RO/EDI water treatment systems. Lead pre-commissioning activities: including system inspections, flushing, drying, functional testing, energization, and vendor coordination for modular turbine packages. Supervise commissioning of aeroderivative gas turbine systems: first fire, synchronization, reliability runs, fast-start testing (typically 5-10 minute ramp), emissions tuning, and performance verification. Oversee commissioning of the RO/EDI water treatment plant: membrane testing, chemical cleaning, startup sequencing, conductivity/resistivity verification, and integration for demineralized water supply (e.g., power augmentation spray intercooling, NOx water injection, or auxiliary needs). Manage BOP systems commissioning: including fuel gas, lube oil, cooling air/water, inlet/evaporative cooling (if present), fire protection, and high-voltage electrical distribution. Coordinate with OEM representatives, subcontractors, and vendors: for specialized tasks such as borescope inspections, controls tuning, and modular package integration. Ensure rigorous adherence to HSE protocols: including LOTO, risk assessments, permit-to-work, and environmental compliance (e.g., emissions limits, wastewater handling). Interface with construction, operations, clients, and regulators: to resolve punch list items, track progress, and facilitate plant handover. Troubleshoot issues during testing/startup: ensuring systems meet design specs, contractual guarantees (power output, heat rate, ramp rates). Prepare commissioning reports: lessons learned, turnover documentation, and support operations training. Monitor schedule adherence: capitalizing on the rapid installation advantages of aeroderivative modular packages. Required Qualifications
Bachelor's degree in Mechanical, Electrical, or Chemical Engineering; professional certifications (e.g., PE) or OEM-specific training preferred. 8+ years of power plant commissioning experience, with at least 5 years in leadership roles on aeroderivative gas turbine projects. Proven hands-on experience commissioning LM6000-class (or equivalent aeroderivative) gas turbines in simple cycle applications. Specific knowledge of RO/EDI systems for power plant water treatment, including ultrapure water production and integration with turbine auxiliaries. Familiarity with fast-start capabilities, water/steam injection systems, modular packaging, and modern turbine control systems. Strong expertise in safety management, project scheduling (e.g., Primavera/MS Project), and relevant standards (ASME, IEEE, EPA emissions). Skills: Excellent leadership, communication, and problem-solving skills; experience managing teams in dynamic, high-pressure site environments. Willingness for extensive travel and prolonged on-site assignments (e.g., 6-12 months), including shift work during startup phases. Proficiency in English; additional languages advantageous for global projects. Preferred Qualifications
Experience with advanced aeroderivative configurations (e.g., higher output packages or hydrogen-capable systems). Knowledge of continuous emissions monitoring (NOx, CO). Background in water chemistry, membrane systems, and EDI polishing for high-resistivity water. Strong stakeholder management for resolving conflicts and ensuring contractual compliance.
The Power Plant Commissioning Lead will oversee the commissioning and startup of a behind-the-meter simple cycle power generation facility featuring aeroderivative gas turbines (LM6000-class) and an integrated Reverse Osmosis/Electrodeionization (RO/EDI) water treatment system. This role emphasizes fast-track execution typical of aeroderivative plants, ensuring safe, efficient testing, verification, and handover of all systemsincluding turbine packages, balance of plant (BOP), electrical systems, controls, and high-purity water production for NOx control or power augmentation. The successful candidate will lead a multidisciplinary team to deliver the plant on schedule, within budget, and in full compliance with safety, environmental, and performance standards. Responsibilities
Develop and execute commissioning plans: site-specific plans, procedures, schedules, and manuals tailored to aeroderivative gas turbine simple cycle configurations and RO/EDI water treatment systems. Lead pre-commissioning activities: including system inspections, flushing, drying, functional testing, energization, and vendor coordination for modular turbine packages. Supervise commissioning of aeroderivative gas turbine systems: first fire, synchronization, reliability runs, fast-start testing (typically 5-10 minute ramp), emissions tuning, and performance verification. Oversee commissioning of the RO/EDI water treatment plant: membrane testing, chemical cleaning, startup sequencing, conductivity/resistivity verification, and integration for demineralized water supply (e.g., power augmentation spray intercooling, NOx water injection, or auxiliary needs). Manage BOP systems commissioning: including fuel gas, lube oil, cooling air/water, inlet/evaporative cooling (if present), fire protection, and high-voltage electrical distribution. Coordinate with OEM representatives, subcontractors, and vendors: for specialized tasks such as borescope inspections, controls tuning, and modular package integration. Ensure rigorous adherence to HSE protocols: including LOTO, risk assessments, permit-to-work, and environmental compliance (e.g., emissions limits, wastewater handling). Interface with construction, operations, clients, and regulators: to resolve punch list items, track progress, and facilitate plant handover. Troubleshoot issues during testing/startup: ensuring systems meet design specs, contractual guarantees (power output, heat rate, ramp rates). Prepare commissioning reports: lessons learned, turnover documentation, and support operations training. Monitor schedule adherence: capitalizing on the rapid installation advantages of aeroderivative modular packages. Required Qualifications
Bachelor's degree in Mechanical, Electrical, or Chemical Engineering; professional certifications (e.g., PE) or OEM-specific training preferred. 8+ years of power plant commissioning experience, with at least 5 years in leadership roles on aeroderivative gas turbine projects. Proven hands-on experience commissioning LM6000-class (or equivalent aeroderivative) gas turbines in simple cycle applications. Specific knowledge of RO/EDI systems for power plant water treatment, including ultrapure water production and integration with turbine auxiliaries. Familiarity with fast-start capabilities, water/steam injection systems, modular packaging, and modern turbine control systems. Strong expertise in safety management, project scheduling (e.g., Primavera/MS Project), and relevant standards (ASME, IEEE, EPA emissions). Skills: Excellent leadership, communication, and problem-solving skills; experience managing teams in dynamic, high-pressure site environments. Willingness for extensive travel and prolonged on-site assignments (e.g., 6-12 months), including shift work during startup phases. Proficiency in English; additional languages advantageous for global projects. Preferred Qualifications
Experience with advanced aeroderivative configurations (e.g., higher output packages or hydrogen-capable systems). Knowledge of continuous emissions monitoring (NOx, CO). Background in water chemistry, membrane systems, and EDI polishing for high-resistivity water. Strong stakeholder management for resolving conflicts and ensuring contractual compliance.