Hydrothermal carbonization of gray wáter to obtain free germ biocarbón
DOI:
https://doi.org/10.26490/uncp.prospectivauniversitaria.2020.17.1382Keywords:
Hydrothermal carbonization, Gray water, Biocarbon, Degraded soils, GermsAbstract
The result of the carbonization process of organic waste is applicable in the conversion of a wide variety of biomass wastes to transform into coal and others. Wet carbonization known as hydrothermal carbonization is usable for all agricultural wastes and now in family kitchen waste and most importantly aspect is it has an influence on the quality of the coal produced. The aim of the research was to produce free germ biocarbon from grey water, which should be used in agriculture for the recovery of degraded soils. Using the combination design methodology, the configuration of the prototype carbonization reactor was obtained, which integrates a continuous process for obtaining coal, in other words, humid biomass enters and ground biocarbon delivers.
The biocarbon process was carried out in the renewable energy laboratories of mechanical engineering faculty following a 23 factorial design as shown in table No. 5. The coal samples obtained by means of 23 factorial design were analysed in the laboratory of chemical engineering faculty of the UNCP. The ADC combination delivers a free- bacteria carbón 0.99% quality by using the photo light analysis method. By comparing the theoretical background and applicability, it is concluded that the ADC combination is a favourable result in coal production and subsequent application in soil recovery since coal has a favourable quality.
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