volatility or density) can affect the associated hazard potential. The Multi-Component extension allows you to rigorously model mixtures and reflect how their inherent properties (e.g. These changes can significantly affect the calculated hazard ranges associated with the mixture and should be accounted for. For example, more volatile compounds will flash into the gaseous phase and less volatile compounds will rainout and form a pool on the ground. The properties of the constituent materials can behave differently when released to the atmosphere. When you conduct a typical plant hazard analysis, it usually involves several hazardous streams containing mixtures of chemicals. Media Newsroom Events Blogs: Energy in transitionĪtmospheric dispersion modelling software Sector insights Maritime Power and renewables Oil and gasĭNV Group About us Corporate governance Research & development Joint Industry Projects DNV Ventures Sustainability Annual reportsīusiness areas Maritime Energy Systems Business Assurance Supply Chain & Product Assurance Digital Solutions Veracity data platformĬareers Overview Job opportunities Career development Why DNV? Meet our people Diversity & inclusion Ship management, operations and ship design.Reliability, availability and maintainability (RAM).Electric grid performance and reliability.
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