Siltation at inbound channels becomes increasingly serious as the service life of the channels increases. Improving the irrigation and water supply capacity of the channels，meeting the needs of water quality，and enhancing the flood absorption and flood control capacity necessitate the timely desilting of the inbound channels. Dredged soil produced by the desilting of the inbound channels defies transportation and unloading by water as in river and sea areas. Instead，it requires transportation onto the shore for treatment，resulting in complicated and costly treatment process for dredged soil. Moreover，failure to meet the desilting requirements of the projects due to limited stacking area and environmental pollution is common，which further affects the normal promotion of channel desilting. To address the problem of the difficult treatment of dredged soil during the desilting of inbound channels，this paper adopts the resource utilization technology for dredged soil and optimizes the desilting process to achieve the purpose of normally promoting desilting construction. This process can not only promote the normal implementation of the desilting of inbound channels but also meet the requirements of rational utilization of resources. Therefore，it deserves extensive popularization in the desilting projects for inbound channels.