Dynamic Management on Gas System in Iron and Steel Plant

Abstract

This paper analyzes gas system management status of China's iron and steel plant, noting that to achieve the dynamic management of the two major difficulties, and against the backdrop of a model plant, proposed a set of manage method that based on the management system, data processing and the establishment of Gas system dynamic model and simulation model, and ultimately to achieve the dynamic prediction and dynamic adjustment of surplus gas fluctuations. Application in model plant has proved that the dynamic management can effectively alleviate the impact of surplus gas fluctuations.

Analysis of Material and Energy Flow Variation for Energy Saving and Consumption Reduction in Pelletizing Process

“…The burning reaction between CO and H 2 happen below 2000°C towards the resultant direction irreversibly. Initial reagent translate into resultant according to the quantity proportion of chemical equation, besides only surplus of reagent which beyond the quantity proportion can be reserved [9,10].…”