Generation of Bio-fuel by Using Waterweeds: A Case Study in Solapur City

A. K. Shendge, B. Balapgol
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Abstract

The production of large quantities of bio mass of aquatic floating species especially waterweeds, during the aquatic phase of the flood-pulse characteristics for this ecosystem. Such bio mass could be wisely managed for the production of bio fuels. The aquatic biomass exploitation would require low fossil energy and material inputs leaving a positive energy balance, white minimal interference in the environment. And it is relatively less flammable as compared fossil diesel. It is significantly reduced level of particulate matter emission and also less harmful carbon emission. Currently biodiesel is becoming popular as an environmental friendly fuel. It has been used as in the automotive industry. A major source of energy for our society is the burning of fossil fuels such as coal, petroleum and natural gas. But these sources are found out to be in the limited amounts of available, so those are depleting resources. Bio fuel is much better lubricant than petro diesel and extends engine life. An attempt was made to produce biodiesel from water weeds and discuss technical, socio-economic, and environmental benefits of small scale biofuels such as improving energy access, generation and mitigating environmental pollution at both local and global levels. The obtained result indicated that waterweeds sample should variable sugar content (for 30% of H2SO4 sample) is 1% to 1.2% and Alcohol content should found 2% to 2.4% from 1.5 kg of waterweeds sample. Thus the study has demonstrated systematic approach to disposal of water weeds in solid waste management system. Biodiesel and bio-ethanol production is an alternative approach to fossil fuel.
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利用水草生产生物燃料:以索拉普尔市为例
大量水生漂浮物种特别是水草的生物量的产生,在水相期间具有这种生态系统的洪水脉动特征。这样的生物质量可以被明智地管理,用于生产生物燃料。水生生物质的开发需要较少的化石能源和物质投入,从而保持正能量平衡,对环境的干扰最小。与化石柴油相比,它的可燃性相对较低。它大大降低了颗粒物排放水平,也减少了有害碳排放。目前,生物柴油作为一种环境友好型燃料越来越受欢迎。它已被用于汽车工业。我们社会的主要能源来源是燃烧化石燃料,如煤、石油和天然气。但是这些资源是有限的,所以它们正在消耗资源。生物燃料是比汽油柴油更好的润滑剂,可以延长发动机的寿命。我们尝试从水草中生产生物柴油,并讨论了小规模生物燃料的技术、社会经济和环境效益,如改善能源获取、发电和减轻地方和全球层面的环境污染。结果表明,水草样品的含糖量应为1% ~ 1.2%(含h2so30 %),酒精含量为2% ~ 2.4%(含1.5 kg)。因此,该研究为固体废物管理系统中水草的处理提供了系统方法。生物柴油和生物乙醇生产是化石燃料的一种替代方法。
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