Within the presented study, applied aspects of the resource provision of innovation and investment strategies for modernization of microeconomic systems in the context of digitalization are submitted. It is substantiated that the modernization of microeconomic systems is a certain activation of the potential modernization aimed at improving the efficiency of processes, technologies, management of products, services and more. Modernization challenges of microeconomic systems are implemented through strategic management of the enterprise development provided resource provision of the potential modernization. Initial conditions of the resource provision of the microeconomic systems modernization in the conditions of digitalization are singled out, which include: efficiency; availability and clarity of the algorithm analysis formed by information base and tools; clear calculations of the cost of attracting resources to the modernization process; forecasting and assessing the risks of incomplete implementation of modernization. It is proved that in the methodological support of resource management of microeconomic systems in the design, the method of subjectivity of distributions or cost centres is used. The methodical toolkit of the resource provision optimization of modernization designing of microeconomic systems in the conditions of digitalization with application of the competitive selection model of modernization projects for the carrying the chosen strategy of the resource supply is offered. The proposed approach to the optimization of resource provision of modernization design of microeconomic systems in the context of digitalization involves: formation of a set of applications based on the preferential principle and priority of innovation and investment strategies; assessment of actual indicators of resource efficiency in modernization projects by each participant; decision-making on providing resources to the modernization project; determining the completeness and redundancy of the resource allocation between projects; distribution of residual resources.

Within the article, the essence of the concept and theoretical aspects of greening production as a separate area of ensuring the sustainability of production activities of the enterprise is considered. The basic principles of ensuring the environmentalization of production have been studied, among the key ones are the principles of systematization, complexity, responsibility, scientific validity, economic balance, as well as the principle of permanent improvement. The authors also consider the main tools for production greening (utilization, recycling, biochemical, bioenergy technologies and technologies of environmental adaptation), as well as a study of the main stages of production greening. The dynamics of some indicators that characterize the trends in the prevalence of production greening among entrepreneurs in terms of the number of enterprises that implement relevant measures and those, which measures, are innovative and significant. The methodical approach of estimation of production greening with use of the methods of standardization, complex indicators and comparison is offered. A list of recommended measures for production greening by enterprises has been formed. The list of recommendatory measures of the enterprises production greening is formed, which include: development of ways to ensure the processing and reuse of industrial waste; conducting a study of the production system for the possible generation of returnable waste; introduction of measures to reduce the material consumption of products; reduction of energy consumption of equipment’s separate elements; development and implementation of technological processes that eliminate or minimize emissions and emissions of harmful substances into the environment, etc.

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The article deals with the formation of a healthy human living environment in superstructure buildings with the requirements of indoor air quality, environmental and constructive safety. The results of the development of "Biotecton" - an ultra-high-rise multi-functional building (the height is 1000 m) are presented. In order to effectively overcome the wind and seismic loads, the principles of the structure of the natural form (Gramineae stems, Triticale) are used. It is a multi-tiered spatial structure, in the nodes of which there are dampers for limiting oscillatory movements. For solving the problems of increasing the energy efficiency of ventilation and air conditioning, the use of air from height 1000 m with the minimum of anthropogenic pollution is investigated. Two mechanisms of the movement of air in a superstructure were investigated: natural impulses (under the action of gravitational pressure and wind) and mechanical (fans). It is shown that the natural pressure is insufficient for air movement. The mechanical impulse is necessary, but its energy requirement can be compensated by a renewable energy source - wind turbines with a total capacity of 5.3 MW. For high air quality, the use of "oxygen gardens" in green areas, which are evenly spaced along the entire height of the building, is explored. The study proposed a list of plants that effectively clean air from pollution, sequestrate excess CO2, enrich the air with oxygen and release phytoncides that effectively fight against pathogenic microorganisms.