Title :
Mobile application tool for the optimal operation of electrolytic tinning lines
Author :
Enrique, Eduardo H. ; Enrique, Pablo D.
Author_Institution :
Stantec Consulting Ltd., Kitchener, ON, Canada
Abstract :
A mobile application for the optimal operation of electrolytic tinning lines has been developed. Microsoft Excel was the software of choice for the development of the user friendly operator interface and the optimization engine. The mobile application tool is available online through Google Sites and can be used for the optimal operation of any electrolytic tinning line whether it is halogen or Ferrostan™ type. The tool is also seamlessly adaptable to optimize tin-free lines. Allowance is made for the adjustments of constraints due to a variety of process conditions; like limits on the maximum line speed, reduced number of anodes and changes in the optimal current density. The mobile application has been successfully used in the optimization and operation of a halogen-based electrolytic tinning line.
Keywords :
chemistry computing; coating techniques; electroplating; graphical user interfaces; halogens; human computer interaction; mobile computing; online front-ends; optimisation; Ferrostan-type electrolytic tinning line; Google sites; Microsoft Excel software; anodes; halogen-type electrolytic tinning line; maximum line speed; mobile application tool; optimal current density; optimal electrolytic tinning line operation; optimization engine; process conditions; tin-free line optimization; user friendly operator interface; Anodes; Coatings; Current density; Electrolytic tinning lines; Mobile communication; Optimization; Steel industry; Anodes; computer applications; continuous production; cost function; electrochemical processes; electrodes; online services; optimized production technology; process control;
Conference_Titel :
Industry Applications Society Annual Meeting, 2013 IEEE
Conference_Location :
Lake Buena Vista, FL
DOI :
10.1109/IAS.2013.6682563
