SWOT Analysis for Preliminary Study of Municipal Waste Management Toward a Zero Waste Highland Community in Northern Thailand

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Nittaya Pasukphun
Anuttara Hongtong
Vivat Keawdunglek
Yanasinee Suma
Pussadee Laor
Tawatchai Apidechkul

Abstract

This research aims to investigate the situation of municipal waste management in the highlands of Chiang Rai, Thailand in order to formulate a preliminary strategic action plan for efficient management of municipal solid waste. In-depth interviews, questionnaires and discussions between government officers and community residents were conducted, in addition to analysis of the composition of solid waste in the municipality. SWOT analysis (Strengths, Weaknesses, Opportunities, and Threats) of current municipal waste management was performed and considered together with the assessment indicators of zero waste management: geo-administrative, socio-cultural, management, environment, economic, organization and governance and policy, in order to identify key domains and locally relevant indicators. The results pointed to two main weaknesses of municipal waste management: lack of knowledge, combined with low levels of implementation of best practice in waste management. This was attributed mainly to language barriers impeding knowledge exchange. To improve the prospects for a zero-waste community in these highland areas, there is a need to improve administration and the social attitudes by promoting the 3Rs concept and initiating waste utilization projects to raise awareness and consciousness within local communities. Importantly, imparting the knowledge of waste management using effective parent language for communication is a key success factor for enhancing the effectiveness of municipal waste management.

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How to Cite
Pasukphun, N., Hongtong, A., Keawdunglek, V., Suma, Y., Laor, P., & Apidechkul, T. (2018). SWOT Analysis for Preliminary Study of Municipal Waste Management Toward a Zero Waste Highland Community in Northern Thailand. Applied Environmental Research, 40(3), 55–64. https://doi.org/10.35762/AER.2018.40.3.6
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Original Article