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Different Threats, Common Threads: How Plant Security Can Help Sell P2 National P2 Roundtable April 9, 2003 Louisville, KY RS Butner Director, ChemAlliance.

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Presentation on theme: "Different Threats, Common Threads: How Plant Security Can Help Sell P2 National P2 Roundtable April 9, 2003 Louisville, KY RS Butner Director, ChemAlliance."— Presentation transcript:

1 Different Threats, Common Threads: How Plant Security Can Help Sell P2 National P2 Roundtable April 9, 2003 Louisville, KY RS Butner Director, ChemAlliance Pacific NW National Laboratory

2 Overview of Presentation  What is ChemAlliance, and what do we have to do with Homeland Security?  Plant Security – why it’s an issue  Policy & Industry responses to the issue  Reducing the risks ; inherently safer chemical manufacturing ; “green” chemistry ; process intensification  References/Further Reading

3 What is ChemAlliance?  ChemAlliance (www.chemalliance.org) is an EPA-OECA supported Compliance Assistance Center.  Our mission is to help small chemical manufacturers improve their environmental performance  We serve as a clearinghouse for compliance and P2 information ; access to tools and training ; emphasis on cost-effective compliance strategies ; technical assistance programs ; trade & professional associations ; peer-to-peer mentoring

4 Chemical Plant Security The Perspective after 09/11/01 “…according to EPA, 123 chemical facilities located throughout the nation have accidental toxic release ‘worst-case’ scenarios where more than one million people…could be at risk of exposure” Source: US EPA

5 Chemical Manufacturing Facilities Represent Real Threats for Terror Attacks  Routinely process large quantities of materials that are: ; toxic ; volatile ; flammable ; stored under extremes of pressure, temperature  Often close to population centers  Vulnerable to attack ; relatively low security ; numerous ; critical to the economy

6 Policy Responses to the Threat  GAO recommends a comprehensive chemical security strategy ; identify high risk facilities ; clarify roles of industry, government ; pursue legislation to require industry to assess vulnerability and take corrective action  EPA has specifically addressed chemical and petroleum sectors in its Homeland Security strategic plan ; working with industry on voluntary initiatives ; working with SBA, others to develop outreach ; Including security issues during onsite visits to manufacturing facilities, including targeted visits to high-risk facilities

7 Industry Responses to Terror Threats  Industry response stresses site security, “voluntary” action  “Site Security Guidelines for U.S. Chemical Industry” issued October 2001 ; Joint effort by ACC, SOCMA, and the Chlorine Institute ; emphasis on site and operational security via “rings of protection”  Security Vulnerability Assessment (SVA) and related Prioritization Methodologies ; AIChE/CCPS ; Sandia National Lab ; SOCMA ; ACC ; Many private companies (BASF, Air Products, G-P)

8 Different Threats, Common Threads  Short-term responses focus on plant security  Long-term responses are likely to have much in common with P2 strategies ; inherently safe chemical processing ; “green” chemistry ; process intensification  P2 programs can use heightened awareness of security issues to sell P2 ; cost-effective strategies for reducing risk ; simultaneous progress on parallel objectives

9 Inherently Safer Chemical Processing  Has it’s roots in process safety discipline, dating back many decades  Underlying principles are common to P2 ; use less hazardous materials when possible ; reduce inventories of hazardous materials  generate “just in time” ; reduce inherent risks of reactions  reactor designs, operating schemes to reduce possibility of “runaway” reactions ; reduce severity of processing/storage  (lower pressure, lower temperature)

10 “Green” Chemistry  Emphasis of green chemistry tends to be on synthesis routes and solvent selection, rather than equipment engineering ; biologically-catalyzed reactions ; low-toxicity reactants and solvents ; aqueous and solvent-less reaction processes  EPA’s approach to green chemistry stresses early assessment and reduction of chemical risks

11 Process Intensification  Process intensification = “…strateg[ies] for achieving dramatic reductions in the size of the [manufacturing] plant at a given production volume”  specific strategies may include ; unit integration (combining functions) ; field enhancement (using light, sound, electrical fields, or centrifugal force to alter process physics) ; micro-scale technology

12 Examples of Process Intensification (PI) in Industry  GlaxoSmithKline has demonstrated 99% reduction in inventory and 93% reduction in impurities by using spinning disk reactors  Studies show that process integration on the Bhopal facility could have reduced MIC inventories from 41 tons to < 10 kg.  ICI has demonstrated byproduct reductions of 75% by using integral heat exchange (HEX) reactors  Use of HEX reactors can result in ~100-fold reductions in chemical inventory!

13 Some Caveats  Process modification is non-trivial for the chemical industry  Some strategies tend to shift risks, rather than reduce them ; e.g., reducing inventories may increase transportation  Even if all risk could be eliminated from chemical manufacturing facilities, other targets exist ; only 18% of facilities required to report under RMP were chemical manufacturing facilities! ; underscores importance of moving towards safer products, not just safer processes  The “risk vs. efficiency” equation has implications for sustainability. ; beware of “easy answers!”

14 Summary  Chemical manufacturing facilities have a heightened awareness of process risks since 9/11  Many of the strategies for reducing risk are also effective P2 strategies ; inherently safer design ; process intensification ; “green” chemistry and engineering  Demonstrating this linkage may help “sell” P2

15 References  US EPA, Chemical Accident Risks in US Industry, September 2000  US General Accounting Office (GAO), Voluntary Initiatives are Under Way at Chemical Facilities, but the Extent of Security Preparedness is Unknown. US GAO Report GAO , March,  Ragan, P.T., Kilburn, M.E., Roberts, S.H. and N.A. Kimmerle Chemical Plant Safety - Applying the Tools of the Trade to New Risk Chemical Engineering Progress, February 2002, Pg. 62  Royal Society of Chemistry, Note on Inherently Safer Chemical Processes, 03/16/2000  Bendixen, Lisa, Integrate EHS for Better Process Design Chemical Engineering Progress, February 2002, Pg. 26  Stankiewicz, A and J.A. Moulijn, Process Intensification, Ind. Eng. Chem. Res. 2002, vol. 41 pp Note: Chemical Engineering Progress articles are available online to registered users, via

16 Web Links  Responsible Care Toolkit: Security Assessment  Site Security Guidelines for the US Chemical Industry  US EPA Strategic Plan for Homeland Security  A Checklist for Inherently Safer Chemical Reaction Process Design and Operation  Environmental Media Services – Fast Facts on Plant Security  Environmental Media Services – Inherently Safer Processes


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