Aluminum Plant Improves

System Flow by Nearly 50%

 

The results of the simulation model proved that the scenario with the shortest cycle time was not the best solution. All three scenarios would have led to at least a 50% improvement in queuing times, but the first and second scenarios would have cost at least US$60,000 compared to US$30,000 for the third scenario.

Simulation Helps to Determine

Stock Levels and Stock Space

 

Simulation was used to assess the viability of a new distribution concept before a costly implementation.

Oil Refinery Improves

Throughput and Efficiency

 

The use of this model as a decision support system assisted the refinery in objectively analyzing shutdown-scheduling alternatives and facility throughput enhancement and indicating possible bottlenecks for cost effective capital expenditure.

Simulation Contributes to

Successful Mining Plant Upgrade

 

The model identified constraints in the system and, after scrutinizing overhead crane rules and use, revealed that two cranes could be taken out of the system. The new layout, with its recommended number of resources, has been implemented successfully.

Optimizing Throughput at

Aluminum Smelting Operation

 

A simulation model was created that tested several different layouts and helped determine whether one or two overhead cranes should be used. The model illustrated how sensitive the process is to both crane and press performance. The project also contributed to the final cost justification of purchasing the new press.