Balance modeling study for iron bath reactor with H2-C mixture reduction

The basic idea of H₂-C mixture reduction reflexes using hydrogen as main reductant and carbon as main heat generator in iron bath smelt reduction reactors on purpose to cut down total energy consumption and CO₂ emission, protect the environment and take advantage of the new energy source. First of all, the calculation of mass and energy balance is very important for the smelt production, optimization of smelt proceeding and computer automation control. The author of this paper applied the methods of modeling for mass balance and energy balance after brief description of the reactor to research the balance behavior of this new metallurgical reactor. The balance model is compiled by Visual B include brief control panel and flex changeable parameter which can be used to simulate the different new smelt proceedings according to the input parameters and the changes of the material compositions. The work of this paper is one of bases for further kinetics model of iron bath reactor with H₂-C mixture reduction in way of research and development.