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Integrating Process Safety Into The Unit Operations Laboratory
Author(s) -
Anton Pintar
Publication year - 2020
Publication title -
papers on engineering education repository (american society for engineering education)
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--7217
Subject(s) - laboratory safety , session (web analytics) , safety standards , chemical safety , process safety , engineering , unit (ring theory) , presentation (obstetrics) , process safety management , process (computing) , safety engineering , occupational safety and health , computer science , computer security , operations management , work in process , medicine , psychology , reliability engineering , world wide web , operating system , mathematics education , nuclear medicine , biochemical engineering , radiology , pathology
Chemical process safety has been an integral part of the unit operations laboratory course at Michigan Technological University since 1982. The students are directly involved with the safety program, which is called “PAWS” for “Prevent Accidents With Safety”. The main goals of PAWS are to take a positive approach to safety and to make the students responsible for their own safety and for the safety of those around them. One student group serves as the Safety Committee for each experimental cycle. The Safety Committee inspects the laboratory at the beginning and at the end of each operating day, monitors the safety of the laboratory, and conducts the Safety Meeting for that cycle. The Safety Meeting consists of a review of any unsafe acts or safety incidents that occurred, a report on the results of the safety inspections, a presentation on an assigned safety topic, showing of a relevant videotape, and class discussion. The laboratory is an ideal setting for exposing the student to industrial safety practices. All the OSHA regulations (PSM, Management of Change, Lock Out, and the Right-to-Know Laws) are fully implemented in the laboratory. The laboratory is operated as though it were an industrial pilot plant. The students encounter inerting procedures, bonding and grounding, NEC classified areas, safety interlocks, and safety overrides when running the Process Simulation and Control Center (PSCC) experiments. The students should be well prepared to deal with the types of safety situations that they will encounter in the chemical process industry.

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