Dredger example sentences

"Dredger" Example Sentences

1. The dredger was removing silt and sand from the bottom of the harbor channel.
2. The giant dredger pumped sediment from the bottom of the river.
3. A suction dredger was working to deepen the basin near the dock.
4. The floating dredger was loading the sand and gravel into barges.
5. The bucket dredger lifted mud and sediment from the pond and deposited it onto trucks.
6. The dredger was removing debris from the marina entrance.
7. Multiple dredgers worked around the clock to clear the shipping channel.
8. The harbor master hired a dredger to deepen the access channel.
9. The cutter dredger used a rotating dredge head to cut into the silted-in canal bottom.
10. The hopper dredger lifted material from the seabed and deposited it further offshore.
11. The barge-mounted dredger cleared sediment from around the pier supports.
12. The workboats towed the dredger into place near the harbor mouth.
13. The mining dredger pumped gravel from the riverbed.
14. The waterway authority used a trailing suction dredger to keep the river navigable.
15. The environmental agency monitored the dredger's operations to prevent damage to sensitive habitats.
16. The clamshell dredger picked up sediment with its metal jaws.
17. Several dredgers were working together to deepen the port channel.
18. The bucket ladder dredger raised material to the surface using a climbing bucket.
19. The environmental impact report included an analysis of dredger operations.
20. The construction crew deployed the dredger early that morning.
21. The inland barge dredger removed sediment from the riverbank.
22. The floating pipeline dredger vacuumed material from the trench bottom.
23. The dredger's on-board screening system separated rocks from silt.
24. The local officials promised to compensate residents for noise from the dredger.
25. The trailing suction dredger produced long plumes of turbid water.
26. The contractor selected a large cutter suction dredger for the job.
27. The engineers carefully monitored the depth and productivity of the dredger.
28. The maintenance crew replaced the worn seals on the dredger's ladder.
29. Divers inspected the dredger's intake ports and screens before operations.
30. The harbor commission approved the use of an additional dredger this year.
31. The inspection uncovered corrosion damage on the dredger's ladder plates.
32. New environmental regulations have restricted the use of some dredgers.
33. The mining dredger produced large quantities of sand and gravel aggregate.
34. The waterway regulatory board limited dredger operations to daytime hours.
35. The air monitors tested surrounding areas several times a day while the dredger operated.
36. The cutter nozzle on the dredge head of the dredger needed replacing.
37. The local tourism board worries that dredgers will scare away beachgoers.
38. The crew started the powerful engines on the twin cutter suction dredgers.
39. The geotechnical report indicated difficult material for the dredger to remove.
40. Local anglers protested the use of dredgers in the middle of spawning season.
41. The trench dredger dug the channel using a continuous digging wheel.
42. The environmental engineers monitored turbidity levels during dredger operations.
43. The dredging contractor used a barge-mounted cutterhead dredger for the project.
44. Aerial photos of the dredger's worksite showed plumes of sediment in the water.
45. The inlet dredger worked throughout the night to deepen the access channel.
46. The research vessel monitored fish behavior during dredger operations.
47. Local residents complained that the noise from the dredger kept them awake at night.
48. Regulators cited the dredging company for several violations involving dredger operations.
49. The floating pipeline dredger removed sediment from along the riverbank.
50. The bucket-ladder dredger raised silt-laden sediment to the disposal barge.
51. The maintenance crew replaced worn swing wires on the dredger's ladder assembly.
52. The side-casting dredger pumped sediment out the side of the vessel.
53. The floating cutter suction dredger removed decades of built-up sediment.
54. The trailing hopper dredger deposited some of its load onto the beach for replenishment.
55. Dredger operators earn high wages due to the dangerous and specialized nature of the work.
56. The suction dredger unit was comprised of a cutterhead and pump system.
57. The harbor master hired several dredgers to widen as well as deepen the channel.
58. The inlet dredger operated on a 24 hour cycle due to the accumulated backlog of work.
59. Plumes of sediment spread out from the discharge pipe of the cutter dredger.
60. The wharfinger complained that the dredger had created unusable piles of mud along the docks.

