OPTIMIZATION OF THE DESIGN OF AN ENERGY- AND RESOURCE-EFFICIENT PRESSING DEVICE FOR CONVERTING DRIED LEAVES, FALLEN FOLIAGE, AND PLANT RESIDUES INTO LOCALLY PRODUCED ORGANIC FERTILIZERS
DOI:
https://doi.org/10.5281/zenodo.18110193Abstract
The article considers the issues of developing energy-efficient press equipment intended for processing
organic waste, particularly dried leaves and plant residues. The environmental and economic advantages of densification
technology through pressing organic waste are substantiated. The main technological parameters of the pressing process
are analyzed, and constructive solutions aimed at reducing energy consumption are proposed. According to the research
results, the use of energy-efficient press equipment allows reducing the volume of organic waste, decreasing the amount
of harmful emissions released into the atmosphere, and obtaining environmentally friendly organic fertilizer
Keywords
organic waste, pressing, energy efficiency, leaf waste, environmental efficiency, organic fertilizerReferences
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