Ocean City, New Jersey, had barely finished rebuilding a major stretch of its shoreline when a powerful September nor’easter arrived and began tearing into the newly placed sand. Within weeks of the completion of a $19.5 million U.S. Army Corps of Engineers beach replenishment project, powerful waves and coastal flooding reshaped sections of the beach, leaving behind a pronounced shelf of sand near Ninth Street.
The timing has made the damage especially concerning. More than 1.6 million cubic yards of sand had just been placed along the northern end of the island as part of a long-running effort to rebuild eroded beaches and reduce storm risks. Yet the available evidence does not show that the entire project was destroyed. Instead, it reveals just how quickly a newly replenished shoreline can change when strong winds, large waves and high tides converge.
Ocean City’s beach had only just been rebuilt
The latest Ocean City beach nourishment project began on July 7, 2026, after the U.S. Army Corps of Engineers awarded Great Lakes Dredge & Dock a $19.5 million contract to replenish the shoreline.
The scale of the work was substantial. More than 1.6 million cubic yards of sand were dredged from an offshore borrow area near Great Egg Harbor Inlet and pumped onto the beach.
That material was then graded into an elevated berm, rebuilding the beach profile and adding sand intended to provide greater protection against storm damage.
The project covered approximately 12th Street to the Seaview Road groin on Ocean City’s northern end. The Army Corps said the work was designed to reduce the risk of storm damage to infrastructure.
Construction was completed on September 7, putting the project in an especially vulnerable position when the nor’easter arrived later that month.
| Project detail | Verified information |
| Project location | Ocean City, New Jersey |
| Project start | July 7, 2026 |
| Project completion | September 7, 2026 |
| Contractor | Great Lakes Dredge & Dock |
| Contract value | $19.5 million |
| Sand placed | More than 1.6 million cubic yards |
| Sand source | Offshore borrow area near Great Egg Harbor Inlet |
| Project area | Approximately 12th Street to the Seaview Road groin |
| Purpose | Rebuild eroded beaches and reduce storm damage risk |
Ocean City officials confirmed on September 8 that beachfill operations were complete, although crews were still removing pipelines and equipment from the work area. Demobilization was expected to continue for roughly two weeks.
That meant the rebuilt shoreline had been finished for only a little more than two weeks when the storm arrived.
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September nor’easter brings powerful waves to the Jersey Shore
The nor’easter began affecting the Jersey Shore before reaching its strongest impacts over the weekend of September 25–27.
The National Weather Service warned of northeast winds of 25 to 35 mph, with gusts up to 45 mph, followed by the possibility of north winds of 30 to 40 mph, with gusts reaching 60 mph along coastal areas that included Ocean City and Atlantic City.
Forecasts also called for waves of roughly 6 to 12 feet, while coastal flooding became a major concern.
Ocean City began experiencing tidal flooding even before the storm reached its peak.
By Saturday, flooded streets and properties were part of the storm’s impact, while repeated waves hammered the shoreline. According to WPVI, waves were eroding the beach and had created a “small shelf” near Ninth Street, where the replenishment project had recently been completed.
Video and photographs showed fresh sand forming a steep edge as waves continued removing material from the rebuilt beach.
Reuters Connect footage recorded on September 24 showed waves cutting beneath a tall sand scarp, with freshly placed sand collapsing into the surf. The footage illustrated how quickly sections of the replenished shoreline were being reshaped.
But there is an important distinction: the available evidence does not establish that the entire $19.5 million project was destroyed or that all 1.6 million cubic yards of sand were swept away.
Ocean City flooding adds another layer of concern
The beach erosion was only one part of what Ocean City faced.
Significant tidal flooding pushed water into low-lying streets and neighbourhoods. WPVI reported that residents were dealing with flooded roads and damaged property after high tide.
Ocean City resident Nancy Pietras said approximately a foot of water entered the first floor of her home.
“My husband filled up all these flood tubes to keep it out of the garage and front entrance, and as you can see they’re all over the neighborhood. They just floated away,” Pietras said.
Other residents described widespread flooding around the island.
“From Asbury toward the bay, everything’s flooded. So we got really lucky,” said Renee Sickler of Alloway, New Jersey.
The water also carried debris and other objects through flooded areas. Residents reported that trash cans, trailers and flower boxes were moved by the flooding.
Authorities urged people to stay away from flooded roadways and beaches as dangerous conditions continued.
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Officials had warned of major coastal erosion
The erosion was not unexpected given the storm conditions.
As the nor’easter approached, forecasters warned that the combination of high tides, powerful winds, large waves and already weakened dunes could produce substantial beach erosion.
A September 25 forecast cited by WPVI warned that the Jersey Shore could experience gusts up to 60 mph, with the strongest flooding expected around the Saturday morning high tide.
New Jersey Gov. Mikie Sherrill also declared a state of emergency for eight counties, including Atlantic and Ocean counties, before the storm.
In a statement posted ahead of the storm, Sherrill said:
“Starting tonight, the storm is expected to bring strong winds, heavy rain, significant coastal flooding, and beach erosion, with these eight counties facing the greatest risk,” Sherrill said.
Those warnings applied to the wider Jersey Shore threat rather than specifically indicating that Ocean City’s recently completed nourishment project would be destroyed.
Why the $19.5 million beach restoration project was never meant to stop erosion permanently
The storm damage also needs to be viewed in the context of what beach nourishment is designed to do.
Ocean City’s beachfill project is part of the Army Corps’ Great Egg Harbor and Peck Beach Coastal Storm Risk Management Project, which was initially constructed in 1992 and has undergone periodic nourishment and repairs.
