development of a discrete event simulation model for ... · the project the materials processing...

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THE PROJECT The Materials Processing Institute was asked to carry out Discrete Event Simulation modelling of two different operating scenarios for Recycling and Recovery Processes using the Rockwell Arena Software. The requirement was to establish what numbers of mobile equipment would be required to manage identical loads for each scenario. The first scenario ran a smaller plant under a continuous operation, while the second scenario ran a somewhat larger plant under a reduced number of shifts. The Institute applied Discrete Event Simulation Modelling techniques to consider the recycling and recovery processes at both plants operating to these scenarios. To achieve this the Institute: > Mapped out the process route of the areas to be modelled at each plant > Built a discrete event simulation model of the process routes > Applied the operating data for the two scenarios in the finished model Development of a Discrete Event Simulation Model for Recycling Process Scenarios Address: Materials Processing Institute Eston Road Middlesbrough TS6 6US United Kingdom Contact Details: t: +44 (0)1642 382000 enquiries@mpiuk.com www.mpiuk.com Copyright © Materials Processing Institute UK CS/010/PS/2015 THE OUTCOME Several modelling runs for both plants were carried out using the discrete event simulation model. This simulation model identified: > Equipment required to process the materials for each scenario Resulting in: > The client being able to more accurately cost the two different operating scenarios CASE STUDY

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Page 1: Development of a Discrete Event Simulation Model for ... · THE PROJECT The Materials Processing Institute was asked to carry out Discrete Event Simulation modelling of two different

THE PROJECT The Materials Processing Institute was asked to carry out Discrete Event Simulation modelling of two differentoperating scenarios for Recycling and Recovery Processes using the Rockwell Arena Software.

The requirement was to establish what numbers of mobile equipment would be required to manage identical loadsfor each scenario. The first scenario ran a smaller plant under a continuous operation, while the second scenario rana somewhat larger plant under a reduced number of shifts.

The Institute applied Discrete Event Simulation Modelling techniques to consider the recycling and recoveryprocesses at both plants operating to these scenarios.

To achieve this the Institute:

> Mapped out the process route of the areas to be modelled at each plant> Built a discrete event simulation model of the process routes> Applied the operating data for the two scenarios in the finished model

Development of a Discrete EventSimulation Model for RecyclingProcess Scenarios

Address: Materials Processing InstituteEston RoadMiddlesbroughTS6 6USUnited Kingdom

Contact Details: t: +44 (0)1642 [email protected]

Copyright © Materials Processing Institute UK CS/010/PS/2015

THE OUTCOMESeveral modelling runs for bothplants were carried out using thediscrete event simulation model.

This simulation model identified:

> Equipment required to process the materials for each scenario

Resulting in:

> The client being able to more accurately cost the two different operating scenarios

CASE STUDY