Thermal Cracker for Plastics Recycling
This simulation shows the thermal cracker for a novel, fluidised-bed-based plastic recycling system.
This simulation shows the thermal cracker for a novel, fluidised-bed-based plastic recycling system.
This simulation demonstrates how Barracuda Virtual Reactor and Tecplot 360 can be used in conjunction to perform first-of-its-kind bubble characteristic analysis in fluidized beds.
This video demonstrates the new discrete bubble modeling capabilities available in Barracuda Virtual Reactor 22.1. Chemical reactions are modeled in the liquid phase and in the vapor phase within the bubbles.
This simulation is part of a talk that discusses how the accuracy of 3D simulations in Barracuda Virtual Reactor can be improved by using 1D simulation to tune parameters at boundary conditions.
This video demonstrates a distributor simulation for a a novel, fluidised-bed-based plastic recycling system.
This simulation and accompanying diagram demonstrates the use of Tecplot 360 to perform advanced analysis of results from Barracuda Virtual Reactor.
This simulation shows how 3D simulations performed in Barracuda Virtual Reactor can be validated not just through rigorous experimental measurement, but also by 1D simulation of boundary conditions.
This video demonstrates how Eulerian-Lagrangian methods such as the MP-PIC model and CFD-DEM can effectively simulate a full loop fluidized bed.
This video of a cyclone simulation demonstrates the use of Tecplot 360 to perform advanced analysis of results from Barracuda Virtual Reactor.
This video is part of set of simulations for a novel, fluidised-bed-based plastic recycling system. In this simulation, particle flow through an L valve is studied.