Kristanti Risky Ayu, Hadibarata Tony, Wulandari Nilam Fadmaulidha, Sibero Mada Triandala, Darmayati Yeti, Hatmanti Ariani
Research Center for Oceanography, National Research and Innovation Agency, Jakarta, 14430, Indonesia.
Environmental Engineering Program, Faculty of Engineering and Science, Curtin University, Malaysia, CDT 250, 98009, Miri, Malaysia.
Bioprocess Biosyst Eng. 2023 Mar;46(3):429-441. doi: 10.1007/s00449-022-02784-y. Epub 2022 Sep 23.
The introduction of plastic sectors has resulted in the presence of microplastics (MPs) in water systems, which has become a global issue that has attracted scientific and community awareness. MPs can be detected in a variety of sources such as beauty products, manufacturing effluent, or fishing activities. This study examined the repercussions posed by MPs' prevalence on land and marine environments and human health issues. Henceforth, remediation technologies must be introduced to shift out MPs from the water supplies in order to sustain the environmental quality for future generations, the benefits and drawbacks of the technology applied. This study also portrays difficulties encountered in MP research as the hurdles must be mastered in order to properly comprehend the MPs. The cooperation between nations is the most critical aspect in fully tackling MP issues as it can be easily carried by wind or water and its damage can be larger than predicted.
塑料行业的兴起导致水系统中出现微塑料(MPs),这已成为一个引起科学界和公众关注的全球性问题。微塑料可在多种来源中被检测到,如美容产品、制造业废水或渔业活动。本研究考察了微塑料的广泛存在对陆地和海洋环境以及人类健康问题造成的影响。今后,必须引入修复技术以从供水系统中去除微塑料,从而为子孙后代维持环境质量,并探讨了所应用技术的优缺点。本研究还描绘了微塑料研究中遇到的困难,因为必须克服这些障碍才能正确理解微塑料。国家间的合作是全面解决微塑料问题的最关键因素,因为微塑料很容易通过风和水传播,其危害可能比预期的更大。