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Risk Management Plan Workshop Training
April 8 - 9, 1999 – Washington, DC
Course Outline
Introduction of Objectives in the Risk Management Plan
Regulated Substances
List of Regulated Substances
RMP Requirements
- Determining Applicability
- Hands-on RMP Screen software to determine program level
- Management Systems
- Hazard Assessment
- Prevention Program
- Emergency Response
Overview on Toxics, Accidental Releases, Emergency Response Planning
Determination of Toxic Endpoints
- Table Approach for Worst-Case Scenario
- Modeling Approach
Modeling Accidental Releases
- Overview
- Hands-on TSCREEN
- Refined analysis using SLAB View
- Ammonia Release Case
- Chlorine Release Case
Reporting Requirements
Advanced Environmental Management Strategies
- Samples from ISO14000
- Training Requirements
- Liability Exposure Reduction
- Public Relations
Objective
This course is intended for environmental professionals working in the assessment of off-site consequence analysis and risk management. At the end
of the course, the trainee should be able to understand the basics of emergency dispersion modeling and to use screening and refined models to setup the Risk Management Plan. Case studies will be viewed at the
course.
Who Should Attend
Environmental managers, safety professionals, air quality professionals in environmental consulting companies, and utility companies involved in the
assessment of off-site consequence analysis and risk management.
Benefits to Participants
- Learn how to use emergency dispersion models.
- Understand the US EPA CAA 112 (r) Off-Site Consequence Analysis rule.
- Apply what you learn in interactive case studies using various air models including TSCREEN, RMP View, RMP Submit, and SLAB View.
Registration & Fee
To register, contact us at phone 703-620-9214, fax 703-620-6793, or e-mail: info@scisoftware.com.
Fee: 2-day course - $ 950
Fee includes daily computer use, course notes, and some US EPA models and guidelines.
Course Instructor
Jesse L. Thé, Ph.D. is a mechanical engineer with 10 years of experience in air dispersion modeling and thermal fluid applications. Dr. Thé received
his Doctoral degree in 1993 from the University of Waterloo where he worked with computational fluid dynamics and the numerical prediction of environmental fluids. He is the president and founding partner of
Lakes Environmental and has been a reviewer of the US Environmental Protection Agency APTI Courses. Dr. Thé is the main author of the commercial software packages ISC View, BPIP View, Screen View, SLAB View, and RMP
Screen.
Program Outline
DAY 1
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