Common Phases

1. The dredger set to work along the river.
2. The crew removed silt and debris from the riverbed using the dredger's heavy machinery.
3. Several dredgers were working at once to clear the blocked channel.
4. The harbor dredger maintained the harbor's deep shipping channels.
5. The suction dredger vacuumed sand and sediment from the harbor floor.
6. The hopper dredger loaded the dredged material into its hoppers for transport and dumping elsewhere.
7. The shoreline dredger worked to clear and widen the shallows near the beach.
8. The clamshell dredger used its bucket to scoop material up from the river bottom.
9. The dredger deepened the channel to allow larger vessels to navigate the river.
10. The new dredger cost millions to build and operate each year.
11. The government-owned dredger maintained navigation safety in the waterway.
12. The dredged sand and silt is used for land reclamation and beach nourishment projects.
13. The marshy bank needed dredging to reduce flooding during heavy rains.
14. The harbor's dredging schedule ensures key navigation channels remain clear.
15. The dredger operated during low tide when it could reach the shallowest areas.
16. The dredged material loading facilities are necessary infrastructure for dredgers.
17. Urgent dredging work was needed in the estuary to restore proper water flow.
18. Dredgers require constant maintenance and repair of their heavy equipment.
19. The dredger operator monitored depths and sediment types while working.
20. Dredging permits are required before dredgers can begin projects.
21. The dredger barge floated to each worksite before starting suction dredging.
22. Dredger operators coordinate with local authorities and regulators on their work.
23. The dredger worked through the night to meet the project's tight deadline.
24. The silt from the dredger was transported by pipeline to the designated dump site.
25. Army Corps of Engineers dredgers maintain navigable waterways across the U.S.
26. Environmental concerns guide where and when dredgers can operate.
27. Public dredgers help maintain floodplains and coastal ecosystems.
28. The dredger cleaned the marina basin so boats could navigate safely.
29. Steel pontoon hoppers were used to transport the dredged material from the site.
30. Several dredgers worked cooperatively on the massive channel widening project.
31. The inlet needed dredging to restore water circulation between the bay and ocean.
32. Dredging spoil posed challenges for disposing of the excess material.
33. The dredger was tracked by GPS throughout each phase of the dredging project.
34. Maintenance dredging occurs annually at key locations to keep levels consistent.
35. The barge-mounted dredger operated in remote canals where accessibility was limited.
36. Airborne contaminants were monitored during the dredging process.
37 Trailing suction hopper dredgers remove material and store it within the vessel.
38. Flood control dredgers keep rivers and streams free from sediment buildup.
39. Geotechnical data informed the dredging contractor's design and dredger selection.
40. The dredger worked quickly to clear a navigable channel ahead of inclement weather.
41. Commercially operated dredgers rent their services to ports and harbors.
42. Dredged material may contain contaminants that require special handling.
43. Severe storms often necessitate emergency dredging to reopen vital waterways.
44. The narrow tidal creek required a dredger with precise maneuverability.
45. Dredging work faces economic, environmental and logistical challenges.
46. The shallow harbor required a small, agile dredger with a shallow draft.
47. Cuttersuctions dredgers use a rotating cuttinghead tool to loosen hard sediment.
48. New dredging technology aims to increase efficiency and decrease environmental impact.
49. The old dredger sat idle and derelict on the edge of the river it once maintained.
50. Nearby wetlands restricted when and how dredgers could operate in the basin.
51. Scheduled dredging allows businesses to plan their operations around the work.
52. A dredger was contracted to clear debris from an inundated residential neighborhood.
53. The backhoe dredger scooped material directly into dump trucks for transport.
54. Novatech Dredgers won the contract for New York's harbor maintenance dredging.
55. The dredger played a crucial role in restoring navigation after the hurricane.
56. Winter dredging relies on floating ice islands to support dredgers at work.
57. The excavator dredger cleared a path through the newly formed sandbar.
58. Government regulation guides dredgers how much material they can remove annually.
59. The shallow-draft dredger navigated through the mangrove-lined river channel.
60. The dredger operator worked long, arduous shifts to complete the project on time.