language Türkçe
Article 2025 · 1 citations

How green is green chemistry? Exploring the experiences and views of Turkish chemistry teachers on practical activities including green and sustainable chemistry

Akaygun, Sevil, Budak, Ulku Seher, Nalcakan, Nil, Sozbilir, Mustafa, Delaney, Seamus

Abstract

Learning chemistry involves comprehension of chemical phenomena through practical activities. Chemistry teachers generally take various factors, including conditions and context, into consideration when integrating practical activities. In recent years, with the aim of having a more sustainable world, there has been a notable shift towards the adoption of green and sustainable chemistry (GSC) in practical activities. Therefore, this study aimed to investigate the experiences and views of chemistry teachers in T & uuml;rkiye, regarding the practical activities, in general, and the ones focusing on GSC. In this mixed-method study, 206 chemistry teachers working at various types of high schools completed the International Teacher Survey on GSC Practical Activities. Subsequently, focus group interviews were conducted with teachers employed at the same school type. The survey responses were analyzed descriptively, and the focus group interviews were subjected to content analysis for further comparison. The findings indicated that chemistry teachers at science and private high schools implement practical activities more frequently than teachers at other schools. The challenges teachers face when conducting practical activities were categorized as infrastructural, systemic, teacher-based, and student-based. Finally, most teachers lacked knowledge and skills regarding GSC, and adopted environment-centered, economy-centered and belief-centered perception views in choosing GSC activities.

Keywords
green chemistry sustainable chemistry practical activities chemistry teachers, ECRICE 2024 HIGH-SCHOOL SYSTEMS THINKING PERCEPTIONS EDUCATION EFFICACY COLLEGE DESIGN WORK
WoS Categories
Education, Scientific Disciplines
Citation
Journal
CHEMISTRY TEACHER INTERNATIONAL
Year
2025
Volume
7
Issue
4
Pages
695-716
eISSN
2569-3263
DOI
10.1515/cti-2025-0037
WoS UID
WOS:001630885700001
Open via DOI