Nikulin M.A.

On organizational structures of food and fire safety management in Central Siberia

The article is devoted to the problems of self-organization of science-intensive technological processes in agriculture and fire protection of farmland and forests. Examples of modern solutions in the field of monitoring farmland and forests using unmanned aerial vehicles, small aircraft and helicopters are given. The latest achievements in the development of airships for these purposes are described, including a method patented by the authors for detecting and fighting fires using gas separation nanotechnology to replace the main fire extinguishing agent (water) with atmospheric nitrogen. The conditions for self-organization of technological processes in agriculture are determined. The results of the synthesis of the model of a "fire-agricultural combine-airship", combining "inside itself" not only the functions of fire extinguishing with separated atmospheric nitrogen, but also all agricultural technologies and precision farming equipment - "without tractors, seeders, harvesters, trucks and reclamation systems" are given.

Keywords: AGRICULTURAL TECHNOLOGIES, UNMANNED AERIAL VEHICLES, AGRICULTURAL AVIATION, ANTI-FIRE AVIATION, MEMBRANE AIR SEPARATORS, INTEGRATION OF SAFETY AND AGRICULTURAL TECHNOLOGIES, HYBRID AIRSHIPS