CAJ | 학술논문

针对磷石膏制酸联产水泥传统工艺存在的传质传热问题，提出磷石膏振动流态化分解制酸联产水泥新工艺。首先通过实验考查磷石膏分解情况，以检验工艺的可行性，磷石膏的分解率达到81．99％、脱硫率为72．72％。为进一步考察新工艺的经济效益，根据实验情况与新型干法水泥工艺，对新工艺主要工作参数进行模拟标定，通过热工方法对新工艺系统进行热量衡算。计算表明，磷石膏振动流态化分解新工艺的熟料理论烧成热耗为5840．7080kJ／kg、热效率为51．89％，新工艺较传统工艺水泥熟料热耗降低了17．94％～22．50％。热效率较磷石膏回转窑提高了6．89—9．89百分点。表明新工艺具有优势。
침대린석고제산련산수니전통공예존재적전질전열문제，제출린석고진동류태화분해제산련산수니신공예。수선통과실험고사린석고분해정황，이검험공예적가행성，린석고적분해솔체도81．99％、탈류솔위72．72％。위진일보고찰신공예적경제효익，근거실험정황여신형간법수니공예，대신공예주요공작삼수진행모의표정，통과열공방법대신공예계통진행열량형산。계산표명，린석고진동류태화분해신공예적숙료이론소성열모위5840．7080kJ／kg、열효솔위51．89％，신공예교전통공예수니숙료열모강저료17．94％～22．50％。열효솔교린석고회전요제고료6．89—9．89백분점。표명신공예구유우세。
Based on the transferring problems of heat and mass existing in the traditional process of generation for acid and the cement with phosphogypsum, the new process of vibration fluidization of phosphogypsum is proposed. At first, it is to test the feasibility of technology according the experiment reactions and find that its decomposition rate is up to 81.99%, the desulfurization rate is 72.72%. To further examine the economic benefits of new technology, it can identify the main operating parameters of the new process on basis of the new dry cement technology and the experimental process. Then the new process is calculated by using the method of thermal process. The result shows that： the academic burning heat consumption of the new technology is 5 840.708 0 kJ/kg, and thermal efficiency rate is 51.89%. So the burning heat consumption is decreased by 17.94%- 22.50% and thermal efficiency of rate raised by 6.89- 9.89 percentage points. The new technology has the advantage of energy-saving.