Application of modern business models when implementing resource saving technologies in the agrocomplex

Author:

Monastyrskiy D I,Kolesnikova T A,Kulikova M A

Abstract

Abstract The study analyzes the experience of foreign researchers in using various business models in agricultural complexes to improve the efficiency of crop cultivation. The issues of applying modern business models for processing liquid waste from pig complex using reagents are considered. The existing business templates that are most often used in the implementation of innovative technologies in agricultural complexes are studied. The article presents the experience of implementing the technology of reagent preparation of liquid organic waste from pig-breeding farms using the “Trash into cash” template, which allows obtaining valuable organic and mineral fertilizer. An economic assessment of reducing the cost of cultivating various crops, reducing the cost of production and increasing the yield of corn, barley, sunflower, wheat in the period from 2016 to 2020 was carried out. The advantages of using liquid organic waste from pig complexes as an organic-mineral fertilizer in the agricultural complex are shown.

Publisher

IOP Publishing

Subject

General Engineering

Reference12 articles.

1. Technological Options to Ameliorate Waste Treatment of Intensive Pig Production in China: An Analysis Based on Bio-Economic Model;Cong;Journal of Integrative Agriculture,2014

2. Improved environmental sustainability and bioenergy recovery through pig manure and food waste on-farm co-digestion in Ireland;Jiang,2020

3. Estimation of efficiency of the new organomineral fertilizer based on pig manure;Kulikova;Fertility,2019

4. Research of the oxalic acid effectiveness in the treatment of biodegradable organic waste from livestock complexes;Gribut;EurAsian Journal of BioSciences,2020

5. Ammophos efficiency application for treatment highly concentrated by biogenic elements wastes of agro-industrial complexes;Kolesnikova;EurAsian Journal of BioSciences,2020

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1. Studies of the features of vacuum drying of organic-mineral fertilizers;IOP Conference Series: Earth and Environmental Science;2022-02-01

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