The current work is therefore part of an ongoing cycle rather than a one-time construction effort intended to permanently eliminate erosion.
According to the Army Corps, the original project included approximately 6.2 million cubic yards of initial beach fill, followed by periodic nourishment.
The project is designed around maintaining a wide beach berm that can help reduce storm risks to the developed coastline.
The 2026 contract was also cost-shared, with approximately 65% of the construction cost federally funded and 35% provided through non-federal funding.
That distinction is important when considering the aftermath of the nor’easter. Beach nourishment is a recurring coastal-management strategy because waves and storms continually move sediment.
Ocean City said the replenishment work was intended to rebuild eroded beaches and protect coastal property. The city also purchased additional sand stockpiles for use before the next scheduled nourishment cycle.
Atlantic City also suffered severe beach erosion
Ocean City was not alone in facing the storm’s force.
Nearby Atlantic City experienced severe beach and dune erosion during the same event.
Atlantic City Beach Patrol officials said the nor’easter produced the city’s worst beach erosion since Hurricane Sandy in 2012, with a roughly half-mile stretch north of Steel Pier particularly affected.
The storm carved into dunes, exposed previously buried structures and created steep drop-offs along sections of the shoreline.
Atlantic City Beach Patrol Deputy Chief Dave Russo compared the waves’ impact to a familiar video-game character:
“It’s like one big beach eater, coming right at you like a Pac-Man,” Russo said.
Officials said about half of the dunes remained in the affected area. The city’s public works department was expected to smooth some of the steep faces left behind so people could safely access the beach.
The wider damage shows that Ocean City’s erosion occurred as part of a much larger coastal event, rather than representing an isolated failure of its beach project.
The nor’easter also hit Ocean City, Maryland
The storm’s effects extended beyond New Jersey.
Ocean City, Maryland, also suffered beach erosion as the nor’easter moved across the Mid-Atlantic coast.
The resort community’s 2026 Oceans Calling Festival was canceled because of the storm, while erosion affected sections of its beach and dune system.
Ocean City, Maryland, has its own long-running federal shoreline protection programme. According to the town’s official information, the Army Corps periodically renourishes the beach, using an average of roughly 700,000 to 800,000 cubic yards of sand during recurring nourishment cycles.
The comparison highlights a broader reality for Atlantic Coast resort communities: maintaining a wide protective beach requires repeated nourishment because waves and storms continually move sediment.
What happens to Ocean City’s newly replenished beach now?
The immediate question is how much of Ocean City’s newly placed sand remains after the storm and whether additional work will eventually be necessary.
The city had already planned for the possibility of needing sand between regular nourishment cycles. Its September 8 project update said Ocean City had purchased extra stockpiles of sand for use before the next replenishment cycle.
However, a complete assessment of the post-storm shoreline will be needed before determining how much sand was lost and whether emergency replenishment or other repairs are necessary.
For now, the verified picture is more precise than the most dramatic images might suggest.
The nor’easter significantly reshaped and eroded sections of Ocean City’s newly replenished shoreline, only weeks after the work was completed. But there is no evidence in the available information that the entire $19.5 million project was lost.
That distinction matters.
The Army Corps project was never intended to make Ocean City’s beach immune to erosion. Its purpose was to add sand and maintain a protective beach profile as part of a recurring coastal storm-risk management programme.
Still, the September storm delivered a stark reminder of how quickly the Jersey Shore can change. A beach can be rebuilt, graded and reinforced with more than a million cubic yards of sand, only to face powerful waves and rising water within weeks.
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Conclusion
Ocean City’s $19.5 million beach replenishment project was completed on September 7, but the September nor’easter soon exposed sections of the freshly rebuilt shoreline to powerful waves, flooding and erosion.
The storm left a visible shelf near Ninth Street and caused newly placed sand to collapse into the surf, while flooding affected streets, homes and properties across the island. Nearby Atlantic City also suffered severe erosion, and Ocean City, Maryland, faced its own beach and dune impacts.
The available evidence does not show that Ocean City’s entire replenishment project was wiped out. Instead, it shows the difficult reality of coastal protection: nourishment can rebuild a protective beach, but it cannot permanently stop the forces that continually reshape the shoreline.
Source Disclaimer
This article has been prepared based on thorough research of the sources provided with the original material, including U.S. Army Corps of Engineers records, City of Ocean City information, National Weather Service material, WPVI reporting, CBS Philadelphia reporting, Reuters Connect footage information and Town of Ocean City, Maryland, information. The article reflects the information available as of September 28, 2026, and does not imply independent verification beyond what those provided sources support. Beach conditions and post-storm assessments can change as crews survey affected areas. The available information does not establish that the entire replenishment project was lost.
Sources
- U.S. Army Corps of Engineers — Ocean City/Peck Beach Coastal Storm Risk Management Project
- U.S. Army Corps of Engineers — $19.5 million Ocean City beachfill contract
- City of Ocean City, New Jersey — Beach Replenishment Update
- City of Ocean City, New Jersey — 2026 Storm Updates
- National Weather Service — New Jersey coastal wind warning
- 6abc/WPVI — Nor’easter causes flooding, erosion and event cancellations at the Jersey Shore
- 6abc/WPVI — Coastal flooding and beach erosion concerns along the Jersey Shore
- CBS Philadelphia — Nor’easter caused worst Atlantic City beach erosion since Hurricane Sandy
- Reuters Connect — Footage of fresh sand collapsing into the Ocean City surf
- Town of Ocean City, Maryland — Atlantic Coast Shoreline Protection Project
Featured Image Credit: Christophe RASCLE / Pexels
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