可以通过喷水将床温控制在最佳反应温度下，达到最好的气固间紊流混合并不断

The bed temperature can be controlled by spraying with water at the optimum reaction temperature to reach a new gas-solid surface turbulent mixing between the best and does not continue to expose reacted lime, multiple cycles through the desulfurizing agent is a solid material having a very long residence time, thus greatly improving the efficiency of the desulfurization reactor and the utilization of calcium desulfurizing agent.

The bed temperature can be controlled at the optimum reaction temperature by spraying water, the best gas-solid inter-turbulent turbulence mix ingestion and constantly exposing the new surface of unreacted lime, while the desulfurization agent has a long stay time through the multiple cycles of solid material, thus greatly improving the calcium utilization rate of the desulfurizer and the desulfurization efficiency of the reactor.

The bed temperature can be controlled under the optimal reaction temperature by spraying water to achieve the best turbulent mixing between gas and solid and constantly expose the new surface of unreacted hydrated lime, while the desulfurizer has a long residence time through the multiple circulation of solid materials, thus greatly improving the calcium utilization rate of desulfurizer and the desulfurization efficiency of the reactor.