Process Lead, Power & Gas

Overview

Lead process engineering for gas turbine power generation and utility systems in an industrial project.

Key Responsibilities

• scope management
• design review
• p&id development
• utility systems
• commissioning support
• client interface

Tasks

-Manage technical scope, schedule, and cost for process engineering deliverables. -Collaborate with cross-functional engineering teams and interface with clients, vendors, and construction teams for technical alignment and project execution. -Conduct risk assessments, safety/environmental reviews, and support permitting documentation. -Ensure designs meet industry codes and standards (ASME, API, NFPA, ISO, IEC, EPA, OSHA). -Lead design reviews and client presentations. -Support commissioning, startup, and troubleshooting of power generation and utility systems. -Oversee and specify process utility systems including steam, water, fuel gas, nitrogen, plant air, and chemical dosing. -Develop and review PFDs, P&IDs, equipment datasheets, and control philosophies for power generation and utility systems. -Mentor junior engineers and drive continuous improvement initiatives. -Lead process engineering tasks for gas turbine power generation and/or balance of plant systems from conceptual design through startup and turnover.

Requirements

• aspen hysys
• pe license
• 15 years
• power generation
• leadership
• utility systems

What You Bring

-Leadership potential to transition into a group supervisor role. -Proficiency in process simulation tools (Aspen HYSYS, Thermoflex, AFT Fathom) and engineering design software. -Experience with large-scale industrial projects, including greenfield developments and retrofit designs. -Demonstrated leadership in large EPC projects and multidisciplinary team coordination. -Minimum 15 years of relevant experience in industrial process engineering, with a focus on power generation or large-scale utility systems. -Ability to manage scope, schedule, and cost for process engineering deliverables. -Professional certifications (e.g., PE License, Six Sigma, PMP) are a plus. -Deep knowledge of gas turbine thermodynamics, combustion systems, HRSG integration, and grid interconnection. -Bachelor’s degree (or international equivalent) in Chemical, Mechanical, or Process Engineering. -Comprehensive understanding of chemical safety, HAZOP, risk assessments, hazardous material handling, and environmental permitting/compliance. -Strong communication skills for technical presentations and stakeholder engagement. -Strong grasp of process engineering principles and practices relevant to power generation and utility systems. -Expertise in utility systems: steam, condensate, cooling water, potable water, demineralized water, fuel gas, nitrogen, plant/instrument air, chemical dosing, and wastewater.

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Benefits

-Relocation Authorized: National - Family

About Bechtel

-Operates across multiple sectors, including infrastructure, nuclear, security and environmental, oil, gas, chemicals, mining, and metals, as well as manufacturing, battery production and technology. -Significant presence in North America, the Middle East, Asia, and Australia.

Sector Specialisms