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WATER CONTAMINATED CaCO3 AND ITS OPTICAL PROCESS OF AGGREGATION

Author : Hendry Izaac Elim (Elim Heaven)*, Ronaldo Talapessy and Nur Aida B. Retno Sari

Abstract

This paper reports an intensive study of water contaminated CaCO 3 and its optical process of aggregation by using an integrated simple electronic and optical devices system focusing on a simple integrated electronic system of time versus temperature and optical parameters measurements of transmittance, linear absorption coefficient and refractive index simultaneously. Our findings show the contaminated well water located about few kilometers from the beach area of Batu Merah Dalam, Ambon, Indonesia with a complex environmental problems of floods area has interesting physical properties in terms of its CaCO3 aggregation process and bubbles formation during the heating temperature process from 35 to 100 0C. The process of aggregation formation increases as the temperature of the well water increases. While the refractive index of the system is mainly due to the bubble formation associated with a strong interaction of CaCO3 aggregation process and the water molecules. This study contributes to an explanation of a strong scattering from microbubbles bahavior in the physical liquid system. Key words: CaCO3, Temperature, Water Molecules, Microbubbles, Contamination

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