SESHA 24th Annual Symposium (2002)
All online information regarding the SESHA 2002 Symposium can be accessed from this page. Further information about the meeting is available below:
- Preliminary Program
- Meeting Information in SESHA News Vol. 2
Please log in at the top of this page to download the proceedings.
Proceedings
Room 1
Building Credibility for your EH&S Strategies to Increase Value to your Organization
Tighe, D.
Room 2
CANCELLED
Room 3
CANCELLED
Room 4
Practical Approaches to Decontamination & Decommissioning
Stadlman, C.; Dorris, M.T.; Reichelt, T.; Wilson, A.
Room 5
Fire & Building Code Development and Impacts Facing Semiconductor High Technology Industries
Hanselka, R.
Room 6
Incident Preparedness: The Complete Approach. How to Minimize the Potential and Mitigate the Actual
Brown, A.; Barnes, R.; Rick, R.
Room 7
Cancelled
Room 8
OSHA 300 Recordkeeping – Successful Implementation and Lessons Learned
Lassiter, Don
Terrorism: Effective Preparation and Response
Sherin, B.
Room 9
Safety Considerations for Ion Implanters
Roberge, S.
Semiconductor Facility Exhaust Management and Air Abatement Equipment
Sherer, M.
Student Papers
18 Papers Selected
Keynote Forum
Keynote Forum
Bioterrorism, The Threat of Biological Agents and Toxins on Industry (Lt. Colonel Donald L. Noah, DVM, MPH, DACVPM, U.S. Airforce, Chief, Public Health & Epidemiology Department, US Army Medical Research Institute for Infectious Diseases (USAMRIID) )
State of the Union for Semiconductor Research (Chief Operating Officer, International Sematech)
Future Environmental Challenges for the Semiconductor Industry (David J. Hayes, Chairman of the Global Environment Department at Latham & Watkins; former Deputy Secretary of the Department of Interior)
Safety/IH
Managing Safety at Multiple Locations Without On-site EHS Staff
Fisher, S.
How’s your Safety Management System? A Case Study for Developing and Implementing a SMS
Brandt, K.
Starting a Fab from Scratch – Developing a World Class EHS Culture
Pianalto, S.
Environmental
Results of Surveys to Evaluate the Cost and Benefits per Employee of Adopting An EMS
McHugh*, L.
Chemical Use Restrictions
Higgs, T.
Managing Fluorine Emissions at Semiconductor Fabrication Facilities
Smylie, M.
Costs & Benefits of Adopting an EMS
Midgelow, L.
Bootcamp
An Overview of the Semiconductor Manufacturing Process
Benson, R.
Semiconductor Manufacturing: An Introduction to Occupational Health Issues of Processes and Hazards
Wald, P.
Effective Training Methods
Taylor, K.
Management
Leadership Forum
Roundtable A
Using E Technologies to Enhance EHS Program Performance (Exhibits and Demonstrations)
Dennis Curran
Roundtable B
Code Developments and the Potential Impacts
Reinhard Hanselka
Roundtable C
Environmental Regulatory Development Issues
David Hayes
Safety/IH
TBD
Laser Safety in Semiconductor Applications
Jamali, Jay
How to characterize hazards in emerging technologies? The GaN epitaxy example.
Proust, N.
Identifying and Managing Risk in the Global Corporate Environment
Kleinsteuber, M.
Subatmospheric Gas Systems and the Fire Codes — Trying to Fit A Round Cylinder Into a Square Book
Stookey, S.
Environmental, Safety and Health Benefits of Using Sub-Atmospheric Hydride Sources for MOCVD
Raynor *’, M.
NFPA Update and Impact to the Industry (NFPA 318 & NFPA 5000)
Benson, R.
Environmental
Water Water Everywhere And Not A Drop To Use
Rimer, A.
Environmental Indicators: Benchmarking Performance
Sheinbein, R.
Water Conservation in Semiconductor Manufacturing
Chiarello, R.
Water Conservation Round Table
Cooper, T.
Fab Decommissioning: The Outline of One Approach
Stadlman, C.
Ensuring the Safe Movement of Used Seminconductor Manufacturing Equipment
Barnes, R.
Chemical Tracking and Environmental Reporting Via the Web – A Working Solution
Gibbs, L.
Chemical Management Services: A Case Study in the Semiconductor Industry
Whaley, D.
Bootcamp
Current Perspectives in Industrial Hygiene: Microelectronics Manufacturing
Aton, E.
One-on-One to High Fives: Five Easy Steps to Creating a Safety Culture
Grieve, R.
Gas Chemical Systems
Benson, R.
The Value and Application of Threshold Limit Values
Birkner, L.
Components of an Effective Emergency Response Team
Jamali, J.
What is a HazMat Technician?
Taylor, K.
Emergencies: I’ll Show You Mine, If You’ll Show Me Yours
Rodstein, J.
Emerging Issues: The EHS Professional and Weapons of Mass Destruction
Aton, E.
Management
Using Intranet Technology to Enable ESH Initiatives
Bruner, J.
“Learn from the mistakes of others …”
Barnes, R.
A Dedicated Website Makes a More Effective EHS Department
McCarrick, H.
Total Cost Assessment Methodology
Turton, D.
Managing Organizational and Individual Progress and Achievement
Schneider, S.
Integrated EH&S Objectives and Targets: A Focus on Performance and Cost Improvements
Thomas, C.
Achieving Sustaining World Class Safety Performance: Effective Leadership
Scully, C.
Developing EHS Goals
Weigand, R.
Roundtable D
Managing EHS with Fewer Resources
Kristyn Malina
Roundtable E
Semiconductor Emergency Response Forum (SERF)
Duane Caldwell and Joe Caller
Roundtable F
Compound Semiconductor Abatement Technology Development
Brett Davis
Safety/IH
300mm Fab Risk Challenges
DeGiorgio, V.
