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1st International Meeting on Ironmaking — vol. 1, num.1 (2001)
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Now that the first two Non-Recovery Technology ovens have been built and commissioned, TKEC can demonstrate the advantages of this technology compared to the existing ICC ovens or the technology of competitors in day-to-day operation. On the part of ICC, the ovens shall be run in a separate pushing cycle utilizing 48 hours of coking time, meaning that productivity will be significantly increased. In normal operation, these ovens will also be utilized for carbonization tests, which will prove achievable coke qualities—already very good with the existing ICC plant—and provide interested clients with the opportunity to test their own coal blends in these new technology ovens.
Now that the first two Non-Recovery Technology ovens have been built and commissioned, TKEC can demonstrate the advantages of this technology compared to the existing ICC ovens or the technology of competitors in day-to-day operation. On the part of ICC, the ovens shall be run in a separate pushing cycle utilizing 48 hours of coking time, meaning that productivity will be significantly increased. In normal operation, these ovens will also be utilized for carbonization tests, which will prove achievable coke qualities—already very good with the existing ICC plant—and provide interested clients with the opportunity to test their own coal blends in these new technology ovens.
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Hoffmann, A.;
Kochanski, U.;
Schumacher, R.;
Kim, R..
Design and Construction of Coke Ovens by TKEC on the Non-Recovery Plant of Illawarra Coke Company in Coalcliff, New South Wales, Australia.
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p. 85-96.
In: 1st International Meeting on Ironmaking,
Belo Horizonte - MG, Brasil,
2001.
ISSN: -
, DOI 10.5151/ABM-IRONMAKING-2001-2001200
