Conclusion
Returning to the hypothesis posed at the beginning of study, temperature will directly affect the production of essential oil. The analysis on qualitative and quantitative of Kaffir lime peel oil extracted using automated steam distillation had been accomplished successfully. In quantifying oil production rate, the relevance of different temperature response is clearly affects the amount of oil yield. Increase in temperature will speed up oil production rate. In assessing the Kaffir lime peel oil quality; it suggests that temperature regulation from 80oC, 85oC and 90oC, a significant result where most of major constituents are present in the analyzed oil samples. It shown that 85oC of controlled condition can be assumed as an optimal temperature condition, with respect to oil quality, where most of constituents appear at this temperature setting including Citronellol. However during uncontrolled temperature condition, some important compounds were not found in the oil sample. This signifies that extracted oil from uncontrolled temperature (which applied fast heating) can reduce quality of the oil. Further works is also considered to identify optimum conditions for extraction of Kaffir lime essential oil that can maximize the production within efficient means.
Conclusion
Returning to the hypothesis posed at the beginning of study, temperature will directly affect the production of essential oil. The analysis on qualitative and quantitative of Kaffir lime peel oil extracted using automated steam distillation had been accomplished successfully. In quantifying oil production rate, the relevance of different temperature response is clearly affects the amount of oil yield. Increase in temperature will speed up oil production rate. In assessing the Kaffir lime peel oil quality; it suggests that temperature regulation from 80oC, 85oC and 90oC, a significant result where most of major constituents are present in the analyzed oil samples. It shown that 85oC of controlled condition can be assumed as an optimal temperature condition, with respect to oil quality, where most of constituents appear at this temperature setting including Citronellol. However during uncontrolled temperature condition, some important compounds were not found in the oil sample. This signifies that extracted oil from uncontrolled temperature (which applied fast heating) can reduce quality of the oil. Further works is also considered to identify optimum conditions for extraction of Kaffir lime essential oil that can maximize the production within efficient means.
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