" Extracting/Upgrading Natural Resources ; Creating/Promoting Glorious World Of Future."
Dredging to Marine/River Concessions
Dredging By Using Sand Bucket/ Clamshell
Reclamation to form Newland, Consolidate at River Bank, Reservoir, Beaches
The elevation of a seabed, riverbed, or low-lying land can be raised via pondering,
dry earth movement, or hydraulic filling.
Rock Revetment & Sedimentation
When constructing seawalls to fully protect regions with valuable backshore assets from severe and continuing erosion is not feasible financially or environmentally, rock revetments are sometimes employed instead. With the aid of wave energy dissipation in the revetment’s crevices, permeable revetments serve to lessen the erosive strength of the waves.
Additionally, gabions, lumber, or concrete armour units can be used to create permeable revetments. In most cases, concrete units are too expensive to be used as dune protection, but they might be acceptable in situations where high value backshore assets need to be safeguarded and armour rock is hard to come by. They are frequently thought to be more ugly than rock.
Rock Revetment & Sedimentation
When constructing seawalls to fully protect regions with valuable backshore assets from severe and continuing erosion is not feasible financially or environmentally, rock revetments are sometimes employed instead. With the aid of wave energy dissipation in the revetment’s crevices, permeable revetments serve to lessen the erosive strength of the waves.
Additionally, gabions, lumber, or concrete armour units can be used to create permeable revetments. In most cases, concrete units are too expensive to be used as dune protection, but they might be acceptable in situations where high value backshore assets need to be safeguarded and armour rock is hard to come by. They are frequently thought to be more ugly than rock.
Coastal Erosion Protection
Coastal Erosion Protection
Floating Channel Transmission
Working Speedboat
Amphibious Excavation Works
An excavator that can undertake dredging work while floating in shallow water is known as an amphibious excavator. It has sealed pontoon equipment. Because of the working conditions, the high tensile strength steel used to construct the pontoons makes them corrosion-resistant and able to function in highly salinized environments, such as those associated with working with seawater. It is machinery that is especially made to float on water and maneuver in swampy environments like marshes and soft ground. These excavators use a direct drive guide hydraulic system for complete self-propulsion.
Amphibious Excavation Works
An excavator that can undertake dredging work while floating in shallow water is known as an amphibious excavator. It has sealed pontoon equipment. Because of the working conditions, the high tensile strength steel used to construct the pontoons makes them corrosion-resistant and able to function in highly salinized environments, such as those associated with working with seawater. It is machinery that is especially made to float on water and maneuver in swampy environments like marshes and soft ground. These excavators use a direct drive guide hydraulic system for complete self-propulsion.
Barges & Tugs Trailing Transmission
Equipment that could be propelled is towed or pushed using towboats or tugs:
- moving between project sites,
- to arrange hopper barges next to a dredger,
- The barges must be towed or pushed to the discharge place.
- when huge dredgers need to relocate or migrate to sheltered seas, to help
- to move anchors locally, and
- to move personnel between dredgers and personnel.
Barges & Tugs Trailing Transmission
Equipment that could be propelled is towed or pushed using towboats or tugs:
- moving between project sites,
- to arrange hopper barges next to a dredger,
- The barges must be towed or pushed to the discharge place.
- when huge dredgers need to relocate or migrate to sheltered seas, to help
- to move anchors locally, and
- to move personnel between dredgers and personnel.