Robert A. Sadowski, P.E.

Consulting Engineer II

 

Years of Experience: 37

Education and Licenses:

  • Bachelor of Science, Chemical Engineering, Cleveland State University, Cleveland
  • Registered Professional Engineer, State of Ohio

Areas of Specialization:

  • Pressure Relief Analysis and PRD Sizing
  • Flare System Sizing Reviews
  • Heat Exchanger Tube Rupture and Pressure Transient Analysis
  • Process Hazard Analysis and Remediation
  • Storage Tank Design and Vent Sizing
  • Troubleshooting Plant Heat Exchange and Hydraulic Systems
  • Heat and Material Balances and P&ID Development
  • Process Equipment Specification and Design
  • Hydraulic Analysis of Piping Systems
  • Runaway Reaction Vent Sizing
  • Two-phase and Viscous Flow

Overview:

Mr. Sadowski is responsible for pressure relief device system studies in refinery, chemical plant, and pipeline transportation operations.  He provides quality assurance/quality control oversight for major refinery relief system documentation projects.  He is also involved in heat exchanger vibration and pressure transient analyses as they relate to the tube rupture relieving scenario.  In addition, Mr. Sadowski is an instructor for the API University Pressure Relieving Systems classroom course.

 

Mr. Sadowski is proficient in all types of specialty and petrochemical plant processes and utility systems and has expertise in process hazard analysis and relief and vent systems design, including runaway reaction scenarios and process safety management.  These areas require an extensive knowledge of ASME codes, API standards, pressure vessels, piping, relief devices, and storage tank codes.  He also provides engineering analysis for flare system capacity studies.

 

Mr. Sadowski has experience as a lead process engineer for plants producing petrochemicals, specialty chemicals, and food and beverages where his responsibilities included leading the design and development of process systems, associated control instrumentation, process calculations, heat and material balances, process flow sheets, piping and instrumentation diagrams (P&IDs), equipment specifications, and operating procedures.