封闭制糖厂的能源和清洁水势

G. Gunawan
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摘要

印尼的糖产量和需求量每年都在增加。这种情况有可能使糖厂成为封闭系统糖厂的典范,因为白色结晶糖(GKP)产量的增加将增加副产品(甘蔗渣、滤饼、糖蜜和wáter)。封闭式制糖厂是一家集发电和净水处理行业于一体的GKP工厂。在这个模型中,甘蔗的原料不仅可以作为糖,还可以作为可再生能源和清洁水的来源。本研究的目的是分析白结晶糖厂副产物甘蔗渣、滤饼、糖蜜和水的利用潜力。研究方法是利用糖厂的输入、加工和输出数据和二次数据进行质量平衡。本研究的结果提供了关于封闭系统糖生产中能量和水的潜力的信息。棉花糖的发电潜力为1 730.2 MJ/吨GKP,糖蜜的发电潜力为5 939.0 MJ/吨GKP。焦炭在电厂的能耗为56.1 MJ/吨GKP,糖蜜的能耗为408 MJ/吨GKP。1吨GKP的水处理潜力为4.6吨,相当于每吨甘蔗生产0.4吨清洁水。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ENERGY AND CLEAN WATER POTENTIAL IN A CLOSED SYSTEM SUGAR FACTORY
The production and demand for sugar in Indonesia increases every year. This condition has the potential to make the sugar factory a model of a closed system sugar factory, because the increase in white crystal sugar (GKP) production will increase the by-products (bagasse, filter cake, molasses and wáter). The closed system sugar factory is a GKP factory integrated with the power generation and clean water treatment industries. In this model, the raw material for sugar cane is not only used as sugar but also as a source of renewable energy and clean water. The purpose of this study was to analyze the potential utilization of by-products in the form of bagasse, filter cake, molasses and water in white crystal sugar factories. The research method is mass balance using input, process and output data at the sugar factory and secondary data. The results of this study have provided information about the potential for energy and water in closed system sugar production. The energy potential for power generation from blotong is 1 730.2 MJ/ton GKP, molasses is 5 939.0 MJ/ton GKP. The energy consumption at the power plant from blotong is 56.1 MJ/ton GKP, molasses is 408 MJ/ton GKP. The potential for clean water from water treatment for 1 ton of GKP is 4.6 tons, equivalent to 0.4 tons of clean water per ton of sugarcane.
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