Source · book · draft
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Bibliographic record
- Authors: Fruehan, R.J. (editor)
- Year: 1999
- Identifier:
ISBN 978-0-930767-03-7 - URL: https://www.aist.org/aist/publications/books
- Tier: primary
Cited by (10 claims)
- Coke dry quenching (CDQ) uses inert gas circulation to cool incandescent coke (~1,000°C) instead of water q… (draft)
- Beehive coke ovens require 48–72 hours per coking cycle compared to 15–18 hours for modern by-product slot … (draft)
- Metallurgical coke serves four critical functions in the blast furnace: (1) a reducing agent (converting ir… (draft)
- Purified coke oven gas (COG) from by-product ovens is approximately 50–55 vol% hydrogen, 25–30 vol% methane… (draft)
- Metallurgical coke produced by carbonization in slot ovens contains approximately 87–92 wt% fixed carbon on… (draft)
- Modern horizontal slot-type coke oven chambers are approximately 15–20 m long, 6–9 m high, and 450–600 mm w… (draft)
- Modern by-product slot coke ovens carbonize coking coal at 900–1,100°C (oven chamber); flue wall temperatur… (draft)
- Coking coal blends for by-product slot oven cokemaking are formulated to achieve a volatile matter content … (draft)
- Approximately 70–77 wt% of dry coking coal input reports as metallurgical coke; the remaining 23–30 wt% is … (draft)
- Coking coal must be crushed to approximately 80% minus 3 mm particle size (top size ~15 mm) before charging… (draft)