ACGIH Industrial Ventilation Committee to hold 2 courses in April.
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Press Release Summary:
Scheduled for April 11-13, Fundamentals in Industrial Ventilation will cover topics such as behavior of air and chemical contaminants in air, industrial process exhaust systems, make-up and supply air ventilation systems, and dilution ventilation systems. Practical Applications of Useful Equations, scheduled for April 14-15, will cover calculation and estimation approaches related to airborne contaminants, TLV® and TWA, and OA for dilution, fans, system testing, radiation, ventilation, etc.
Original Press Release:
ACGIH® Presents Fundamentals in Industrial Ventilation and Practical Applications of Useful Equations Courses
Cincinnati, Ohio - ACGIH® and its renowned Industrial Ventilation Committee present two continuing education courses in April.
Fundamentals in Industrial Ventilation will be held April 11-13, 2011, and Practical Applications of Useful Equations will be held April 14-15, 2011 at the ACGIH® Professional Learning Center in Cincinnati, Ohio. Earlybirds who register for either course on or before March 14, 2011 will save $100.00; those who register for both courses by the earlybird deadline will save over $200.
Fundamentals in Industrial Ventilation is a three-day course that covers both basic and advanced topics related to industrial ventilation including:
Course participants will receive ACGIH®'s Industrial Ventilation: A Manual of Recommended Practice for Design, 27th Edition, Industrial Ventilation: A Manual of Recommended Practice for Operation and Maintenance and Companion Study Guide to Industrial Ventilation: A Manual of Recommended Practice for Design, 27th Edition, ACGIH® and other Spreadsheet Programs that perform calculations and equations covered in the primary workbooks provided with the course, including ventilation system design, a CD-ROM with copies of classroom PowerPoint presentations, copies of labs and exercises along with supplementary course materials, and course handouts. It is recommended that attendees bring a laptop or a notebook to the course.
Practical Applications of Useful Equations is a two-day course that serves as the perfect add-on to Fundamentals in Industrial Ventilation. This course closely follows the workbook supplied, and includes:
Course participants are required to complete Fundamentals in Industrial Ventilation prior to taking this course. Materials received include Jeff Burton's Useful Equations and Industrial Hygiene Workbook, course handouts, ACGIH® and other Spreadsheet Programs that perform calculations and equations covered in the primary workbooks provided with the course, including ventilation system design, a CD-ROM with copies of classroom PowerPoint presentations, copies of labs and exercises along with supplementary course materials. It is recommended that attendees bring a laptop or a notebook to the course.
Fundamentals in Industrial Ventilation is pending approval by the American Board of Industrial Hygiene for 3.50 ABIH Certification Maintenance (CM) Points. This workshop qualifies for 1.74 BCSP Continuance of Certification (COC) Points for Certified Safety Professionals. Practical Applications of Useful Equations is pending approval by the American Board of Industrial Hygiene for 2.33 ABIH Certification Maintenance (CM) Points, and qualifies for 1.16 BCSP Continuance of Certification (COC) Points for Certified Safety Professionals. Certificates of Completion will be presented at the conclusion of the course.
Those interested in attending one or both of these continuing education courses can register online at http://acgih.org/events/course/FundPrac_Apr11.htm.
ACGIH® is a member-based organization that advances occupational and environmental health. ACGIH® is one of the industry's leading publications resources, with approximately 400 titles relative to occupational and environmental health and safety, including the renowned TLVs® and BEIs®. For more information, visit the ACGIH® website at www.acgih.org or call our Customer Service Representatives at 513-742-2020.
