Abstract
This article analyses the simulation of evaporative VOCs losses from storage tanks of gasoline and its anti-knock additives using TANKS 409d software. The VOCs emissions were estimated for different types of storage tanks: internal floating roof tank (IFRT), external floating roof tank (EFRT) from the one tank farmer of Romanian oil company. The obtained results show quantities of evaporated losses of fugitive VOCs emission approximately 165 t annually, between 01 August 2021 – 31 July 2022. The hazard evaluation of some components (toluene and anti-knock additives) from commercial gasoline has done by the computerize tool ALOHA in different scenarios during the operation of storage tanks. Using MARPOL application software, the pollutant threat zone has been mapped from ALOHA Gaussian model application.
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