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Monmouth Beach · the county's largest payout file

Water Damage Restoration in Monmouth Beach, NJ

Fifty-one Monmouth County communities have a flood claim file. This borough is fourth by the number of claims and first by the money. The same crew extracts, dries to a documented endpoint, remediates and rebuilds.

Monmouth Beach is a borough of 1,856 housing units on a strip of ground with the Atlantic on one side and the Shrewsbury River on the other. Fifty-one communities in this county have a National Flood Insurance Program claim file. By the number of claims this borough is fourth, behind Manasquan, Sea Bright and Highlands. By the money paid out it is first: $109.6 million, ahead of every one of them.

Divide one by the other and the average claim here is $63,183. That is the fifth-highest of the 56 New Jersey communities with a thousand claims or more, and it is a number that asks to be explained rather than repeated. The two usual explanations do not survive contact with the file. It is not a commercial file — 124 of 1,734 claims are on a non-residential building, 7.2 percent, which is ordinary. And it is not a deep-cellar file: of the 632 claims that record what is under the building, 85 are on a finished basement.

What is left is the simplest explanation and the one that changes the work. This is a borough of owner-occupied single-family houses, 84.4 percent of its occupied homes lived in by their owners, where a flood arrives at living level and what it reaches is the house rather than a room under it. What is the same everywhere in New Jersey — what to photograph first, how drying is judged finished, when water counts as contaminated, mold, older-building hazards, permits, how a claim works, what belongs in a contract — is on the statewide water damage restoration page.

What we do

  • Water extraction and structural dryingour own crews, not a dispatch network
  • Mold remediationremediation of what the water left behind
  • Sewage and flood cleanupwater that came up through a sewer or across the ground
  • Rebuild after the damagethe same company puts the building back
  • All 21 New Jersey countiesthe shop and the crews are in Garfield, Bergen County
  • Paid by insurance or by youwe document the loss and the work; we do not handle the claim

There is no room downstairs to take the damage

Look at what the file actually records. Of the 632 claims carrying a construction code, 340 are on an unfinished basement or enclosure, 133 on a subgrade crawlspace, 85 on a finished basement and 74 on a building with nothing below grade at all. The field is blank on the other 1,102 rows, which this page states rather than turning a third of a file into a confident percentage.

Eighty-five finished basements, in a borough that has been paid $109.6 million. Compare that with an inland river town, where the finished cellar is the whole story: the room that floods is a family room, the contents in it are replaceable, the structure above it is untouched, and the average claim is a fraction of the number above. Here there is no such room. The water gets to the floor people live on.

That is why the loss is large and why the job is different. When a flood reaches living level it reaches finished flooring, the bottom band of every wall in the affected rooms, kitchen cabinetry and the contents of a whole household at once — not the things that were put downstairs because there was nowhere else. It also reaches the parts of a house that are expensive to reinstate rather than merely expensive to replace: cabinetry, built-in joinery, stair bases, interior doors and the trim they hang in.

And the drying happens in the space people live in. In a borough where five in six occupied homes are owner-occupied and almost nobody is a tenant with somewhere else to go, the household is usually still in the building, or wants to be. That makes containment, noise, where people sleep and how long the equipment has to run part of the problem rather than logistics. The honest version is that a structure is dried to a measured endpoint and not to a convenient one, that the endpoint takes as long as it takes, and that the decision about staying in the house is easier to make on day one with that said out loud.

  • Eighty-five of this borough's coded claims are on a finished basement. The water is not going into a spare room.
  • Living-level flooding reaches cabinetry, trim and joinery, which are reinstated rather than swapped out.
  • The house is usually still occupied while it dries, so containment and noise are part of the plan.

The gauge inside the borough publishes nothing at all

There is a National Weather Service gauge in this borough. It is called OCPN4, the Weather Service lists it as "Shrewsbury River at Patton", its published coordinate falls inside the borough boundary, and it is switched on. It publishes no flood categories — not action, not minor, not moderate, not major. It publishes no impact statements. And it has no crest list. Three separate kinds of record, all empty, on an instrument that is live.

The gauge that does speak is two and a half miles up the spit at Sea Bright, and it names this borough in an unusual way. SBIN4 sets minor flooding at 5.2 feet above mean lower low water, moderate at 6.2 and major at 7.2 — and Monmouth Beach is named in the published text at all three. There is no reading on that instrument at which the official sentence stops being about this borough.

The one worth memorising is the lowest, because it is the only one of the three that is not the Weather Service's standard coastal boilerplate. At 5.2 feet the text reads: "Flooding begins in Sea Bright, Monmouth Beach and Long Branch." That is the threshold — minor flooding, the bottom of the scale — at which water starts. The two statements above it are the template used on tide gauges all along this coast, listing the same six municipalities and saying that roads become impassable; they tell you the storm is serious and they tell you nothing local.

So the practical instruction here is short. Watch the Sea Bright gauge rather than looking for one with this borough's name on it, learn 5.2 feet as the number at which the published record says water begins, and treat your own building's history as the better evidence about what any particular reading does to your floor.

Forty-eight houses raised, all of them in a single year

FEMA's mitigated-properties file holds 48 properties for this borough. Forty-six are elevations and two do not state the action. Every one is a single-family building. Every one is under the Hazard Mitigation Grant Program. And every one carries the same program year: 2013.

That is not the pattern most municipalities show. Elsewhere the file is a scatter of grant rounds across a decade or two, a few buildings at a time. Here it is one round, one year, forty-eight houses. What it describes is a single decision taken at one moment, and the borough's claim record says which moment: 775 claims are dated 2012, and 773 of them are coded Hurricane Sandy — 45 percent of everything on a file that runs back to 1978.

