What is it about?
This article analyzes the gross potential of local hydrocarbon waste and biomass using the example of the Republic of Uzbekistan with the aim of producing bioenergy. To calculate the raw material potential, we used official and reference data on the production and consumption of fuel, fertilizers and the formation of organic waste, the accumulation of municipal solid waste (MSW), the amount of saline land where halophytic plantations can be created, which can be considered as biomass. Based on the collected data, mathematical operations and calculations of the potential of biogas technology were performed. A block diagram has been developed that describes the steps of a Geo Information Systems (GIS) map. GIS maps have been created that give a visual representation of the spatial distribution of the gross potential of various types of waste in the regions of the republic and can serve as a tool in planning the distribution of biogas technology.
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Why is it important?
This article is devoted to the study of the development of GIS maps of the gross potential of local waste to ensure the convenience of bioenergy. The map developed by GIS technologies is the best way to attract investors in the development of waste treatment and bioenergy production.
Perspectives
In order to properly plan the energy scheme, it is necessary to estimate the amount of available organic material over the entire area. Therefore, in this study, the gross potential of different types of waste for the production of bioenergy from livestock and plant waste and other resources, as well as their distribution and suitability for the introduction of biogas technologies, were analyzed using GIS in all regions of the Republic of Uzbekistan.
Sayyora Mamatkulova
Karshi Engineering Economic Institute
Read the Original
This page is a summary of: Assessment of the Gross Potential of Local Waste Based on Geoinformation Systems for Bioenergy Production, THE JOURNAL OF CIEES, June 2021, Association on Communications, Information, Electronic and Energy Systems,
DOI: 10.48149/jciees.2021.1.1.6.
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