Numerical simulation on heat transfer process of regenerator

On the base of regenerator configuration character, the heat transfer mathematics models are set up. The influence of different coke oven gas on average air temperature and checker bricks at the top of the regenerator are simulated and analyzed through numerical value. The simulation results show that the mixed burning coke oven gas can increase the temperature of supply air, the rise of which forms an approximate linear relationship with the mixing proportion of coke oven gas. The simulation results can respond to reality to some extent. The results of the temperature field can serve as reference to the practical engineering applications.