Fundamentals in Industrial Ventilation & Practical Applications of Useful Equations
April 7-11, 2014
DoubleTree Suites by Hilton Cincinnati-Blue Ash
6300 E. Kemper Road
Sharonville, Ohio 45241-2364
Fundamentals in Industrial Ventilation
Content
ACGIH®'s Fundamentals in Industrial Ventilation is a course that covers both basic and advanced topics related to industrial ventilation including:
- The behavior of air and chemical contaminants in the air
- Industrial process exhaust system design (including ACGIH® calculation methods)
- Make-up and supply air ventilation systems
- Dilution ventilation systems
- Selection and design of exhaust hoods, ducts, and fittings
- Fans and air cleaners (including Fan Laws)
- Troubleshooting and testing of existing systems
- Hands-on testing and measurements
At the end of this course, participants will be able to:
- Identify and select appropriate ventilation systems for process emission/exposure control
- Measure and evaluate the performance of ventilation systems (flow, pressure, horsepower)
- Design and evaluate dilution ventilation systems
- Design/re-design local exhaust systems using state-of-the-art design procedures
- Design, operate, and modify hoods appropriate to participants' needs
- Critically review ventilation system plans, drawings, and specifications of engineers and architects
Practical Applications of Useful Equations
Content
ACGIH®'s Practical Applications of Useful Equations serves as the perfect complement to Fundamentals in Industrial Ventilation. Practical Applications of Useful Equations closely follows ACGIH®'s Quantitative Industrial Hygiene: A Formula Workbook supplied to participants and includes:
- Calculation and estimation approaches related to airborne contaminants
- TLV® and TWA
- OA for dilution, fans, system testing, sound and noise, heat stress, radiation, ventilation, statistics, chemistry, etc.
- A calculations lab in which participants work in a team environment
At the end of this course, participants will be able to:
- Understand the basic fundamentals, estimation techniques, and calculations related to occupational health and safety
- Understand terms and units used in OH&S related estimations and formulas
- Understand and apply formulas related to OH&S estimations and calculations
- Use dimensional analysis to generate formulas and mathematical relationships
- Prepare for certification exams
Each Student Receives*:
- ACGIH®'s Industrial Ventilation: A Manual of Recommended Practice for Design, 28th Edition, Industrial Ventilation: A Manual of Recommended Practice for Operation and Maintenance and Quantitative Industrial Hygiene: A Formula Workbook
- ACGIH® Velocity Pressure Method Calculation Spreadsheet for performing calculations and equations covered in the primary workbooks provided with the course, including ventilation system design
- CD-ROM with copies of classroom PowerPoint presentations, copies of labs and exercises along with supplementary course materials
- Course handouts
*No exchanges or refunds of course materials can be made.
Date and Time
April 7-10, 2014; 8:00 am – 4:00 pm ET
April 11, 2014; 8:00 am – 12:00 pm ET
Prerequisites
Algebra
Accreditation
This course contains 32 hours of instruction and may be eligible for ABIH CM credit. See the ABIH website (www.abih.org) for CM credit criteria. The course may also qualify for 3.2 BCSP Continuance of Certification (COC) Points for Certified Safety Professionals. Certificates of Completion will be presented at the conclusion of the course.
Who Should Attend
Industrial hygienists, HVAC engineers and designers, plant and facilities engineers, safety professionals, compliance officers, environmental engineers and designers, maintenance supervisors and engineers, business owners, environmental contractors and consultants, duct cleaners, architects, individuals preparing to take a certification exam.
Rates
Registration received on or before March 10, 2014*
$2,120 – ACGIH® Member
$2,220 – Nonmember
$2,315 – Course + ACGIH® Membership†
Registration received after March 10, 2014
$2,220 – ACGIH® Member
$2,320 – Nonmember
$2,415 – Course + ACGIH® Membership†
*Both signature form and payment must be received by ACGIH® by specified date to receive discounted rate.
†Includes one-year membership with ACGIH®.
Organizations sending 4 or more attendees will receive $50 off each registration. Contact ACGIH® for details.
Location
DoubleTree Suites by Hilton Cincinnati-Blue Ash
6300 E. Kemper Road
Sharonville, Ohio 45241-2364
ADA Compliance
ACGIH® encourages participation by all interested individuals and will use its best efforts to ensure that facilities used for its educational events are accessible to individuals with disabilities and in compliance with the Americans with Disabilities Act (ADA). If you have a disability, advance notification of any accommodation will help us serve you better.
Cancellation Policy
Registration cancellations received by ACGIH® on or before 30 days prior to the event will be subject to a $100.00 cancellation fee. No other refunds will be made. Cancellations MUST be made in writing. Participants may reschedule for a future course of similar content only ONCE, but will be subject to a $100.00 rescheduling fee and any increase in course price.
ACGIH® reserves the right to cancel this course up to 21 days prior to the start of the course. In the unlikely event this occurs, you will be notified immediately by email and/or telephone of the cancellation and offered registration the next time the course is offered at no additional charge.
Please review the information in our course confirmation notice and report any discrepancies to the ACGIH® office immediately. If you have any questions, please call the Meetings Department at ACGIH® headquarters: 513-742-2020.
For More Information
For more detailed information about Fundamentals in Industrial Ventilation & Practical Applications of Useful Equations, submit your questions athttp://www.acgih.org/contact/contactconffrm.htm, or contact Penny Martin (registration questions) or Ryan Peltier (course content questions) by phone at 513-742-2020.