Text Box: Continuing Education Programme, IIT Bombay
WINNER
Golden Peacock National Training Award
 

 

 

 

 

Two-Day CEP Course On

 

Quantitative Risk Assessment for Chemical Processes

 

THROUGH CASE STUDIES

 

19th & 20th September, 2003

 

 

 

Introduction

Quantitative Risk Assessment (QRA) is now integral to the overall strategy of chemical process safety management. It is also required by the current Manufacture, Storage and Import of Hazardous Chemicals Rules (Ministry of Environment and Forests, Govt. of India).  The proposed course aims at a case study based overview of the methodologies that are currently employed for risk assessment in the chemical process industry.

 

Application of risk assessment techniques can help identify potential accidents and to quantify their nature, extent and likelihood of occurrence. For example, in order to comply with the regulatory requirements relating to emergency planning it is necessary to estimate the distance to which harmful effects on humans, and equipment damage would be experienced in the event of a major accident.

 

QRA has been applied to new and existing facilties to ensure that the hazards associated with the plants are acceptable to employees and the public. QRA expresses the magnitude of a hazard on an absolute numerical scale thereby providing plant designers and managers the necessary data to take measures for reducing the risk to acceptable levels. It is also frequently used to compare the effects of alternative safety measures.

 

The proposed course will employ a series of case studies to illustrate the various elements of risk assessment:

·         Methods used to identify sources of accidents and the ways in which they could occur

·         Methods for estimating the potential consequences of accidents

·         Methods used to estimate the probabilities of equipment/human loss

·         Methods for estimating the likelihood of occurrence of accidents

·         Methods used for estimating risk with and without mitigative technologies

 

Course Contents (Total duration=12hrs)

o         Models for Release of Hazardous Materials from Containment

o         Estimation of Liquid Pool Spreading and Vaporization

o         Prediction of Dispersion of Hazardous Material in the Atmosphere  

o         Evaluation of Toxic Exposure

o         Models of Combustion of Flammable Gases and Liquids

o         Damage Criteria for Fires and Explosions

o         Estimation of Probability of Accidents: Reliability and  Maintainability Analysis, Fault/Event Tree

o         Estimation of Risk

o         Presentation of Risk Analysis Results: Identification of Individual and Societal Risk Contours around Chemical Process Facilities

o         Criteria for Risk Acceptance

o         Risk Estimation in Presence of Protective/Mitigative Systems

 

Who Can Be Benefited?

The course has been designed for personnel (technical and managerial) from chemical and petrochemical industry involved with evolving and implementing safety management systems. A basic degree in science or engineering would be adequate for understanding and utilizing the concepts and methodologies that will be presented through varied case studies.

 

Faculty

The course instructor has been involved with chemical process safety issues for the last ten years. He has conducted several courses dealing with the various facets of hazard and risk assessment for both industry as well as government organizations. In addition, he has carried out risk assessment for a number of industries. His other research interests include High Pressure Technology and Colloidal and Interfacial Engineering, and he has also worked as a consultant in these areas. For his work on the development of Supercritical Fluid Extraction Technology, he was awarded the “NOCIL Award for Excellence in Design/Development of Process Plant/Equipment” (IIChE, 1997) and the “P K Patwardhan Technology Development and Transfer Award (2001)”. He is also the Editor, UPDATE, the R&D magazine of IIT Bombay.

 

VENUE

Conference Room, Guest House, IIT Bombay

 

COURSE FEES

·         Rs 6000/- per participant

·         For five or more participants from a single organization the course fee will be Rs 5000/- per participant 

 

REGISTRATION

Please fill out the attached Registration form and mail it along with the course fees to the course instructor.  Fees must be paid by a demand draft drawn in favour of “Registrar, IIT Bombay (CEP A/c)”.

 

(Please note that no income tax is to be deducted at source from the course fee payment as IIT Bombay is exempt from the same).

 

Last date for receipt of Application:

15 September, 2003.

 

Please address all communication to the Course Instructor:

COURSE INSTRUCTOR

Prof. Sandip Roy

Department of Chemical Engineering

IIT-Bombay 400 076

Tel          : 25767060 / 7249 (O) / 25768249 (R)

Fax         : 2572 6895

Email     : sr@che.iitb.ac.in

Participation may be communicated to the instructor via email (indicating participant name & organization) prior to dispatch of registration form.                               

Website: http://www.iitb.ac.in/~cep/sept03/sr.html

 

 

Previous Client Organizations availing Courses/Consultancy on Chemical Process Safety from IIT Bombay

 

Corporate Organizations: Reliance Petrochemicals, Bharat Petroleum Corporation, Hindustan Petroleum Corporation, Kochi Refineries, Deepak Fertilisers & Petrochemicals, Chambal Fertilizers and Chemicals, Tata Chemicals, Tata Honeywell, Tata Consulting Engineers, Rallis India, Monsanto India, Lupin Labs India, Bayer India, CIBA, Grasim Industries, Kvaerner Powergas, Hikal, TATA-AIG Insurance, CIPLA, United India Assurance, Deepak Nitrite, Bombay Dyeing, Excel India.

 

Government Organizations: Central Labour Institute, Atomic Energy Regulatory Board.

 

Organizations for which in-house courses have been conducted: Reliance Industries (Patalganga, Maharashtra), L&T (Mumbai), Disaster Management Institute (Bhopal), National Safety Council (Mumbai).

 

 

 

 

R E G I S T R A T I O N    F O R M

 

Two-Day Course on

QUANTITATIVE RISK ASSESSMENT FOR CHEMICAL PROCESSES

THROUGH CASE STUDIES

 

 

19th & 20th September, 2003

 

 

 

NAME (PRINT):

______________________________________________________

 

______________________________________________________

 

DESIGNATION:  

  ______________________________________________________

 

ORGANIZATION:

______________________________________________________

 

______________________________________________________

 

MAILING ADDRESS:

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TELEPHONE: __________________   FAX: __________________

 

EMAIL : _______________________________________________

 

QUALIFICATIONS :_______________        EXPERIENCE :  __ Yrs.              

 

PAYMENT:  D/D. No.:                       Dt.                    Rs.                  

 

[Demand draft should be drawn in favour of: "The Registrar, IIT Bombay (CEP A/c)"].

 

IIT Guest House accommodation required?* Yes / No 

Sex: M / F

(*Guest House bill is to be paid directly by the participant).

 

 

Date:                                                          Signature of Applicant

 

(PLEASE USE PHOTOSTAT COPIES OF THIS FORM, IF NEEDED).