Development of innovative organic mineral fertilizer technology based on lake sediment extract, for intensive agriculture and crop production

Priority direction: Sustainable development of the agro-industrial complex and safety of agricultural products. "Green Economy", "Green technologies"

Project manager: Dmitriev P.S., Associate Professor, PhD, e-mail dmitriev_pavel@mail.ru

Project executors: Fomin I.A., Master, Berdenov Zh.G., PhD, Ostrovnoy K.A., Master, Bektemirova A.A., PhD student.

Terms of execution: 2021-2023.

Amount of funding: 51 192 920 tenge.

Product innovation: (product, service): innovative organomineral fertilizer based on lake sediment extract.

Scope of application/industry: Agro-industrial complex, "green economy", "green technologies".

The aim of the project is to develop a technology for obtaining an innovative organomineral fertilizer based on lake sediment extract for intensive agriculture and crop production.

Expected results: Creation of technology for the production of environmentally friendly organic mineral fertilizer based on the extract of bottom sediments of local lakes; determination of the properties of organic mineral fertilizer; development of methods of use for the intensification of crop production and land use.

This, in turn, will contribute to an increase in the export of competitive, high-quality, organic products, which generally contributes to the socio-economic development of the region.

Project description: One of the conditions for the implementation of "green technologies" in agriculture should be the use of organic farming based on local natural resources of the North Kazakhstan region. The proposed technology implies an increase in the yield of environmentally friendly products at low cost, which will eventually contribute to intensive agriculture and crop production. Obtaining an innovative fertilizer based on the extract of bottom sediments of local lake resources for pre-sowing treatment of seeds of agricultural crops as a stimulator of energy and growth. Development of technology for obtaining innovative fertilizers to achieve an increase in yield of at least 10%.