Peaceful Innovation for Removal of Air Pollution from Cremation
Main Article Content
Abstract
This research article aims to present peaceful innovation for participation in social responsibility, in case of solving pollution problems from the cremation of Prayurawongsawas Woraviharn Temple. The research methodology use participatory action research (PAR) consisting of 1) planning phase 2) process phase 3) follow-up phase and 4) evaluation phase using an in-depth interview tool with 14 key informants, Group discussions with stakeholders, Public forum arrangement and expanding knowledge to the community The study indicated that pollution management from cremation requires innovation and technology to be involved as a tool for improving pollution problems and creating participation. The main process will been driving with the 5 principles 1) creating awareness of problems together for stakeholders 2) creating awareness for those involved in the temple and expanding to the general public in society 3) create form and method of use of Wimutti substance, reducing pollution from cremation together 4) Creating a guideline to prevent pollution from sustainable cremation with cooperation 5) Promote, disseminate and expand the results of solving pollution problems from cremation to monks. The result of the process of causing initiative idea (Innovation) Government involvement (Government concerning) Knowledge of stakeholders (Educating) Awareness of problems for all parties (Awareness) with peaceful communication (Peaceful communication) and Public mind.
Article Details
Views and opinions expressed in the articles published by The Journal of MCU Peace Studies, are of responsibility by such authors but not the editors and do not necessarily reflect those of the editors.
References
Boon-Long J. (2004). Dioxin Disaster, Waste and Hazardous Substance Management Bureau, Pollution Control Department.
Food and Drug Administration. (1999). Open the toxin ‘Dioxin’ is the most serious in the world. Retrieved September 2017, from http://elib.fda.moph.go.th/library/default.asp page2=subdetail&id_L1=27&id_L2=15673&id_L3=1262
Charoenwongsak K. (2008). Standard Cremation for Bangkok People Far Away from Poison. Retrieved September 2017, from http://oknation.nationtv.tv/blog/kriengsak/ 2008/03/10/entry-1
Thairat online. (2018). Retrieved September (2018) from https://www.thairath.co.th/content/1460301
Ministry of Natural Resources and Environment Announcement. (2010).
Announcement: Requiring the incinerator to be a source of pollution that must be controlled before discharging air into the environment.
Ministry of Natural Resources and Environment Announcement. (2010). Announcement: Establish standards for the control of emissions from waste incinerators.
Chantarat, N. (2009). Legal measures to control air pollution from cremation. Thesis Master of Laws. Graduate School: Thammasat University.
Srithong, K. and Team. (2017). Test report of substance Wimutti (GAIA) to prevent The occurrence of Toxins from cremation. Mahachulalongkornrajavidyalaya University.
Pinthong, P. (2016). Summary of the exchange of learning sessions. Heavy metal and dioxin contamination environment. Science and Technology Research Institute: King Mongku’ts University of Technology North Bangkok.
Pinthong, P. (2017). Application of GAIA in environmental protection and solutions Seminar of Technology to prevent and solve problems Dioxin toxins from cremation. Mahachulalongkornrajavidyalaya University.