Process Engineer Jobs in Moses Lake, WA (NOW HIRING)

You are a highly analytical and experienced Process Engineer with a strong background in chemical plant operations including rotating equipment. You are adept at using data and process simulation to monitor, optimize and support complex chemical processes. You possess exceptional troubleshooting skills to maintain continuous, safe, and efficient production, and you are comfortable leading technical projects in a dynamic, high-growth manufacturing setting.

The Process Engineer is accountable for:

• Process Design & Optimization: Design new chemical processes and continuously optimize existing unit operations to enhance efficiency, safety, product quality, and material yield.
• Rotating Equipment & System Reliability: Provide process engineering expertise for rotating equipment (e.g., pumps, compressors, etc.). Monitor performance, troubleshoot failures, and collaborate with Maintenance/Reliability teams to implement upgrades and preventative maintenance strategies that maximize uptime.
• Process Monitoring & Data Analysis: Oversee ongoing operations, collecting and analyzing high-volume process data (e.g., Seeq) to identify trends, diagnose potential issues, and implement data-driven corrective and preventative actions.
• Troubleshooting & Problem-Solving: Lead the investigation and resolution of complex operational problems, process deviations, and equipment malfunctions to ensure continuous, uninterrupted production targets are met.
• Safety & Compliance: Conduct thorough Process Hazard Analyses (PHAs) and ensure all processes and equipment strictly adhere to Sila's safety standards and environmental regulations.
• Project Management & Implementation: Lead and manage engineering projects focused on process improvement or new technology implementation. Coordinate effectively with cross-functional teams, contractors, and vendors to ensure projects are delivered safely, on schedule, and within budget.
• Equipment & Automation: Collaborate with Engineering and Automation teams on the design, configuration, and implementation of new process control systems (DCS, PLC) and equipment to advance process automation and data acquisition capabilities.

Success in this role will be measured by the following critical indicators:

• Material Yield: Achievement of established targets for material conversion efficiency and overall product yield.
• Process Uptime / OEE (Overall Equipment Effectiveness): Reduction in unplanned process downtime and improvement in OEE for assigned unit operations and critical equipment.
• First Pass Quality (FPQ): Reduction in material rework or scrap rates due to process variability or defects.
• Energy and Utility Consumption: Identification and realization of measurable savings in specific unit operation energy or utility usage.
• Project Delivery: On-time and on-budget execution of process improvement and equipment implementation projects.
• Safety Incidents: Maintaining a zero recordable incident rate related to process or equipment changes/operations.

• Technical Skills: Strong foundational understanding of chemical engineering principles, unit operations (e.g., reactors, heat exchangers, material handling), and expertise in chemical plant equipment, particularly rotating equipment.
• Industry Experience: Demonstrated experience in a chemical plant or high-volume manufacturing environment, working directly with process equipment and control systems.
• Software Proficiency: Proficiency in Google and Microsoft applications, along with experience using process control systems (DCS, PLC) and data analysis tools.
• Analytical & Problem-Solving: Excellent analytical, critical thinking, and data analysis skills to interpret complex data, conduct process capability studies, and make informed, timely decisions.
• Communication & Collaboration: Strong verbal and written communication skills for reporting findings, writing procedures, and effectively collaborating with operations, maintenance, and engineering teams.
• Project Management: Proven ability to plan, prioritize, manage resources, and execute technical projects to completion.