Contributor: Chad Tameling

Business Title: Emergency Response Coordinator

Contact Information:
SET Environmental, Inc.
Wheeling, IL
Phone: 847.537.9221
Fax: 847.537.9265
E-mail chad@setenv.com
Affiliation: Technical Field Services Division, SET Environmental, Inc. Fire fighter Itasca Fire Protection District.

Biography: Chad Tameling is a graduate of Indiana University, where he obtained a BS in Environmental Science from Indiana's School of Public and Environmental Affairs.

After graduating from IU, Chad came to SET Environmental, Inc, where he started as an applications chemist performing unknown identification analysis on solids, liquids and gases.

Chad moved into the Compressed Gas Cylinder Division, where he worked as a technical estimator and cylinder tech. During this time Chad was also instrumental in founding SET's High Hazard Remediation group, and developed methods for stabilizing high-energy compounds.

Recently, Chad has been an emergency response coordinator for SET's Hazardous Materials Emergency Response Team as well as managing the Technical Operations Field Services Group. Chad is also a fire fighter with the Itasca Fire Protection District and a member of the MABAS Division 12 Hazardous Materials Team.
Title of Presentation: Emergency Response to Highly Hazardous Materials: Basic Concepts

Author: Chad Tameling

Keywords: Explosives, High Energy, Compressed Gas Cylinders, Emergency Response, Five-step Process.

Abstract:
The purpose of this presentation is to educate emergency responders to the basic safeguards in responding to highly hazardous materials emergencies. Hazards associated with emergency response to an unsecured scene are multiplied when materials to be managed are shock sensitive, air/moisture sensitive, high-energy compounds, unknowns, or compressed gas cylinders. This presentation will touch on laws governing emergency response, review tactical models (5 step process to managing an incident), as well as organizational models (incident command system) for emergency responders in high hazard situations.