The article analyzed the state of the global problem of ecological safety of the EU and argued the need to create a methodology for planning technologically integrated projects of the “European Green Deal” (TIP “EGD”) that accounts for the risks to the stakeholders, i.e., the state, project executors, resource suppliers, project managers, and clients. Each of these has an individual set of values that determines the project risk for them. Herein is proposed a taxonomy of three ranks of TIP “EGD” involving agricultural waste, determined by their characteristics, products, and requirements for the stakeholders. The authors point out the need to create tools for quantitative risk assessment for the stakeholders of TIP “EGD” involving agricultural waste and distinguish four groups of risk components with regard to the value of such projects. A model of value risk formation is presented that addresses the risk management of each of these stakeholder values. The need to develop tools (models, methods, and algorithms) for quantitative risk assessment of the values of each type of project is discussed. Regularities in the formation of stakeholder values, which were a foundation of the model of formation, are established.

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The possibilities of using resources of the plant biomass as an effective renewable energy source are analyzed. The issues of the current state of corn for grain production, peculiarities of its cultivation and the possibility of using agrarian residues in corn production to produce energy are considered in the study.

The analysis of the current state of implementation of corn waste collection projects for the production of environmentally friendly fuel is performed. It is substantiated that the planning of the need for technical equipment of corn waste collection projects for the production of environmentally friendly fuel in a given season is based on the results of forecasting the basic events of the internal design environment. A method and a statistical simulation model for planning the need for technical equipment of corn waste collection projects for the production of environmentally friendly fuel have been developed. They provide an assessment of the timely performance of work in individual fields, as well as take into account the changing design environment, which causes the risk of the specific cost of disposal of corn waste. The developed simulation model of maize waste collection, which is available for disposal under the condition of maintaining the balance of organic carbon in the fields, has been tested for adequacy. Indicators of use of technical equipment and tendencies of change of risk of specific cost of alienation of corn waste are substantiated.

The paper is concerned with the mechanism of interaction between the electromagnetic field and the microorganisms. Currently the issue for usage of low-energy electromagnetic fields of marginal high-frequency range for reconstruction of the injured by infectious microorganisms animal skin is of great interest. The use of low-energy electromagnetic fields for restoring animal skin cover is significantly different from the existing physical and therapy procedures.The authors made the theoretical and the experimental research on updating and developing the low-energy electromagnetic technology and hardware of the electromagnetic field of high-frequency range to restore animal skin cover of infected wounds.The process of interaction between low-energy electromagnetic fields of high-frequency range in terms of infected animal skin cover is examined on the basis of the mathematic model. Particular attention was paid to theoretical aspect and cellular level analysis of the biotronic parameters of electromagnetic fields for the oppression of infectious microorganisms in wounds of animal skin cover and its effective reunion.