The presence of pyrolytic carbon deposits can cause a number of serious problems in the operation of a coke oven. The main objective of the investigation was to study the nature and characteristics of pyrolytic carbon deposits in industrial coke ovens, with particular emphasis on the nature of the carbon deposited adjacent to the oven walls. Study of the carbon deposits by optical microscopy and SEM showed a variable concentration of carbon entities as well as differences in packing density.The European Community, the Research Programme of the Research Fund for Coal and Steel, IMPECABL Project, contract number RFCR-CT-2004-00004Peer reviewe
The influence of coking conditions, with respect to position in a commercial coke-oven, on the mecha...
The carbon textures, minerals, and their interactions of a metallurgical coke during gasification re...
AbstractDuring the carbonization of coal, the thermal conditions within the supporting coke oven wal...
International audienceBurning off is the main method of carbon deposit removal from coke oven chambe...
The carbonization of some low volatile matter coals for the production of metallurgical coke in slot...
A hard carbon build-up layer often forms on the flue wall surface in anode baking furnaces. The laye...
Coke ovens are the second largest consumer of coal in Britain today, accounting for around ten perce...
Metallurgical coke for blast furnace and foundry use, and for some domestic boiler cokes are produce...
A high CSR coke was tested in the LKAB's Experimental Blast Furnace (EBF) at Luleå. The evolution of...
A high CSR coke was tested in the LKAB's Experimental Blast Furnace (EBF) at Luleå. The evolution of...
cited By (since 1996) 5International audienceThe active cooling of the Supersonic Combustion Ramjet ...
Metallurgical coke in the blast furnace provides a permeable matrix through which reducing gases may...
The carbon in metallurgical coke is composed of textural units, varying in size and shape depending ...
Physical and chemical properties of coke samples excavated from LKAB's Experimental Blast Furnace (E...
Thermal cracking is always accompanied by coke formation, which becomes deposited on the wall and li...
The influence of coking conditions, with respect to position in a commercial coke-oven, on the mecha...
The carbon textures, minerals, and their interactions of a metallurgical coke during gasification re...
AbstractDuring the carbonization of coal, the thermal conditions within the supporting coke oven wal...
International audienceBurning off is the main method of carbon deposit removal from coke oven chambe...
The carbonization of some low volatile matter coals for the production of metallurgical coke in slot...
A hard carbon build-up layer often forms on the flue wall surface in anode baking furnaces. The laye...
Coke ovens are the second largest consumer of coal in Britain today, accounting for around ten perce...
Metallurgical coke for blast furnace and foundry use, and for some domestic boiler cokes are produce...
A high CSR coke was tested in the LKAB's Experimental Blast Furnace (EBF) at Luleå. The evolution of...
A high CSR coke was tested in the LKAB's Experimental Blast Furnace (EBF) at Luleå. The evolution of...
cited By (since 1996) 5International audienceThe active cooling of the Supersonic Combustion Ramjet ...
Metallurgical coke in the blast furnace provides a permeable matrix through which reducing gases may...
The carbon in metallurgical coke is composed of textural units, varying in size and shape depending ...
Physical and chemical properties of coke samples excavated from LKAB's Experimental Blast Furnace (E...
Thermal cracking is always accompanied by coke formation, which becomes deposited on the wall and li...
The influence of coking conditions, with respect to position in a commercial coke-oven, on the mecha...
The carbon textures, minerals, and their interactions of a metallurgical coke during gasification re...
AbstractDuring the carbonization of coal, the thermal conditions within the supporting coke oven wal...