微藻技术中分离机会的能量平衡

Z. Hodai, Dóra Rippel-Pethő, G. Horváth, L. Hanák, R. Bocsi
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引用次数: 0

摘要

藻类技术是一种减少有害化学物质排放的绿色技术,可以被认为是一种可再生能源,因此是国际研究和开发的重点。烟囱气体中的二氧化碳和废水中的氮含量可以被认为是植物和藻类的食物来源。藻类技术对二氧化碳的利用取决于技术环境和团队合作的物流。这项技术是匈牙利减少排放的新机遇。在匈牙利大陆性气候下,我们培育藻类种群,以利用炼油厂烟囱气体中的二氧化碳。该工艺的关键参数是海藻悬浮液和萃取液的浓度,投资和运行成本高,运行时间长,决定了该工艺的可行性。我们的具体目标是更快、更有效地从初始溶液中分离藻类。分离操作和技术的优化考虑了环境和经济方面的因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Energy Balance of Separation Opportunities in Microalgae Technologies
Algae technology is at the focus of international research and development, since it is a green technology that reduces emissions of harmful chemicals and can be considered as a renewable energy source. Carbon dioxide from stack gases and the nitrogen content of wastewater can be considered as food sources for plants and algae. The utilisation of carbon dioxide by algae technologies depends on the technical environment and logistics of teamwork. This technology is a new opportunity in Hungary for decreasing emissions. We grew algae populations to utilise the carbon dioxide from a refinery’s stack gas in the continental climate of Hungary. Critical parameters of the technology are the concentration of the algae suspension and extract, because of high investment and operating costs as well as the long operation time, which determines the feasibility of the algae technology. Our specific aim was to separate the algae mass faster and more efficiently from the starting solution. The optimisation of separation operations and technologies took into consideration environmental and economic aspects.
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