In an attempt of the US Army Corps of Engineers’ (USACE) continuous clearing waterways for improved aquatic navigation, a surplus of more than 2,000,000 cubic yards of dredged material between three locations of Sangamon River - Decatur, Il, Mackinaw River - Pekin, Il, and Bull’s Island - Ottawa, Il require sustainable repurposing. To resolve this, the beneficial use of this material has been investigated by assessing reports given by the USACE as well as conducting independent research to highlight the best, most feasible use based upon composition, location of the surplus sites, and cost associated with use and transportation of the dredged material. Upon request of the USACE, sustainability and environmental conscientiousness, defined by...
A barge load of sediment excavated by clamshell from Lower Peoria Lake was shipped to Chicago, Ill. ...
This paper summarizes investigations conducted under the Dredged Material Research Program, Long-Ter...
Accumulation of sediment in the Illinois River has greatly degraded the ecosystem. A large dredging ...
To keep the Delaware River navigable, excess sediment from the channel is dredged annually and the m...
PDFTech ReportCFIRE RI-08DTRT12-G-UTC19Dredged materialsDredgingWaste managementRecyclingPortsPort c...
Dredging sediments from rivers around the world is a standard practice to open waterways for naval t...
To maintain the navigational depth, 1.15 million cubic meters (1.5 million cubic yards) of sediment ...
To maintain the navigational depth, 1.15 million cubic meters (1.5 million cubic yards) of sediment ...
Beneficial reuse of dredged material requires proper engineering design, protection of human health ...
Material Research Program (DMRP). The objective of Task 5D, part of the Productive Uses Project, was...
Due to the character of the original source materials and the nature of batch digitization, quality ...
This report is a review of the sediment beneficial use project coordinated by the Illinois Sustainab...
The overall habitat quality of the Illinois River is significantly degraded by over 100 years of sed...
PDFTech ReportCFIRE 07-06DTRT06-G-0020PortsHarborsDredged materialsEarthworkGeotechnical engineering...
Beneficial uses of dredged material is by no means a new concept…. However, there is now a developin...
A barge load of sediment excavated by clamshell from Lower Peoria Lake was shipped to Chicago, Ill. ...
This paper summarizes investigations conducted under the Dredged Material Research Program, Long-Ter...
Accumulation of sediment in the Illinois River has greatly degraded the ecosystem. A large dredging ...
To keep the Delaware River navigable, excess sediment from the channel is dredged annually and the m...
PDFTech ReportCFIRE RI-08DTRT12-G-UTC19Dredged materialsDredgingWaste managementRecyclingPortsPort c...
Dredging sediments from rivers around the world is a standard practice to open waterways for naval t...
To maintain the navigational depth, 1.15 million cubic meters (1.5 million cubic yards) of sediment ...
To maintain the navigational depth, 1.15 million cubic meters (1.5 million cubic yards) of sediment ...
Beneficial reuse of dredged material requires proper engineering design, protection of human health ...
Material Research Program (DMRP). The objective of Task 5D, part of the Productive Uses Project, was...
Due to the character of the original source materials and the nature of batch digitization, quality ...
This report is a review of the sediment beneficial use project coordinated by the Illinois Sustainab...
The overall habitat quality of the Illinois River is significantly degraded by over 100 years of sed...
PDFTech ReportCFIRE 07-06DTRT06-G-0020PortsHarborsDredged materialsEarthworkGeotechnical engineering...
Beneficial uses of dredged material is by no means a new concept…. However, there is now a developin...
A barge load of sediment excavated by clamshell from Lower Peoria Lake was shipped to Chicago, Ill. ...
This paper summarizes investigations conducted under the Dredged Material Research Program, Long-Ter...
Accumulation of sediment in the Illinois River has greatly degraded the ecosystem. A large dredging ...