Development of an algorithmized model for the implementation of the project on ecologization of industrial production

The article is devoted to the urgent problem of reducing the negative impacts of industrial enterprises on the environment and increasing the competitiveness of products. Minimization of environmental threats can be achieved by the development of environmental production, which today is difficult due to the imperfection of the mechanism for the practical implementation of environmental projects. The aim of the article is to formulate a valuation procedure methodology and develop an algorithmized model for the process of implementing a project for the greening of industrial production. To achieve this goal, we used the method of formalization and modeling, methods of cause and effect relationships and structural-functional analysis. To visualize the process of implementation of the project on the greening of production, the method of modular design of algorithms is used, which allows one to form an algorithm from structural algorithmic units using their serial connection or branching in compliance with established constraints and alternatives. The key elements of the conceptual apparatus of the organization of environmental production systems are identified that relate to the project approach to environmental change. The necessity of developing a structurally functional and algorithmized model of the process of implementing the project on the greening of production is substantiated. The block diagram of the algorithm for the implementation of the project on the greening of industrial production, including five consecutive stages of the project life cycle, has been developed. A number of evaluation procedures are provided on the basis of established conditions and constraints, the result of which are branches when switching between modules with a further selection of algorithmic alternatives. A characteristic of the evaluation procedures at the stages of the project life cycle is suggested, indicating indicative parameters and the conditions for the transition to the next stage of the project for the greening of production. When passing the assessment procedures, control indicators are provided in the form of optimal, critical or actual parameters, which allow determining the possibility or impossibility of further movement along the algorithm tree. The feedback flows between the modules are indicated, which provide for the adjustment of project plans due to the identification of elements of the unavailability of the production system for environmental changes for organizational or technical reasons. The results obtained are the basis for further research on the organization of environmental production systems, software development projects for the greening of production.