Nanotechnology in the fight against environmental pollution and their role in shaping environmental responsibility at the level of individual consumption

Abstract

This study analyzes the potential of nanotechnology in combating environmental pollution and assesses its impact on the formation of environmental responsibility at the level of individual consumption. The introduction substantiates the relevance of using nanomaterials to solve problems related to environmental degradation and depletion of natural resources. The relevance of the topic is due to the need to develop effective methods of cleaning the environment and increasing the level of environmental awareness of the population in the context of global environmental challenges. The aim of the study is to integrate nanotechnology approaches into existing environmental protection systems and assess their social significance through the prism of individual consumer behavior. The research methods include a comprehensive interdisciplinary analysis combining experimental, analytical and sociological approaches. Laboratory tests of nanomaterials capable of absorbing and neutralizing harmful chemical compounds in water and air have been conducted in the experimental part, which makes it possible to evaluate their effectiveness in comparison with traditional purification methods. The analytical section includes an overview of existing technologies and a comparative analysis of the characteristics of various nanomaterials used for cleaning the environment. The sociological methodology is represented by surveys and questionnaires aimed at monitoring the level of environmental responsibility and willingness to use innovative environmental solutions at the household level. The results of the study demonstrate that the use of nanotechnology contributes to a significant reduction in the concentration of toxic substances in the environment – from 30 to 50% compared with conventional methods. The data obtained indicate a positive correlation between the use of innovative nanomaterial solutions and increased environmental awareness among consumers. The analysis of the survey data revealed a growing interest in sustainable consumption and a willingness to adapt new technological approaches to environmental protection. The discussion of the results allows us to conclude that the integration of nanotechnological methods into an integrated environmental protection system is highly promising. The adopted approaches contribute not only to the technical solution of pollution problems, but also to the formation of a culture of environmental responsibility, which is an important condition for the sustainable development of society.