Revitalize the US silicon/ferrosilicon industry through energy-efficient technology. Final report, Addendum furnace modeling | Zendy

G.K. Schwsenke | Zendy; D. Wodley | Zendy; J. Székely | Zendy

Open Access

Revitalize the US silicon/ferrosilicon industry through energy-efficient technology. Final report, Addendum furnace modeling

Author(s) -

G.K. Schwsenke,

D. Wodley,

J. Székely

Publication year - 1995

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/93940

Subject(s) - addendum , ferrosilicon , silicon , software , code (set theory) , energy minimization , domain (mathematical analysis) , minification , computer science , engineering , process engineering , metallurgy , materials science , programming language , chemistry , mathematics , mathematical analysis , set (abstract data type) , political science , law , computational chemistry

A project was undertaken to model and analyze the dc submerged plasma arc furnace. A reaction extent model was developed and useful results obtained. The code can be run with commercially hardware and software. Two free energy minimization models were formulated; they may be run by modifying public domain programs

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