Urban residents and especially children have limited contact with nature and are not sufficiently informed about the main problems of its protection and preservation. One of the aspects of increasing the environmental awareness of urban children is to familiarize them with the specifics of agricultural production. A significant problem in organizing agricultural-themed children’s gaming complexes is the creation of an appropriate infrastructure for exhibiting natural and agricultural processes and servicing visitors. One of the possible solutions to this problem is the use of used sea containers for facilities of educational and gaming infrastructure. An important characteristic of such containers is the ability to use them both individually and in various quantitative and combinatorial ways, forming the buildings necessary for exhibiting and servicing. The use of combined container groups makes it possible to organize appropriate temporary or permanent educational and gaming complexes in free territories within cities or suburbs, bringing them as close to consumers as possible. The children’s educational and game complex with agricultural themes is a set of organizationally and spatially interconnected buildings and structures that ensure the display of agricultural production processes based on the active participation of visitors.

The disadvantage of most of children's playgrounds is the inability to fully use them during afternoon sun and in the rain. Frequently used small gazebos and canopies only allow you to hide from the rain or the sun. A full-fledged game is impossible. The optimal solution, apparently, is to build pavilions that are high enough for a full-fledged game and provide a roof over most of the playing space. An analysis of various solutions has shown that recombined elements of disassembled collapsible rod spatial structures can used for this purpose. These widespread structures used in large-span buildings and usually fail after several cycles of operation. The proposed continuation of their use increases their asset turnover. Pavilions built from these structures provide an opportunity to continue the games in the afternoon sun and in the rain. The strength and spatial rigidity of these structures makes it possible to attach various amusement rides and lighting equipment to them. The article presents a conceptual design solution. This solution solves some of the problems of ensuring sustainable development by saving energy and reducing costs, as it ensures the reuse of dismantled structures. The solution is almost universal for different regions. The proposed solution should be seen as a conceptually new application of existing systems.