Abstract
Large public events (forums, championships, contests, olympiads) are events with a large number of spectators and participants, which, as a rule, leads to the generation of a large amount of waste. Mass sporting events are no exception, and when planning them, a special role is assigned to the creation of environmentally friendly waste management system. The subject of the research is the concept of waste management at the upcoming World Junior Ice Hockey Championship in 2023 in Novosibirsk. The article also discusses the types of waste generated in the functional areas of the competition grounds, studied the practice of handling solid waste: possible technologies for utilization and collection. The scheme of waste management at various stages of sports competitions is presented. Reasonable waste management should be based on the following principles: waste minimization, repair and restoration of faulty equipment and inventory, reuse of goods and materials, maximum recycling and composting, minimum burial and storage at landfills. Based on the results of the article, the main methods and recommendations for effective waste management at WJC-2023 were identified
Highlights
The problem of rational consumption of resources, reduction of waste at different stages of production, processing and distribution of the planet's resources is at the epicenter of global attention and affects most of the SDGs [1,2,3]
Mass sporting events are no exception, and when planning them, a special role is assigned to the creation of environmentally friendly waste management system
From the point of view of creating Waste Management System (WMS), all waste is usually divided into four major categories of waste: municipal solid waste, industrial waste, agricultural waste and hazardous waste
Summary
The problem of rational consumption of resources, reduction of waste at different stages of production, processing and distribution of the planet's resources is at the epicenter of global attention and affects most of the SDGs [1,2,3]. Classifiers that emit varying degrees of hazardous properties (toxicity) of waste are classified as the most commonly used in the world. In the approaches of the Environmental Protection Agency breaks it down by four characteristics: ignitability, corrosivity, reactivity, toxicity. It is on the basis of approaches to determining the hazard by the degree of negative impact on the environment that the appropriate method of waste management is selected and implemented. From the point of view of creating Waste Management System (WMS), all waste is usually divided into four major categories of waste: municipal solid waste, industrial waste, agricultural waste and hazardous waste
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