Response Surface Methodology in Valorization Process Modelling of Different wastes

R. Kaushal, Sonam Sandhu
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Abstract

Organic waste can be effectively managed and processed into energy through the anaerobic co-digestion process. The experiments have been designed for the analysis of anaerobic digestion process of different squanders like water hyacinth, wheat bran, fruit waste and cow dung in continuous feed reactor using Design expert software-10. The influence of temperature, pH and hydraulic retention time on methane yield was studied using central composite design surface approach. The maximum biogas and desirability were found to be 1163.59 ml and 0.629, respectively.
响应面法在不同废物增值过程建模中的应用
有机废弃物可以通过厌氧共消化过程得到有效管理并转化为能源。采用Design expert软件-10对水葫芦、麦麸、果渣、牛粪等不同废弃物在连续进料反应器中的厌氧消化过程进行了实验设计。采用中心复合设计面法研究了温度、pH和水力滞留时间对甲烷产率的影响。最大沼气量为1163.59 ml,可取性为0.629 ml。
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