Slope Disaster Prevention Project governance is a complex safety net technology, construction difficult. With the rapid development of the growing number of highway construction, and large key projects, slope treatment is always more prominent. 1990s, pressure grouting reinforcement tools and frameworks are increasingly used for anchoring structure - slope, especially for Treatment of high slope protection works. A deep slope Reinforcement technology to solve the deep slope reinforcement and stability, achieve radical purpose slope so it is a very broad prospect of High Slope Treatment Technology. For slope reinforcement measures adopted by many, slope cutting load shedding, drainage and water cut measures, anchorage, shear concrete structural measures, retaining measures pressure slope measures and plant sash slope, surface protection and so on, while slope control project emphasized the principle of comprehensive measures to strengthen the stability of the slope. However, with the increasing scale construction projects from time to time, the slope height increases, complexity increases, treatment technique requirements are increasingly high on the slope. Such as mining slope up to 1000m 300500m New Zealand reached the Three Gorges Project has attracted worldwide attention, the two-consecutive five locks is the largest lock in the world, located on a hilltop ridge splitting the rock-cut slot, earth excavation amounted to 37 million cubic meters of granite formation of high slope height of over 170 meters, and the lower part of 5060m vertical rock walls, slope reinforcement, only the amount reached over 180,000 anchor roots. Can be expected, with the development of science and technology, Slope Treatment technology will be further developed, and gradually improved. System openness, groundwater can freely excreted avoid problems due to rising slope instability caused by groundwater pressure; the system in addition to the contribution to the stability of the slope has some outside, while inhibition of slope subjected to further weathering and erosion and morphological characteristics of the slope, no special requirements, does not destroy and change the slope of the original topography and vegetation growth conditions, characterized by its openness to the subsequent and artificial slope or conditional green retain the necessary conditions needed in the future, green plants can grow freely in its open space, the role of the solid earth and slope protection plant root system became one, thus inhibiting the slope destruction and soil erosion, which in turn protects the slope topography and vegetation, to achieve the best slope protection and environmental protection purposes.