Low carbon hydrogen can be an excellent source of clean energy, which can combat global
climate change and poor air quality. Hydrogen based economy can be a great opportunity …

This paper reviews principal concepts, tools, and metrics for risk management and
Inherently Safer Design (ISD) during the conceptual stage of process design. Even though …

Efficient resource management and the development of resilient societies begins with an
accurate identification of strengths and weaknesses of systems involved. Conducting a …

Inherently safer design is the most proactive approach to manage risk, as referred by
scientists and experts. Researchers have adopted various methods in evaluating inherent …

The growth of process industries has escalated the probability of loss containment scenarios
of hazardous materials that can be tackled via process safety schemes. For preliminary …

The fatal consequences of industrial incidents have made evident the need for suitable tools
to develop inherently safer process design options. Traditionally, in a process design …

Process engineers often assess process safety performance early in the design stage to
reduce or eliminate potential hazards cost-effectively. Process simulation tools widely used …

The recent explosion at a steam reforming facility producing hydrogen in California, US,
suggests the need to revisit the design of the traditional steam methane reforming (SMR) …

As a proactive safeguard, inherent safety has been regarded as the top hierarchy for loss
prevention and risk management due to its salient features in eliminating or significantly …

Estimating and evaluating the inherent safety of processes pose a significant challenge in
the field of inherent safety. Indicators are commonly employed tools to address this …