Abstract
The article contains information about a newly developed technology for processing waste from logging and woodworking enterprises. The developers have proposed an environmentally friendly technology for processing organic waste into a product that has a strong land-reclamation effect and increases the natural potential of soils. The technology proposed by the authors is based on the unique technical capabilities of a developed machine - a highly efficient mill that grinds the waste into nano-sized fineness, and a highly efficient mixer that makes it possible to obtain homogeneous mixtures of various materials and different fineness. The unconventional substrate obtained from this method, due to the scientifically grounded composition and ratios of the composite components of organic waste, has effective land-reclamation properties that increase the soil potential, and restores the fertility of the humus horizon. The use of an unconventional land-reclamation substrate in nurseries increased the survival rate and growth rates of Scots pine (Pinus sylvestris) seedlings both in the open field and in greenhouses. Thus, the machine proposed by the authors in a single technological operation allows for the processing of waste from the logging and woodworking enterprises and ultimately to obtain a product that helps to increase the soil potential of degraded lands.
Highlights
IntroductionWith the intensification of the globalization of human activity, the intensification of industry and other various segments of the economy, the issue of processing waste into a secondary product has become an issue of particular concern [1]
The problem of waste disposal has been a global and urgent one for many centuries
Friendly technology is a chain of UMMs, which are three-phase electromagnetic motors with distributed rotors in the form of needles that form an active ferromagnetic vortex layer in their working zones, the original substance, when passing through them, is processed
Summary
With the intensification of the globalization of human activity, the intensification of industry and other various segments of the economy, the issue of processing waste into a secondary product has become an issue of particular concern [1]. Recycling waste dramatically changes the economic and environmental aspects of our lives. Special types of anthropogenic impact include the pollution of the natural environment with the production and consumption of waste. The anthropogenic impact on agroecosystems, which results in soil degradation, is an important issue [3,4,5]
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