Process Technology Program (PTEC)
The Process Technology program prepares participants for careers as operators at chemical plants, refineries, power plants and wastewater treatment facilities. The program consists of nine modules that led to a Certificate of Professional Development.Click here to view Learning Outcomes for this course.
At least 18 years old, high school diploma or equivalent, 10th grade math and 11th grade reading recommended, physical exam clearance.
Course Hrs: 540
(36 semester hr equivalent)
2014 COURSE SCHEDULE
Applied Mathematics is a comprehensive study of mathematical skills used in a variety of technical occupations. Participants gain a strong mathematical foundation in the principles and applications of decimals, fractions, percentages, ratio/ proportion, order of operations, geometry, elements of algebra, and statistics. Performing basic computations and solving relevant, multi-step mathematical problems using industry relevant examples and technology.
SAFETY, HEALTH AND ENVIRONMENT
The Safety Health and Environment course teaches personal protective equipment, hazardous materials, electrical and arc-flash safety as well as a comprehensive review of current state and federal regulations. Course topics are reinforced through scenarios performed at the campus as well as industrial sites.
APPLIED GENERAL CHEMISTRY
Applied General Chemistry addresses specific applications of general chemistry. Participants learn chemical theories including atomic and molecular structure, nomenclature, chemical reactivity, gas laws, acids and bases, and solutions. Labs emphasize industry-related laboratory skills and competencies including laboratory safety and report writing.
PROCESS INSTRUMENTATION I
Process instrumentation is a study of the instruments and instrument systems used in a variety of processing industries, including instrumentation unique to alternative energy production and processing. Participants learn instrument terminology, primary variables, symbology, and control loops, as well as temperature, pressure and flow formulas.
PRINCIPLES OF QUALITY
The Principles of Quality is a study of the background and application of quality concepts for the process industry. Participants learn and apply practices in process sampling and analysis of variance for process products and instruments.
The process equipment course introduces tools and equipment common to the process industries. Participants study the theory and operation of heat exchangers, compressors, valves, pumps and other equipment This course includes alternative energy process equipment such as, wind turbines, environmental monitoring systems, hydrogen fuel cell, bioethanol, and biodiesel equipment.
Process Systems introduces participants to a variety of common operational systems typically found in the industry and their related scientific principles. Systems include: distillation, extraction, demineralization, reactors, power generation, and waste treatment as well as photovoltaic, environmental monitoring, fuel cells, Liquefied Natural Gas (LNG), and bio-fuel production.
Process Operations combines multiple systems into operational processes. Participants operate actual and simulated distillation, extraction, demineralization, reactors, power generation, waste treatment, ethanol, biodiesel, and LNG processes.
Troubleshooting for the Process Industry
Troubleshooting instruction in the different types of troubleshooting techniques, procedures, and methods used to solve process problems. Topics include application of data collection and analysis, cause-effect relationships and reasoning. Laboratory instruction involves troubleshooting problems initiated by the instructor in a process simulator.