This website is dedicated to software for aluminum smelting. The software helps you to answer questions or to solve problems of every day aluminum production as well as of research and development. For this purpose you use interactive web pages or PC-programs that you may download and install on your computer.
Interactive Web Pages
On the interactive web pages you carry out calculation and investigations using your internet browser. You do this to solve your special or every day tasks concerning aluminum smelting. There is no need to download and install program files and you don't have to worry about keeping the software up to date.
Please see AlWeb Introduction.
MS Windows Programs
Several MS Windows programs are available that determine production values or optimal parameters for aluminum smelting. With this software you investigate production and consumption data or you determine the optimal setting of the cell voltage or alumina feeders. Interactive graphic user interfaces show the reaction of the electrolytic cell to changing input values.
You can download several Android applications that are dealing with aluminum smelting questions and problems as the corresponding interactive Web pages and MS Windows programs. You take advantage of the benfits of tablets because of their small weight tablets are portably and comfortable to use especially at conferences, for instance. They are also a very effective learning and teaching tool.
The theory web pages contain the basic equations and all the other relations that the interactive web pages, the MS Windows programs and the ANdroid Apps are using to solve their tasks and problems (see Theory Contents).
On the Literature web pages you find the reference of the publications, books or other printed matter mentioned in this web site. An author (name index) and a subject index helps you to find a wanted literature (see also the Info page). Please look also at AlSem (Information about an Aluminum Smelting Seminar & Workshop).
This website contains several interactive web pages (AlWeb). On these pages you execute evaluations and optimisation calculations concerning the Hall-Héroult electrolysis cells to produce aluminum.
On several web pages you find the theoretical background i.e. the ideas, methods and relations AlWeb, AlPrg and AlApp are using to execute their task. The website contains also the corresponing literature references.
6. Current Efficiency
7. Raw Materials
8. Cell Operation
You find on the web site a reference of the literature authors (name index) and a subject index. Please look at the information about AlSem (Aluminum Smelting Seminar & Workshop).
For several years CellVolt, a MS Windows PC program, was used to investigate the influence of several parameter on the cell voltage like cell layout (dimensions of anode table, targe current intensity), operational factors (electrolyte composition and mass) and electrolyte properties (temperature, gas bubbles under the anode). CellVolt lets you optimize these parameter, for instance, concerning energy consumption or heat loss.
HHCellVolt is a new improved version of CellVolt that contains in addition to updated program items (treating Ampere Creeping, for instance) a completely new feature namely the investigation of electrolysis cells with Four Anode Rows (Lit.).
The new Extended Energy Balance considers in addition to the electrolyis reactions, heating of alumina, anodes and the internal busbar system (as Haupin's balance) events like anode change or reactions like anode airburn, electrolyte vaporization or alumina phase change, etc. See the corresponding diagram and the detail values.
Please look at the web pages of the HHCellVolt user's guide.
Please have a look at the Process Visualisation web page. You find there information of other web pages and short animation of the results of simulation programs.
Please have a look at the Aluminum Smelting Seminar & Workshop (AlSem) information page. This seminar teaches the participants to apply the theoretical content of this web site to solve everydays proplems or answer special question especially by using the corresponding computer software of this web site.
If you are interested, please look at this crumbling exercise.