Assessment and control of electrostatic ignition hazards
Date From: 08 February 2012
Date To: 08 February 2012
Location: UK
Description: Aims to improve awareness of hazards associated with static electricity and provide the basic approach to identifying at-risk areas on a process plant.
Event Type: IChemE Approved Course
Venue: Grimsby, UK
Organiser: ABB Engineering Services, Manchester, UK
Contact Name: Jackie Kendall
Contact Phone: +44 (0) 1642 372121

Alternative date
28 November 2012 - Warrington, UK
Fees
IChemE member - £530.00 +VAT
Non-member - £575.00 + VAT
Course director
Graeme Ellis, ABB Engineering Services
You will learn:
- How electrostatic charge can be generated
- How to identify potential hazards
- How to apply a systematic approach to the identification and control of hazards
- How to design correct safety measures
Outline the course programme:
- The theory behind the generation and storage of electrostatic charge
- The types of electrostatic discharge and their ignition power
- A procedure for the assessment of electrostatic hazards in industry.
- Information required for assessments, measurement techniques and charge distribution models
- The primary safeguard - earthing of plant and personnel
- Electrostatic hazards associated with plastics
- Electrostatic hazards associated with flammable liquids and aerosol handling operations
- Electrostatic hazards in powder processing operations
Typical agenda
09:00 Welcome and Registration
09:15 Understanding Static Electricity in Industry:
- how electrostatic charge is generated in industrial operations
- ignition risk from static electricity
- sensitivity of gases, vapour and powders to ignition by electrostatic discharges
- an analytical method for evaluating hazard in specific operations
- use of simple models to identify areas of risk
- simple measurement methods for use in industry
- selection of the most appropriate safety measures
10:30 Coffee
10:45 Video
- demonstration of electrostatic charge generation and ignitions in pharmaceutical plant operations
- examples of safety measures to control the hazard
11:15 Earthing - The Essential Safeguard
- minimum resistance to earth required for safety
- practical earthing systems for metal plants
- special problems and their solution with plastic plants
- monitoring earth systems to keep them in good order
- case studies of earthing failure
11:45 Effect of Plastics on Electrostatic Hazard
- how use of plastics can increase hazard
- risk with different types of plastic
- incidents involving plastics
- control of hazard from plastics
12:15 Lunch
13:30 Electrostatic Hazards with Flammable Liquids
- how to identify ignition risk from static electricity in typical liquid handling systems
- selection of the safety measures most appropriate for small and large processes
14:00 Electrostatic Hazards with Flammable Powders
- how to identify ignition risk from static electricity in typical powder handling systems
- selection of the most appropriate safety measures
15:00 Tea
15:15 Discussion
Who will benefit:
- Process managers
- Process engineers
- Maintenance engineers
- Safety managers and engineers
- Production managers