Green Energy Revolution in Economic Power Generation-Composite MFC

2012 IEEE Global Humanitarian Technology Conference Pub Date : 2012-10-21 DOI:10.1109/GHTC.2012.49

Swapnakumari B. Patil, A. Mulla, S. Katre

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引用次数: 1

Abstract

In this paper we focused on the research of the nonconventional waste material harvesting model with consideration of economy, power generation, and environmental effects associated with harvesting of various waste samples. This paper emphasizes on the application of the model to a realistic implementations. Several waste management scenarios are compared, along with the various energy and environmental factors among alternate waste management strategies; the effect of waste diversion through reuse and effective conservation of energy to restore electrical power on environmental releases and economy. In addition, we sampled various waste materials like fruit pulp, bio waste, municipal waste, sea water etc and tried to find out lots of chemical reaction to be faster with use of natural catalyst. This may include temperature effect on such biochemical reactions which can be useful for economic electricity generation. This model will save economy and hygiene of nation globally is a better conclusion. Implementation of such model will lead towards the futuristic green energy conservation and can prove best answer to global warming.

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经济发电中的绿色能源革命——复合MFC

本文重点研究了非常规废弃物收集模型，同时考虑了各种废弃物样本收集的经济性、发电经济性和环境效应。本文着重介绍了该模型在实际应用中的应用。比较了几种废物管理方案，以及不同废物管理策略中的各种能源和环境因素;废物再利用和有效节约能源以恢复电力对环境排放和经济的影响。此外，我们还对水果果肉、生物垃圾、城市垃圾、海水等各种废弃物进行了采样，试图找到许多使用天然催化剂可以加快化学反应速度的方法。这可能包括温度对这种生化反应的影响，这对经济发电是有用的。这种模式将在全球范围内拯救国家的经济和卫生，是一个更好的结论。该模式的实施将引领未来的绿色节能，是应对全球变暖的最佳方案。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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2012 IEEE Global Humanitarian Technology Conference

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