This paper presents a methodology that generates complex flow fields based on the Navier Stokes equations for fine-mode trajectory modelling. Initial u- and v-component of wind is input to the model from an onsite weather station on a 2-minute resolution.
The perturbated flow is then calculated in an iterative fashion until the numerical solution converges. The results are then be stored and the next initial u- and v-component of wind will be input from the anemometer. Each solution is stored and converted for use in a particle trajectory model.
P. D’Abreton1, R. Ormerod1, L. Marchant2
1 Envirosuite, Brisbane, Australia
2 Envirosuite, Santiago, Chile
The ESPO Environmental Report 2018 (European Sea Ports Organization) continues to classify air quality as the main priority in the environmental management of European ports, a position that it has maintained since 2013. 
We’re analysing the case study about how Regenerative Thermal Oxidizer technology was installed at a hidrocarbon and chemical tank storage terminal at the port of Rotterdam, The Netherlands, for the abatement of odours and Volatile Organic Compounds (VOCs), with the result of the reduction below the values permitted by authorities.