Structure of a typical agricultural zone
the Zemledelie project for the creation of a complex for year-round (4 vegetations per year) replication of genetically pure seed material of grain crops disinfected from bacteria, viruses, fungal (spore) contamination and the cultivation from them of wheat, barley, oats, buckwheat, sunflower, corn, and certain types of grain legumes;
· the Horizont project for the production and operation of next-generation aeroponic vegetation complexes for growing seedlings and fruits of a wide range of vegetable, melon, berry and flower crops of higher plants, as well as for the replication of fruit trees with the aim of creating orchard farms. The technology provides for the cultivation of a wide variety of higher plant species, including all types of vegetables, melons, seed and market potatoes, all types of flowers, green vitamin feed for livestock, as well as seeds of grain crops and cuttings of fruit trees. Technologies have been developed for growing cedar and oak from unique genetically pure material. The aeroponic plant-growing technologies used in the modules of the Horizont complex currently have no analogues in the world and are the most promising in the field of producing ecologically clean fresh agricultural products;
· the Zernokombinat project for the construction and operation of the infrastructure of complexes for long-term storage and deep processing of grain crops of various capacities, and for year-round production of high-quality granulated compound feed of a wide range, green vitamin feed (GVF), wheat and rye flour, groats, sunflower oil, as well as processed products using new, unparalleled technologies;
· the Burenka project for the creation of a complex for loose housing of a dairy herd of cows of various capacities on the basis of a universal agricultural platform made of vacuum glass, new technologies for feed production, water treatment, disinfection of animals, feed and large volumes without the use of toxic chemical reagents. The project provides for the creation of a full infrastructure of life-support systems for cattle, an artificial insemination station, systems for year-round sprouting of green vitamin feed, as well as manure utilization complexes based on next-generation biotechnologies with the production of methane and biohumus. The project provides for the creation of its own dairy plant with a capacity of 45 tonnes per day;
· the Khryusha project for the creation of the infrastructure of complexes for the production of pork and deep-processed products with a capacity of 25,000 head per year on the basis of a universal agricultural platform made of vacuum glass and new technologies for water treatment and disinfection of feed and large volumes. The project provides for the creation of a full infrastructure of life-support systems for pigs, as well as manure utilization complexes based on next-generation biotechnologies with the production of methane and biohumus. Livestock products will be processed at its own meat processing plant;
· the Pedigree Horse Breeding project for the creation of the infrastructure of livestock complexes for breeding pedigree horses with a hippodrome and infrastructure for ensuring their sports training, conducting tests, competitions, auctions and horse trading, as well as organizing a riding school and equestrian tourism in the interests of ensuring leisure and health for the population of the district;
· the Sheep Breeding project for the creation of the infrastructure of complexes for the production of lamb of various capacities. New technologies of life-support systems and housing complexes make it possible to produce high-quality meat-and-milk lamb year-round, as well as to supply the districts where they are located;
· the Poultry Farming project for the creation of the infrastructure of poultry complexes on the basis of a universal agricultural platform made of vacuum glass and modified Ekvator wood and high life-support technologies for ecologically clean production of poultry products, as well as the production of ecologically clean biohumus and biogas;
· the Mikraksel project for the creation of mini-farm complexes for accelerated rabbit breeding. The project provides for the creation of infrastructure for the production, processing and utilization of waste from accelerator rabbits. A typical complex will consist of four thousand mini-farms, a slaughtering shop, a shop for chilling and storing finished products, as well as a shop for dressing fur products. Rabbit-breeding waste is processed into biohumus in next-generation biocomplexes. The new technology for raising accelerator rabbits excludes the occurrence of diseases and makes it possible to carry out the production of high-quality dietary meat without risk;
· the Ekvator project for the restoration of bioresources provides for the creation of the infrastructure of complexes made of vacuum glass and modified wood for the cultivation of sturgeon fish of various capacities, high-protein biomass of the aquatic hyacinth Eichhornia, as well as year-round cultivation of higher green plants of a wide range on Svetokultura and Horizont installations. The complex has no analogues in terms of the stated characteristics of ecological cleanliness, productivity and resource and energy saving;
· the Biosphere project for the creation of the infrastructure of complexes made of vacuum glass and modified wood for aeroponic volumetric cultivation of annual and perennial vegetable and berry crops, as well as flowers, grain crops and green vitamin feed (GVF). The complex has no analogues in terms of productivity, ecological cleanliness and quality of the grown products. The complex operates year-round at any point on the planet, requires no engineering communications and consumes 40 times less water compared with traditional agriculture, with 6-12 harvests per year.
· the Long-Term Storage Agro-Industry project (AIDKh) provides for the creation of the infrastructure of complexes of systems for long-term storage of fruit and vegetable products of various capacities with the production of live juices. Technologies for separating gas media that have no world analogues, as well as the materials from which the storage housings are made (foam-silicalcite), make possible the non-linear development of the industry of preserving the harvested crop. AIDKh is a systemically and communicatively connected infrastructure for preserving the harvested crop in inert gas media in a state of anabiosis, bringing it from the field to the consumer's table without losses, while preserving the vitamin, energy and taste properties of the products;
· the "Bread Baking" project to create modular bakeries of a new generation with a capacity of 10 tons of products per day, based on the use of "L-T" metatechnologies for preparing water, disinfecting and detoxifying input components, as well as the use of "L-T" metatechnology in the process of producing yeast bread at the dough ripening stage. The bread has high ecological and nutritional properties, improved taste and aroma, and also stays fresh 2 ÷ 3 times longer than usual; in addition, the volume of bread output increases by 30 ÷ 40% with the same consumption of components;
· the project “Seed Potato Growing” for the creation of a complex of technical means based on the universal agricultural platform “Ekvator” for ecologically clean year-round production and replication of genetically pure seed material of elite potatoes, disinfected from bacteria, viruses, and fungal (spore) contamination, based on the use of high life-support technologies.
The approved Program combines the development of all sectors, regional hybrid energy based on low- and medium-capacity nuclear power plants and thermal power plants, infrastructure, environmental, educational, technological, social and other projects, with the aim of satisfying the energy, food, humanitarian, cultural and technological needs of the Great Soviet Sovereign People of the USSR.