The reporter recently learned from the Henan Provincial Institute of Regional Surveys that the four projects of “Geological Survey of Xinjiang 1:50, 000 Kongbaili, Hoshibeli, Kuole Aierke, and Muji” undertaken by the hospital passed smoothly Field inspections organized by the China Geological Survey's Xi'an Geological Survey Center have found a number of new mineralization points, laying a good foundation for further investigation of copper, lead, zinc, iron and other resources in the area.

 

According to reports, "Xinjiang 1:50 thousand empty Bailey, Hoshbeli, Kuole Aierke, Muji area geological survey project" is the 2009 geological survey task issued by the China Geological Survey, the unit is Henan Provincial Geological Survey Institute, field work from May 2009 to August 2011. After receiving this task, the hospital attached great importance to it as a key public welfare project, organized regional geological survey experts and related technical personnel to go deep into the field in Xinjiang, and carried forward the "three glory" and "four special" spirits of the geological and mining industry. Overcoming all kinds of difficulties, it took more than two years to complete the field mapping work tasks and the physical workload specified in the design book in a timely and high-quality manner, and organized the indoor data according to the requirements. The hospital completed a total area of ​​1637 square kilometers with a scale of 1: 50,000, a geological route of 1,560 km, a map of 40 square kilometers with a scale of 10,000, a route length of 120 kilometers, 23 measured geological sections, a total of 106 kilometers, etc. ; Completed the digitization of 16 1: 25,000 and 2 1: 10,000 topographic maps in the map area and the production of field hand maps, actual material maps, and geological maps; new results of ore prospecting were obtained, and copper-lead-zinc deposits were newly discovered ( 1), 5 copper mineralization points and 2 iron mineralization points. At the same time, preliminary studies were made on the ore-forming geological background of different minerals.