[A-AS09] 応用気象学

[AAS09-P02] SMART LiDAR: A Next-Generation Scanning LiDAR System for Real-Time Detection of Wildfires and Industrial Fires

*Kwanchul Kim¹、Seong-min Kim¹、Gahye Lee¹、Jeong-Min Park¹、Sea-ho Oh¹、Min-Kyung Sung¹、Youngmin Noh²、Kwonho Lee³、Young J. Kim³、Sungchul Choi⁴、Changgi Choi⁴、Woosuk Choi⁵、Chun-Sang Hong⁶、Sangchul Kim⁷ (1.Advanced Institute of Convergence Technology、2.Pukyong National University、3.Gangneung–Wonju National University、4.Samwoo TCS co., Ltd.、5.Sejong University、6.Korea University、7.Sungkyunkwan University)

キーワード：Wildfire Detection, Industrial Fire Monitoring, Scanning LiDAR, Air Quality, Aerosol

This study introduces SMART LiDAR, an advanced scanning system for real-time wildfire and industrial fire detection. It addresses limitations of traditional methods caused by atmospheric variability and complex terrain, offering <30 m spatial resolution and adaptability to diverse environments. Using dual wavelengths (532 nm, 1064 nm), it provides 360° scanning with 1° resolution, detecting smoke and particulates in real time. Field validation during a factory fire in Sihwa Industrial Complex, South Korea, tracked a 5 km smoke plume and observed particulate reduction after suppression, demonstrating effective real-time monitoring.

Acknowledgment: 2023-MOIS-20024324