Making It Stick: A Systematic Approach For A Sustainable Ergonomics Process.
Rostykus, W.
Process Safety Risk Analysis Techniques for the Electronics Industry
VanOmmeren, J.
Fire Risk Assessment and Mitigation for Semiconductor Manufacturing Equipment
Benson, R.
Environmental
Making Sub-atmospheric Delivery Work for Compound Semiconductor Growth
Rodstein, J.
Recycling of Compound Semiconductor Materials – Past, Present and Future
Rathie, N.
Ammonia for Blue LED Production, from Supply to Abatement
Van Gompel, J.
Emissions Resulting from the Deposition and Etching of the Low k Dielectrics
Worth, W.
Bootcamp
Alphabet Soup: An Overview of Environmental Regulations
Williams, J.
Energy Conservation Studies at International SEMATECH
Malella, R.
A New Look at Life Cycle Assessment for the Semiconductor Industry
Ho, H.
Selected Environmental Auditing Methodologies
Williams, J.
Management
Adding Terrorism to Your Contingency Plan
Taylor, K.
An Effective Approach to Business Continuity Planning
Crockett, R.
Security and Threat Assessments (Preliminary Title)
Williams, R.
TBD
Closing General Session
SESHA 2002 Symposium – PDC Abstract
Building Credibility for your EH&S Strategies to Increase Value to your Organization
Tighe, D. (Bovo-Tighe, LLC)
Course Description: In the current business climate EH&S organizations are under fire to reduce budgets and lower headcount. Managers under pressure sometimes pare programs down to little more than maintenance and selective compliance. The EH&S organization itself is sometimes perceived as a cost center with little connection to the fundamental business results. There is a very real opportunity within most organizations to change that perception and the actual value of the EH&S program. This workshop will show you how.
The Workshop: This session is a hands-on, highly interactive workshop in which you will learn and apply practical approaches to change the value your EH&S program brings to your organization. Key areas covered include:
- Designing an operational plan that directly aligns with the business strategy
- Creating an identity as a value producer
- Building a client-focused service mindset within your team
- Communicating your value proposition to your clients
- Focusing your efforts where they matter most
- Applying a simple 5-step model to build a high-performance organization
- Building and using effective metrics
- Aligning your business processes to demonstrate your value proposition
SESHA 2002 Symposium – PDC Abstract
Practical Approaches to Decontamination & Decommissioning
Stadlman, C.; Dorris, M.T.; Reichelt, T.; Wilson, A.
(Intel Corporation)
SESHA Symposium 2002
April 2, 2002
Practical Approaches to Decontamination and DecommissioningÓ
Stadlman, C.; Dorris, M.T.; Reichelt, T.; Wilson, A.
(Intel Corporation)
Course Description: Uncertain times in the high tech industry have left many companies facing the reality of downsizing and closing facilities. Consolidating or closing a manufacturing area on schedule, under budget, and in a safe, healthy and environmentally sound manner can be a challenging undertaking. Disposition of all equipment and chemicals, reducing regulatory burden and exposure after closure, and leaving the site in a Òmoth ballÓ state that can be easily maintained by a minimal team are considerations for a facility during decommissioning. Together, a good understanding of the closure scale and scope, a good multidiscipline core team of EHS personnel, proper planning, and regular interaction with management can carry the facility through the project. This course is designed to provide a practical approach to successfully defining, planning for, and executing the decontamination and decommissioning of a plant.
The Workshop: This course is a combination of lecture sessions and hands-on case study work in a group setting. Teams will work together to creatively develop solutions to defining, planning, and executing the decontamination and decommissioning of a site.
Key Focus Areas:
- Definition of the Scope
- Analyzing the current situation
- Defining desired end state
- Determining potential legal implications
- Assessing risks
- Project Management and Technical Issues
- Developing Core Team,
- Reducing regulatory burden,
- Decontamination of areas/equipment,
- Record keeping,
- Expecting the unexpected,
- Mitigating risks
- Keeping management informed
- Graceful Exit
- Documenting final status of site,
- Completing final environmental Due Diligence
- Finalizing permit and regulatory status
- Maintaining site during “moth ball” phase
SESHA 2002 Symposium – PDC Abstract
Fire & Building Code Development and Impacts Facing Semiconductor High Technology Industries
Hanselka, R.
(South Bay Piping Industry)
Course Description: This course will address the complex issues of compliance and conformance with ever changing codes. This course will give students insight into the reasons for the regulatory provisions and compliance methodologies.
SESHA 2002 Symposium – PDC Abstract
Incident Preparedness: The Complete Approach. How to Minimize the Potential and Mitigate the Actual
Brown, A.; Barnes, R.; Rick, R.
(Rushbrook Consultants, Glasgow, Scotland; Robert B. Barnes Associates, Scotts Valley, AZ; TCR Services, San Francisco, CA)
Course Description: Every day of the year, somewhere in the world there is a business interruption incident in a semiconductor manufacturing facility. The severity of such an incident is dependent upon the advance preparation that has been completed by the facility to insure that the incident is minor and the return to full production is accomplished as quickly as possible. Incidents include fires, liquid or gas releases, service interruption (e.g. power, water, bulk gases)
Such preparation includes:
Risk assessments of the entire facility and its manufacturing equipment
A thorough understanding of the business interruption issues relevant to the specific facility
Effective planning for business continuity, including incident recovery alternatives
This full-day workshop will use actual case studies to illustrate both successful and unsuccessful approaches to incident preparedness and recovery. The workshop facilitation team includes internationally recognized experts in the critical issues of incident preparedness, each of whom has first-hand operational experience in the topics being discussed.