|Science and Technology|
|SDG Agenda 2030|
COMPOSITION OF THE PREPARATION OF LIQUEFIED ORGANIC FERTILIZER FROM LIQUORICE ROOT RESIDUE
SDG Agenda 2030
The "Ecological Biotechnology" scientific manufacturing center operates in the Oguz han innovative complex of the Oguz han Engineering and Technology university of Turkmenistan, along with other scientific manufacturing centers. At the "Ecological Biotechnology" Scientific Manufacturing Center, which was opened in 2020, under the guidance of the teachers of the Department of Ecology and Ecological Technologies, students conduct scientific research and practical work on solving various ecological problems. One of them is composition of the preparation of liquefied organic fertilizer from liquorice root residue.
The proposed invention is a composition of preparation of liquefied organic fertilizer (biocompost) from the liquorice root residue.
The technical result of the invention is the preparation of liquefied organo-mineral fertilizer for increasing the productivity of agricultural fields and the growth of crops by using the local industrial wastes: superphosphate sludge and the residue of liquorice root. This technology is distinguished by its economic feasibility.
Innovation of the work: as an innovation in the production, it can be shown that the transition stage of the process is small, and the use of superphosphate sludge, which is a local production waste, and the residue of the liquorice root for the preparation of liquefied organo-mineral fertilizer. This leads to the economic feasibility of the technological process of the obtained product.
Bahadyr YULDASHOV, The senior lecturer at the Department of Ecology and Ecological Technologies of the Oguz han Engineering and Technology University of Turkmenistan