How can process safety and a risk management approach guide pandemic risk management? Academic Article uri icon

abstract

  • The coronavirus disease (COVID-19) brought the world to a halt in March 2020. Various prediction and risk management approaches are being explored worldwide for decision making. This work adopts an advanced mechanistic model and utilizes tools for process safety to propose a framework for risk management for the current pandemic. A parameter tweaking and an artificial neural network-based parameter learning model have been developed for effective forecasting of the dynamic risk. Monte Carlo simulation was used to capture the randomness of the model parameters. A comparative analysis of the proposed methodologies has been carried out by using the susceptible, exposed, infected, quarantined, recovered, deceased (SEIQRD) model. A SEIQRD model was developed for four distinct locations: Italy, Germany, Ontario, and British Columbia. The learning-based approach resulted in better outcomes among the models tested in the present study. The layer of protection analysis is a useful framework to analyze the effect of different safety measures. This framework is used in this work to study the effect of non-pharmaceutical interventions on pandemic risk. The risk profiles suggest that a stage-wise releasing scenario is the most suitable approach with negligible resurgence. The case study provides valuable insights to practitioners in both the health sector and the process industries to implement advanced strategies for risk assessment and management. Both sectors can benefit from each other by using the mathematical models and the management tools used in each, and, more importantly, the lessons learned from crises.

published proceedings

  • Journal of Loss Prevention in the Process Industries

author list (cited authors)

  • Alauddin, M. d., Islam Khan, M. A., Khan, F., Imtiaz, S., Ahmed, S., & Amyotte, P.

complete list of authors

  • Alauddin, Md||Islam Khan, Md Aminul||Khan, Faisal||Imtiaz, Syed||Ahmed, Salim||Amyotte, Paul

publication date

  • November 2020