CAJ | 학술논문

以纯碱蒸氨废液为工作介质，构建盐梯度太阳池，并模拟青海省德令哈地区的自然条件进行了太阳池运行试验。结果表明：50 cm深的蒸氨废液太阳池运行稳定时，上对流层厚度为10 cm，盐梯度层厚度为30 cm，下对流层厚度为10 cm；太阳池运行中表面产生的主要成分为Mg（ OH）2和MgCO3不溶固体；为保持太阳池的稳定运行需要定期补液，减小溶液的浊度，增加光照时间能显著提升太阳池温度，在模拟环境温度15℃下运行时，太阳池的最高温度可达到44℃。利用蒸氨废液可以构建太阳池，是资源化利用的一条新途径。
이순감증안폐액위공작개질，구건염제도태양지，병모의청해성덕령합지구적자연조건진행료태양지운행시험。결과표명：50 cm심적증안폐액태양지운행은정시，상대류층후도위10 cm，염제도층후도위30 cm，하대류층후도위10 cm；태양지운행중표면산생적주요성분위Mg（ OH）2화MgCO3불용고체；위보지태양지적은정운행수요정기보액，감소용액적탁도，증가광조시간능현저제승태양지온도，재모의배경온도15℃하운행시，태양지적최고온도가체도44℃。이용증안폐액가이구건태양지，시자원화이용적일조신도경。
In order to construct a salt gradient solar pond , we used the evaporated waste ammonia liquid of soda as work medium , simulated natural conditions in Delinha region in Qinghai .A solar pond running test was conducted .The results showed that when 50 cm-depth distilled ammonia waste liquid solar pond ran steadily , the convective layer thickness was 10cm, salt gradient layer thickness was 30cm and lower troposphere thickness was 10cm.During the test, insoluble solids in-cluded Mg (OH) 2 and MgCO3 were produced in the surface of the solar pond .In order to run the system steadily , regular fluid replacement , reducing the solution turbidity , increasing illumination time which can significantly improve the solar pond temperature are required .When simulated envi-ronment temperature was 15℃, the highest temperature of solar pond reached 44℃.Solar pond can be constructed using the evaporated waste ammonia liquid of soda , and this is a new way of recycling use .