目前国内石油化工行业化工危险目标监测以点式传感器与线式激光探测器为主，存在感知范围小、报警数据单一、受环境影响大等诸多问题。难以在实际的化工生产场景中实现对危险目标的“早发现”，“早判断”，“早预警”，亟需实现场景三维时空的连续监测和整体态势感知。

快照式光谱成像技术基于高光谱成像原理，具有大范围实时可视化、智能化、抗环境干扰强等优势，可有效提升隐患排查能力和巡检效率。

看视界的快照式高光谱相机，体积小、成本低、可高度集成化，可针对石化工艺装置区的泄漏进行实时监测，低成本提供泄漏监测的可视化多维信息，提高企业处置效率。

At present, in domestic petrochemical industry the monitoring of chemical hazardous targets mainly relies on point-type sensors and linear-scan laser detectors, which have many problems such as small perception range, single alarm data, and significant environmental influence. It is difficult to achieve early detection, judgment, and warning of hazardous targets in actual chemical production scenarios, and there is an urgent need to achieve continuous monitoring of the three-dimensional space-time of the scene and overall situational awareness.

Snapshot spectral imaging technology is based on the principle of hyperspectral imaging and has the advantages of large-scale real-time visualization, intelligence, and strong resistance to environmental interference, which can effectively improve the ability to investigate hidden dangers and inspection efficiency.

KrystalVision Technology provides compact and highly-integrable snapshot hyperspectral cameras that conduct real-time monitoring of leaks in the petrochemical process area, providing multi-dimensional information for leakage monitoring at a cost-effective way.