PE-licensed engineering support for HVAC systems, energy & sustainability projects, and process/utilities engineering — based in Hamilton, Montana.
Get in TouchHVAC design support, system troubleshooting, equipment specification, and mechanical engineering for commercial and industrial facilities.
Energy reduction studies, building energy modeling, GHG and water reduction initiatives, and renewable energy project support (solar commissioning, ITPM programs).
Engineering support for steam, chilled water, boilers, compressed air, and other critical utility systems, including reliability and preventative maintenance programs.
Project and client leadership for multidisciplinary facility upgrades, proposal development, and capital project management from concept through commissioning.
Mike Sutton is a Professional Engineer (Montana, License #PEL-PE-LIC-71998) with nearly two decades of experience across mechanical, energy, and process engineering. His work spans Senior Mechanical Engineer roles at HDR Engineering, Senior Utilities and Pressurized Systems Engineering at GlaxoSmithKline's Hamilton, MT vaccine manufacturing site, Midstream Engineer at Anadarko Petroleum's gas plants and compressor stations in Colorado and Texas, Electrical Foreman for Anadarko Petroleum in Gillette, WY.
He holds a Master of Science in Environmental Engineering and a Bachelor of Science in Mechanical Engineering, both from Montana State University, and has led major energy reduction projects, system optimization, solar implementation, high voltage electrical systems, HVAC, and process safety initiatives throughout his career.
His compression optimization work was featured in The American Oil and Gas Reporter: "Compression Optimization Improves Performance of Gathering Systems."
Pairing Claude Code, Anthropic's AI coding agent, with DWSIM process simulation software to model, test, and optimize mechanical and process systems faster than traditional manual workflows allow.
Using Claude Code to build and iterate on process flowsheets, automate repetitive modeling tasks, and rapidly compare design alternatives that would otherwise take days of manual setup.
Flowsheet modeling of refrigeration cycles, chilled water and utility systems, and other process equipment to verify performance, size components, and de-risk designs before capital is committed.
Side-by-side comparison of operating conditions, equipment selection, and working fluids to identify the most efficient and cost-effective option — for example, evaluating ammonia versus propane refrigeration cycles on compressor work, condenser/evaporator duty, and discharge temperature before recommending a system.
Have a project in mind? Reach out directly.