CHEMICAL ENGINEER

FIRE PROTECTION ENGINEER

Expert Witness No. 1087

New Jersey

Education

Master of Science, Chemical Engineering, Stevens Institute of Technology

Bachelor of Science, General Engineering, Massachusetts Institute of Technology

Post-Graduate - U. of Pennsylvania, Drexel, Temple, U. of Delaware

Quantitative Risk Assessment Analyst, Process Safety Institute

Affiliations

American Institute of Chemical Engineers, Fellow, Safety and Health Division

National Fire Protection Association

Registrations

• Professional Engineer, Chemical Engineering - New Jersey, Pennsylvania, Delaware, Maryland, California, Washington

• Professional Engineer, Fire Protection - Maryland

• Certified Safety Professional - Since 1980

Specialist Areas of Expertise

Fire, Explosion, and Toxicity Hazard Assessment
	Vapor Cloud Explosion, Vessel Rupture, BLEVE, Barricade Evaluation
Fire and Explosion Incident Investigation
Fire and Explosion Prevention and Protection
	Inerting, Relief-Device Design, Explosion Venting
Fire Protection Equipment Testing, Fire Brigade Drills, Fire Code Compliance
Toxic Hazards Prevention and Protection
	Release-Source Evaluation, Dispersion Analysis, Inhalation Toxicology, Mitigation
Qualitative and Quantitative Process Hazards Analysis
Criteria for Unacceptability and Tolerability
Gas and Vapor Flammability Hazards
Thermal Stability Hazards
Electrical Hazards Analysis - Static, Classification, Shock
Safety Audits - OSHA, USEPA, NJ-TCPA
Emergency Preparedness

Professional Experience

Senior Process Safety Specialist for a Process Safety Consulting Firm, Princeton, NJ

Process Safety Consultant, Process Safety Engineering, Wilmington, DE

Engineer and Consultant, Du Pont Company, Wilmington, DE

Blasting Cap Experience

Expert 1087 has studied the electrical properties of ignition systems in electric blasting caps, including radio-frequency hazards and static-electricity hazards. He was involved in an investigation of an underground salt-mining explosion that involved static electricity generated by pneumatic loading of ammonium-nitrate/fuel-oil [ANFO] explosives, bottom-primed with dynamite and electric blasting caps [EBC]. Following the study of underground-mining practices in twenty mines of various types, he produced a DuPont report that provided guidance for ANFO loading with EBCs and fuse caps and the conductivity that should be provided in ANFO loading hoses. Also, while at PLPL, he measured the ground-level radio frequency power of television transmitters, to develop guidance concerning safe distances from TV towers, and this guidance was incorporated in a publication of the Institute of Makers of Explosives. His experience also included the large and small-scale testing of primary and secondary explosives, such as lead styphnate, lead azide, PETN, other organic explosives, and delay mixtures. He also has been involved in evaluations of static-electricity hazards in the handling of chemical ingredients and film-coating operations, and evaluation of explosion hazards to meet New Jersey and Federal legislative requirements and in several litigations.

Expert 1087�s recent experience includes service on the six-member Expert Panel that has been overseeing a Quantitative Risk Assessment of three nerve-gas destruction plants. Since 1985, he has provided full-time process safety engineering services to large and small chemical and petrochemical plants throughout the United States and in several foreign countries. During his career with the Du Pont Company, he was involved in instrument engineering, explosion-hazards testing, explosives manufacturing and testing, pilot-plant supervision, organic-chemicals research, safety and fire protection audits, and process-safety consulting.

Recent Presentations and Publications

Available upon request.