冷水机组冷凝水的分析与利用

Ather Hassan, S. Ilyas, D. A. Jamro, Z. Bhatti, Hareem Mufti, Nasrullah Khan Niazi
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引用次数: 0

摘要

在不久的将来,能源将会枯竭。从本质上讲,需要以有组织的方式使用能源。因此,冷水机组的冷凝器水已集中利用机器的最大输入能量。如果污染水平为零,这种水可以被归类为蒸馏水。低品位蒸馏水可用于蒸汽发生器;酸基电池,化学稀释,甚至可以用于汽车散热器,以避免堵塞管道。一般来说,蒸馏水的生产需要大量的能源。本文对家用冷水机组冷凝水中的污染物进行了分析,以确定其未来的使用方向。五个样本是从安装在巴基斯坦旁遮普省Gurrah Mohallah Mandi Bahauddin市的冷却器中收集的。采用乙二胺四乙酸(EDTA)滴定法,检测少量Ca、Mg、Pb和SO4,确定水的电导率在81μS/cm左右。总溶解固形物(TDS)为54 mg/L, pH为6.2,总硬度为0.576 mg/L。
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Analysis and Exploitation of the Condensed Water of Chillers
Energy resources are going to be exhausted in the near future. It is essentially required to use the energy in an organized manner. Therefore, the chiller’s condenser water has been focused to utilize the maximum of the input energy of the machine. This water can be categorized as distilled water if the contamination level is zero. The low-graded distilled water can be used in steam generators; acid-based Batteries, chemical dilution and even can be used in vehicle radiators to avoid blockades of pipes. Generally, the production of distilled water requires a lot of energy. In the present work condensed water of domestic chillers has been analyzed for contaminants to decide its future use. Five samples were collected from chillers installed in the city of Gurrah Mohallah Mandi Bahauddin, in the Punjab province of Pakistan. Using the ethylene diamine tetra acetic acid (EDTA) titrimetric method,a small amount of Ca, Mg, Pb, and SO4 were detected that confirmed the conductivity of water around 81μS/cm. The magnitude of Total Dissolved Solids (TDS) was 54 mg/L, pH was 6.2 and total hardness was recorded about 0.576 mg/L.
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