Suriyawong Phuchiwan, Chuetor Santi, Samae Hisam, Piriyakarnsakul Suthida, Amin Muhammad, Furuuchi Masami, Hata Mitsuhiko, Inerb Muanfun, Phairuang Worradorn
Research Unit for Energy, Economic, And Ecological Management (3E), Science and Technology Research Institute, Chiang Mai University, Chiang Mai, 50200 Thailand.
Department of Chemical Engineering, Faculty of Engineering, King Mongkut's University of Technology North Bangkok, Bangkok, 10800 Thailand.
Heliyon. 2023 Mar 5;9(3):e14261. doi: 10.1016/j.heliyon.2023.e14261. eCollection 2023 Mar.
Many of the current atmospheric environmental problems facing Thailand are linked to air pollution that is largely derived from biomass burning. Different parts of Thailand have distinctive sources of biomass emissions that affect air quality. The main contributors to atmospheric particulate matter (PM), especially the PM fraction in Thailand, were highlighted in a recent study of PM derived from biomass burning. This review is divided into six sections. Section one is an introduction to biomass burning in Thailand. Section two covers issues related to biomass burning for each of the four main regions in Thailand, including Northern, Northeastern, Central, and Southern Thailand. In northern Thailand, forest fires and the burning of crop residues have contributed to air quality in the past decade. The northeast region is mainly affected by the burning of agricultural residues. However, the main contributor to PM in the Bangkok Metropolitan Region is motor vehicles and crop burning. In Southern Thailand, the impact of agoindustries, biomass combustion, and possible agricultural residue burning are the primary sources, and cross-border pollution is also important. The third section concerns the effect of biomass burning on human health. Finally, perspectives, new challenges, and policy recommendations are made concerning improving air quality in Thailand, e.g., forest fuel management and biomass utilization. The overall conclusions point to issues that will have a long-term impact on achieving a blue sky over Thailand through the development of coherent policies and the management of air pollution and sharing this knowledge with a broader audience.
泰国目前面临的许多大气环境问题都与主要源自生物质燃烧的空气污染有关。泰国不同地区有影响空气质量的独特生物质排放源。近期一项关于源自生物质燃烧的颗粒物(PM)的研究突出了泰国大气颗粒物尤其是PM部分的主要来源。本综述分为六个部分。第一部分是泰国生物质燃烧的介绍。第二部分涵盖泰国四个主要地区(包括泰国北部、东北部、中部和南部)各自与生物质燃烧相关的问题。在泰国北部,森林火灾和农作物秸秆焚烧在过去十年影响了空气质量。东北地区主要受农业残留物焚烧的影响。然而,曼谷大都市区PM的主要来源是机动车和农作物焚烧。在泰国南部,农业产业活动影响、生物质燃烧以及可能的农业残留物焚烧是主要来源,跨境污染也很重要。第三部分涉及生物质燃烧对人类健康的影响。最后,针对改善泰国空气质量提出了观点、新挑战和政策建议,例如森林燃料管理和生物质利用。总体结论指出了一些问题,这些问题将通过制定连贯政策、管理空气污染以及与更广泛的受众分享这些知识,对泰国实现蓝天产生长期影响。