Processes of concrete waste management can be carried out using various technological and organizational systems. Such systems must meet the boundary conditions of a given project involving deconstruction of a building and will differ in terms of waste management costs, environmental impact and nuisance to the surrounding community. Selecting the most advantageous solution, taking into account numerous standards such as sustainable development, requires a multiple-criteria analysis of such variants. The system presented in this work supports the decision-making process in terms of choosing a technological and organizational solution in the field of concrete waste management. It is based on a mathematical simulation model, which produces rating indicators for technological-organizational waste management systems. Based on a synthetic rating indicator, the decision maker is provided with a list of ranked variants to choose from. Moreover, the system analyses qualitative parameters, such as the building site area required and waste management time.

混凝土废物管理的过程可以使用各种技术和组织系统来进行。这样的系统必须满足涉及建筑物解构的给定项目的边界条件，并且在废物管理成本，环境影响和对周围社区的滋扰方面会有所不同。在考虑众多标准（例如可持续发展）的情况下，选择最有利的解决方案需要对这些变体进行多标准分析。在这项工作中介绍的系统在选择混凝土废物管理领域的技术和组织解决方案方面为决策过程提供了支持。它基于数学模拟模型，该模型可为技术组织废物管理系统提供评级指标。基于综合评分指标，决策者可以从中选择排名。此外，系统还分析定性参数，例如所需的建筑工地面积和废物管理时间。