How to effectively prevent river and water source pollution incidents caused by oil pipeline rupture and leak?

How to detect and find oil slick in rivers the first time? 

How to safely and reliably use oil spill monitoring and alarm equipment in the wild environment? . . .

For the a range of practical problems above mentioned which trouble oilfield production safety and environmental protection (especially water conservation), there is now a reliable solution and technical means, a fully automatic oil slick monitoring and alarm system - "Eagle Eye 200 Robot" early warning system which has been successfully developed by Shaanxi Ruihai Lijun Environmental Technologies Co., Ltd. (a high-tech enterprise specializing in environmental monitoring technology). A batch of the systems has been used in the river oil spill monitoring of the Loess Plateau to provide a magical "high-tech umbrella" for Petro China Changqing Oilfield Company and Shaanxi Yanchang Petroleum (Group) Co., Ltd. which are conducting oil mining operations in the region. 

The system adopts the world's leading laser reflection technology to achieve the non-contact monitoring of any slick surface contamination emerging in watercourses, and achieve the real-time monitoring and timely warning and remote monitoring of field environments, open water surfaces and sensitive waters via the attached automatic functions and high-tech means included water level tracking, automatic lifting, level walking, 270° rotation, visual aids, intelligent protection, telecommunications and so on. Its wide adaptability to environment, advanced technical principles, a highly automated and intelligent design make the "Eagle Eye 200 robot" early warning system no longer be limited by the harsh environmental constraints unique in the Loess Plateau such as collapsible loess, irregular rivers, seasonal hydrological changes, hot weather, snow and ice, severe coldness, wind, rain, thunder, lightning, vandalism, etc., just like a dedicated, smart and reliable robot sentry. 

The system can be also widely used in the pollution monitoring of all sensitive waters including rivers, lakes, reservoirs, wetlands, harbors, docks, desalination of sea water and industrial sewage, so it is the most scientific and technological oil spill monitoring and alarm devices in the world.

Fig 1：Monitoring point at Dalugou Ditch, Xingzihe River System, Yan’an

Fig 2：Monitoring point at Huaziping of Yanhe River System

Fig 3：Monitoring point at Gansu Daheihe River

Fig 4：Monitoring point at Gansu Xiaoheihe River

Fig 5：System working schematic diagram

Fig 6：System structure diagram

Fig 7：Background monitoring home screen

Fig 8：Auxiliary video screen

 (Shaanxi Ruihai Lijun Environmental Technologies Co., Ltd., Edited by Topco)