The following are among the key items in which I am currently investing my time and effort. Much of the ongoing work is in the area of continual improvement, especially in the light of emerging technologies.
A. Industrial Pre-Incident Planning (iPIP)
Discussed in detail in the next section
B. Industrial Emergency Preparedness Consultancy & Training
Despite the huge strides that Industries have made in technological advancements since the first industrial revolution more than 250 years ago, their vulnerability to unanticipated incidents continues unabated to this day. Unfortunately, organizations are often unprepared to handle such incidents, thus turning them into emergencies, and occasionally allowing them to escalate to catastrophic proportions.
Ironically though, every incident inherently provides a window of opportunity for its safe containment through timely mitigation by pre-engineered systems, adequate response resources, and effective incident management strategies.
Let’s take one of the training programs in this category, Managing Major Emergencies (MME) Course. it is designed precisely with the above in mind.
• Its primary objective is that of strengthening incident management and leadership competencies of middle and senior management personnel in industrial organizations. Other benefits and objectives of the Course are:
• Empowering industrial organizations to build in-house capabilities to manage and mitigate potential emergencies arising in their operations.
• Raising the awareness of fire and explosion risks associated with the operations undertaken by the company/facility.
• Achieving clarity of roles and responsibilities, consistency in strategy and tactics, and uniformity is communications and protocols.
One of the special features of this course is the innovative use of miniature scale models of operational and firefighting equipment. The models lend realism to table-top exercises that are extremely effective in discussing emergency scenarios, and strategies and tactics.
C. Scenario Video Simulation
Scenario video simulation (SVS) is a multimedia tool conceived by us to complement iPIP
in the private/industrial sector
Considering the fact that industrial operations are leanly manned, it is not an easy proposition for iPIP based fire drills to be handled by line management. Furthermore, it is unreasonable to expect industrial personnel to be fully equipped with professional fire service skills and knowledge. Consequently, the standard of training and competence in emergency response tends to suffer. The seriousness of this deficiency is often not recognised until an emergency strikes. Whereupon the losses are generally large.
Having analysed the situation, we identified the root cause to be resource constraint, particularly on the shift lead who generally conducts the drill. We therefore devised this concept to do away with the pre-drill training. Instead, video recordings of individual drill scenarios and mitigation operations are prepared in strict conformity with the iPIP. This scope is outsourced to a third-party service provider.
The recordings are uploaded on the company’s training portal for prior viewing by all drill participants, who are usually members of the Emergency Response Team (ERT).
Immediately prior to the drill, the video is played, and salient points are discussed. Upon completion of the drill, a debrief is conducted.
With the burden of conducting pre-drill training being removed, drills proceed smoothly, without quality being compromised. This concept facilitates management review and oversight. Additionally, this model has the advantages of being able to assure training/drill standards, and adherence to drill schedule.
D. Consequence Modelling
Industrial responders are generally at the scene within minutes of the incident onset. Given this, it is vital that thermal radiation and vapour dispersal intensities are at least qualitatively determined as part of pre-Incident planning. This would serve as a reasonable guide for safe approach route and deployment of fire vehicles. This is achieved through a fit for purpose Consequence Modelling (CM) process. Unlike the modelling for Quantitative Risk Assessment (QRA) which addresses predetermined static targets, modelling for incident response is dynamic in nature. In the case of the latter, responders do assess and re-assess site conditions. Thus, they are able to modify their approach route and vehicle deployment to suit prevailing site conditions, especially wind direction.
Beyond facilitating initial safe approach and deployment, CM has the capability to aid the predictability of fire escalation potentials and early execution of mitigation measures.
Following are the event categories within identified scenarios that are considered for consequence modelling:
A. Thermal Radiation
a. Jet fire
b. Spill Fire
c. Pool Fire (including Tanks)
d. Boiling Liquid Expanding Vapour Explosion (BLEVE)
B. Vapour Dispersion
a. Flammable Gas Release
b. Toxic Release
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