Process Engineer II

ICM Inc; Colwich (KS); Sur place; USD 90 000 - 120 000; Plein temps

Résumé du poste

ICM Inc. is seeking a Process Engineer to help design, optimize, and scale corn‑based ethanol technologies across biorefineries. You will work on troubleshooting at operating plants and develop cost‑effective solutions, including design packages with equipment specs and P&ID updates.

You will lead and support projects from planning through completion, with 20% travel to sites as needed. A strong background in chemical engineering and process optimization is required to drive decarbonization and

Qualifications

• Bachelor's degree in Chemical Engineering or related technical discipline.
• 3–5+ years in process engineering (biofuels/ethanol preferred) with PFD/P&ID development and plant optimization.
• Proficiency with MS Office; familiarity with AutoCAD and common process simulation packages (Aspen/ChemCAD).
• Meticulous attention to detail and clear written and verbal communication; ability to work independently after training.
• Culture aligned with Collaboration, Humility, Ownership, Innovation, Stewardship.

Responsabilités

• Develop understanding of ICM processes and issue information to customers.
• Research to develop improved ethanol manufacturing processes including PFD/P&ID and equipment specs.
• Develop material and energy balances for new processes with some input from senior engineers.
• Assist in designing, planning layouts, and supporting customers in constructing and improving equipment for ethanol processing.
• Analyze procedures and equipment to reduce processing time and cost.
• Design processes for movement and storage of solids, liquids, gases.
• Plan measurement and control systems for ethanol plants based on data from labs, pilots, and industrial ops.
• Determine optimal unit operation arrangements balancing process needs, economy, safety, and operator effectiveness.
• Lead operations teams handling condensers, evaporators, pumps, columns, heat exchangers, etc., to achieve required changes.
• Perform tests and measurements across production stages to assess control of variables like temperature, density, and pressure.
• Apply chemical engineering principles to solve environmental problems.

Formation

Bachelor's degree in Chemical Engineering

Outils

AutoCAD

Aspen/ChemCAD

Description du poste

Make renewable energy better—every day. Join a mission‑driven engineering team that designs, improves, and scales corn‑based ethanol technologies that sustain agriculture, advance renewable energy, and expand global protein supply. Our technologies operate across a broad footprint of biorefineries, and our culture champions Collaboration, Humility, Ownership, Innovation, and Stewardship.

Design choices matter. In this role you’ll help cut energy intensity, improve yields, and reduce waste streams across biorefineries—moving the needle on decarbonization while sustaining agricultural economies. Our mission centers renewable fuels and responsible innovation; your engineering rigor turns that mission into measurable plant‑level outcomes. You will assist with troubleshooting issues at operating plants and develop solutions that are timely and cost effective. Provide solutions that may include design packages with equipment specifications and P&ID updates to reflect changes. Assist in managing projects to completion including tracking the project time.

ESSENTIAL FUNCTIONS:

1. 1. Develop a basic understanding of ICM processes such as issuing information to customers.
2. 2. Conduct research to develop new and improved ethanol manufacturing processes, including P&ID and equipment specification development.
3. 3. Develop material and energy balances for new and developing processes with some input from senior engineers.
4. 4. Design, plan layout, and assist customer engaged in constructing, controlling, and improving equipment to carry out ethanol processes on industrial scale.
5. 5. Analyze operating procedures and equipment and machinery function to reduce processing time and cost.
6. 6. Design processes to control movement and storage of solids, liquids, and gases.
7. 7. Design and plan measurement and control systems for ethanol plants based on data collected in laboratory experiments, pilot plant operations, and industrial scale operations.
8. 8. Determine most effective arrangement of unit operations exercising judgment to compromise between process requirements, economic evaluation, operator effectiveness, and physical and health hazards.
9. 9. Lead activities of workers who operate and control such equipment as condensers, evaporators, pumps, columns, heat exchangers, valves, tanks, boilers, compressors, pipelines, and centrifuges to affect required chemical or physical change.
10. 10. Perform tests and take measurements throughout stages of production to determine degree of control over variables such as temperature, density, specific gravity, and pressure.
11. 11. Apply principles of chemical engineering to solve environmental problems.

QUALIFICATIONS:

Education: Bachelor’s in Chemical Engineering or a related technical discipline.

Experience: 3–5+ years in process engineering (biofuels/ethanol preferred), with PFD/P&ID development, equipment specification, and plant optimization work.

Tools & tech: Proficiency with MS Office; familiarity with AutoCAD and common process simulation packages (e.g., Aspen/ChemCAD).

Core skills: Meticulous attention to detail, clear written and verbal communication, and the confidence to work independently after an initial training period.

Values alignment: You thrive in a culture built on Collaboration, Humility, Ownership, Innovation, and Stewardship—and you show it in how you plan, design, review, and support projects.

WHY YOU WILL LOVE IT HERE:

Real‑world impact: Your designs support facilities that produce a significant share of global ethanol—work that tangibly advances renewable energy.

Growth & variety: From greenfield design to complex retrofits and plant optimizations, you’ll see the full lifecycle of process engineering.

Purpose‑built teams: You’ll join a high‑trust environment where engineers learn from each other, visit plants, and ship designs that operators appreciate.

Frequent site visits required, 20% travel required or as needed. Must possess current, valid driver’s license with no restrictions.