Scale-Up Safety Case Study | On-Demand Webinar
Search suggestions
  • ph meter
  • balance
  • conductivity
  • counting platform scale
  • ind570
All Categories
Filter
  • All Categories
  • Products
  • Support
  • Expertise
  • Events & Webinars
  • Other
Filter
Categories
  • All Categories
  • Products
  • Support
  • Expertise
  • Events & Webinars
  • Other
Show results
English
On Demand Webinar

Investigating a Serious Runaway Reaction Incident using Reaction Calorimetry

On Demand Webinar

Exothermic, autocatalytic reactions pose a serious risk of runaway and are complex to quantify.

A serious runaway reaction incident occurred in a pilot plant reactor leading to overpressurisation and ignition of the released contents. The damage to the whole manufacturing facility was significant.

Investigation of the incident required the extensive use of reaction calorimetry in characterizing the process, identifying the cause and specifying conditions for future safe manufacture.

Dr. Stephen Rowe, DEKRA Organisational and Process Safety UK
30 minutes
English

Key learning objectives:

  • The criticality of robust scale-up assessment of thermal hazards.
  • Use of ideal calorimetric methods to collect essential process safety data.
  • Complexity of quantifying autocatalytic reactions.
  • Disproving the myth that a patented process is a safe process.

Target audience:

  • All H&S personnel
  • Process Safety Specialists
  • Scientists in Process R&D
  • Pilot plant operators and managers
  • Laboratory managers

Dr Stephen Rowe DEKRA Organisational and Process Safety UK

Dr. Stephen Rowe

DEKRA Organisational and Process Safety UK (B.Sc.(HONS.), Ph.D., PGC, FRSC, MIoD, AMIChemE, CChem)
View LinkedIn

Steve is the Managing Director of the DEKRA Organisational and Process Safety business in the UK. He graduated in Chemistry in 1991 and completed PhD studies on the control of runaway reactions in 1997. After initial experience in the ICI Hazards and Process Studies Group in Manchester, he joined DEKRA (then Chilworth Technology) in 1991.

He has a career background in the assessment of chemical reaction hazards and the laboratory assessment of a full range of process safety hazards including dust, gas and vapour flammability and explosives characterization. He is an experienced trainer and regular contributor to national and international process safety conferences and symposia.