Sediment Studies

For maritime traffic, sedimentation at ports is a major concern. Because of the challenge of sedimentation in some ports, the expense of maintenance and dredging occasionally outweighs the expense of port development and lowers the port’s productivity, reducing the port’s economic and commercial efficiency. The intended port can occasionally be kept by keeping the depth of the water entrance in the economic and practical cycle by periodic and frequent dredging. Therefore, understanding sediment, its nature, and sediment control techniques are crucial for lowering sediment deposition and minimizing dredging expenses.

The type of pattern governing the sedimentation of the port should be understood in the analysis of sedimentation based on the geometry of the port, the type of bed, the current conditions, and the climate of the waves in the region so that it can be used in providing various solutions to control sedimentation. With more than 20 years of expertise in field research and numerical models of sediment behavior, Oceans Research Co. has made considerable advancements in this area during the past ten years, the most noteworthy of which are as follows:

Field studies and sediment transport simulation in Bushehr Port

  • Studying the morphology and dredging of access channel of Bushehr port
  • Performing simulation studies of fine grain sediment transport in the access channel of the port
  • Exploring the methods to reduce sedimentation in the access channel of the port
  • Studying the effect of development plans on the process of sedimentation in the internal and external channels
  • Feasibility studies using the passive/active navigation depth method (PAND)

Field studies and sediment transport simulation in Astara Port

  • Studying the morphology and dredging of the access channel and Astara port basin
  • Performing simulation studies of parallel shore sediment transport (LST) in the access channel
  • Analyzing satellite images and changes in coastlines
  • Presenting solutions to reduce sedimentation in the access channel

Studying the sedimentation in the catchment of Salaleh Power Plant, Oman

  • Identifying the sedimentation sources
  • Exploring the sediment transport and sedimentation pattern
  • Numerical simulation of sediment transport
  • Providing an initial and short-term solution to reduce sedimentation
  • Providing the final solution to reduce sedimentation

Studying the sediment and solving the problem of sedimentation in the fishing port of Al Ashkharah, Oman

  • A detailed understanding of the hydrodynamic and sedimentation processes at the harbor creation site
  • Reviewing the design base reports
  • Reviewing the reports and solutions presented by previous consultants
  • Introducing an expert opinion/report with the solution for effective control/reduction of sedimentation for easy manoeuvring of ships annually
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