Abstract
In order to economize on raw materials for producing controlled atmospheres and to avoid the air pollution caused by exhausted atmospheres, the feasibility of carburizing steel by using recirculated water-gas atmospheres was investigated. Water-gas was generated in a closed system and an open system respectively, and steel samples were heated under the water-gas atmospheres. Based on the heating results of steel, the relationship between the generation conditions of water-gas and its carburizing behavior was examined. In addition, the carburizing results as well as the charcoal consumption for both systems are compared with each other.
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