有效利用和转化有机/农业废物,实现能源回收和零碳足迹

Yogita Basene, R. Gothalwal
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引用次数: 0

摘要

不同类型的有机废物/污染物主要来自不同的行业,特别是造纸、化肥、丝绸、纺织、食品加工、制药、炼油厂、糖、蒸馏、酿酒厂、棉花等行业。这些工业的主要污染物是颗粒物、废水,其中含有碳水化合物、蛋白质、脂类和硫、氮、碳的氧化物,不断提高土壤、水和空气的污染指数。适当利用有机废物/污染物产生能源,可减少这类污染;由于有机质具有巨大的能量回收潜力。微生物燃料电池技术(MFC)是最新的技术之一。MFC是一种用于污水处理和减少污染物的现代可再生能源。MFC的机理是以氧化还原为基础的,细菌、真菌和cynobacteria等微生物在阳极催化氧化有机底物和电子供体,或在阴极作为电子受体通过还原去除。它是一种在复杂有机物转化过程中将化学能转化为电能的装置,微生物将其作为底物,在那里产生生物电,成本低,环保,有利于减少未来的碳足迹。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effective use and Transformation of organic /agriculture Waste for Energy Recovery along with Zero Carbon Footprint
The different types of organic waste/ pollutants are mainly generated from the various industries, specifically in the sectors of paper, fertilizer, silk, textiles, food processing, pharmaceuticals, oil refineries, sugar, distillers, brewery, cotton etc. The main pollutants from such industries are particulate matter, waste water, which contains carbohydrates, protein, lipids and oxides of Sulphur, nitrogen, carbon, which are continuously raising soil, water and air pollution index of state. Such type of pollution can be reduced by the proper utilization of organic waste/pollutants for the purpose of energy generation; due to the organic matter has immense potential for energy recovery. One of the latest technologies is microbial fuel cell technology (MFC). MFC is a modern alternative renewable energy resource for wastewater treatment and contaminants reduction. The mechanisms of MFC are based on oxidation – reduction, where microbes like bacteria, fungi and cynobacteria will catalyze oxidation of organic substrate and electron donor at the anode or removed at the cathode as electron acceptor through reduction. It is a device that converts chemical energy to electrical energy during conversion of complex organic matter, which is used as substrate by microorganism, where bioelectricity can be produced, under low cost and in ecofriendly manner which can be beneficial to reduce the carbon footprint in future.
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