Total Solutions
Deodorization / Others
環境
The Art of Water
Comprehensive Methodology for Clean Deployment and Full Planning
NYYD has partnered with Black Pig Farm in a cross-industry collaboration to address the public's most concerning issues, such as the unpleasant odors from cooking waste and pigsty environments, as well as air pollution from burning waste and PM2.5 emissions. By implementing water-based processes and conducting pre- and post-execution testing, an independent third party was commissioned to carry out "air odor pollutant testing" and "PM2.5 testing" to evaluate the effectiveness. The results showed significant success in eliminating odors and reducing PM2.5.
Deodorization-Air Odor
Test report certification
Degradation - PM2.5
Air quality test report
Water Quality
Passed inspection
PM2.5 Concentration Test
Water is used as a degradation medium, and the spraying system effectively achieves deodorization.
Lives
Together
Environmental
Sustainable
In response to the global advocacy of carbon reduction and mitigation of global warming, RYYD provides a complete plan for the clean deployment of a complete set of environmental process methodology on the road of sustainable development of the environment for the society, so that enterprises and the environment can work together to move towards livelihood, production, ecology, and sustainable management.
Sustainability Quick Guide
At COP26 in November 2021, the Glasgow Climate Pact was adopted, with over 100 countries committing to carbon reduction and clean technologies. In January 2023, Taiwan passed the "Climate Change Adaptation Act," legally committing to "2050 net-zero emissions." With global carbon reduction efforts, including the EU's CBAM and the US's CCA, Taiwan raised its 2030 emission reduction target to 24%. The UN's 2030 Sustainable Development Goals (SDGs) guide global efforts in areas like poverty, climate change, clean energy, and gender equality, leading the way to a sustainable future.
新聞快訊
電動車充電站是汙染大戶！美國研究發現PM2.5爆量
洛杉磯快充站PM2.5竟超標
研究團隊針對加州洛杉磯縣50座直流快充站（多數為特斯拉超級充電站）進行監測，發現細懸浮微粒（PM2.5）平均濃度高達每立方公尺 15.2 微克。這數字不僅高於部分加油站的非尾氣排放數據，更有近半數地點超過了世界衛生組織（WHO）的空氣品質指引。
污染來源不是電力而是冷卻風扇
問題並非出在電能，而是快充設備內建的強力冷卻風扇。當風扇高速運轉時，會將地面灰塵、輪胎磨損微粒和煞車碎屑吹入空氣，形成額外的PM2.5污染，這讓「乾淨能源」的想像蒙上一層陰影。
研究指出，電動車快充站會產生PM2.5（圖／翻攝自Tesla官網）