The second largest thing on that file is older and is the one worth knowing about, because it is the kind of event that recurs. The December 1992 northeaster accounts for 402 claims and the year 1992 for 413 — nearly a quarter of the record. Behind it, 1984 produced 178 claims, 1991 produced 69 and the "Halloween" Storm 62. Two hundred and forty-three more rows carry FEMA's unnamed "Flooding" label with no storm attached to them at all.

Read together, that is a borough with one extraordinary night and a long steady history of ordinary ones. The elevations answered the extraordinary night. Nothing answered the ordinary ones, and the ordinary ones are what most buildings here will meet next.

Two more lines from the paperwork belong with this. The borough's floodplain administration holds a Community Rating System class of 8, worth a 10 percent discount on flood policies inside the mapped high-risk zone, and eleven New Jersey communities hold that class. And the flood map in force here carries an effective date of 15 June 2022: of the 509 New Jersey communities with a dated map, only 21 are working from one more recent. Whatever else is uncertain here, the mapping is not old.

Monmouth Beach, as the primary files stood on 17 September 2026
MeasureMonmouth BeachWhere it comes from
Flood claims on record, 1978 to 20241,734OpenFEMA NfipClaims v3, rated community 340315
Total paidAbout $109.6 million$96.1m building, $11.8m contents, $1.6m compliance
Rank among Monmouth County communities, by dollars1st of 51Manasquan, second, has $107.6m; Union Beach $90.3m
Rank among the same 51, by claim count4thManasquan 2,245, Sea Bright 1,959, Highlands 1,748
Rank among all rated New Jersey communities10th of 654 by dollars; 34th by claimsGrouped by rated community number
Average paid per claim$63,183Fifth of the 56 New Jersey communities clearing 1,000 claims
Closed with a payment1,496238 rows closed with nothing paid
Claims on a non-residential building124 (7.2%)1,448, 83.5%, are single-family
Claims carrying a basement code632 of 1,734Blank on the other 1,102 rows
Of those, a finished basement85340 are unfinished, 133 subgrade crawlspaces and 74 have nothing
Largest single eventHurricane Sandy, 773 claimsThe year 2012 holds 775 of the 1,734
Second largestThe December 1992 northeaster, 402 claimsThe year 1992 holds 413
Rows carrying no storm name at all243FEMA's unlabelled "Flooding" category
Properties raised4846 elevations plus two unstated — every one in program year 2013
Gauge inside the boroughOCPN4, live and publishing nothingNo categories, no impact statements, no crests
Statements naming this boroughThree, all on the Sea Bright gaugeAt that gauge's minor, moderate and major thresholds
Community Rating System classClass 8, which takes 10% off inside the mapped zoneEleven communities in the state are rated there
Effective flood map15 June 2022Only 21 New Jersey communities have a more recent one
Housing units1,856Census table B25034, 2020-2024
Occupied homes lived in by their owner1,310 of 1,553 (84.4%)62.3% of all units predate 1980

How the ranks were tested. Every New Jersey row of FEMA's claims file was grouped by rated community number rather than by name, giving 654 numbered communities; the county set is the 51 whose Community Status Book county field reads MONMOUTH COUNTY, which is the Status Book's own field rather than the claim rows' county code, because FEMA miscodes that code. The average-payment comparison is restricted to the 56 communities with 1,000 or more claims so that a small file cannot win it on one large loss. The cause field takes more than one code per claim, so its counts stand alone and are not summed: 880 rows here name tidal water overflowing, 680 rainfall or snowmelt piling up and 84 a stream, river or lake. Every dollar figure on this page is a federal payout statistic and none of them describes what this company charges.

What actually gets decided in the first day here

Two things settle the shape of a job in this borough, and neither of them is how deep the water got.

The first is where the water came from. Water that arrived off the river or across the street has crossed ground before it reached the building, and porous material that absorbed it and cannot be cleaned and dried to a documented standard is removed rather than dried in place. Water from a clean supply line, caught early, is frequently a drying job instead. That determination is made by inspecting the water and the materials, not by reading a forecast, and it is worth having in writing before anything is demolished — because it, and not the depth, decides how much of the house leaves in a skip.

The second is the tide, and it is a scheduling question rather than a technical one. On a tidal river the water can come back on the next cycle, so a house emptied while the event is still running can take water again the same night. There is real work to do in that window and pumping is not it: getting a record made, getting what can be saved up and out, and settling the power and equipment decisions are all worth more than extraction that is about to be undone.

After that it is the ordinary sequence, in an ordinary house, with the complication that the house is on the ground floor of the problem. Get the water out. Get out what cannot be saved. Open enough of the assembly that air can reach the wet part, because a wall cavity does not dry through intact drywall. Dry until the readings stop moving, then return and confirm they stayed there. Remediate whatever grew while that was happening. Then rebuild — and in a borough where 62 percent of the housing predates 1980, check what the older-building rules require before the first wall comes down.

The rebuild is the larger half of a job like this, and it is done by the same company that did the drying. Where the loss reached cabinetry, trim and finished flooring rather than a storage room, putting the house back is carpentry and joinery rather than extraction, and the scope for it is worth reading line by line before anything is ordered.

FAQ

Common questions

  • Which gauge should we be watching, and at what number does water start here?

    Not the one in the borough, because it publishes nothing. OCPN4, listed as "Shrewsbury River at Patton", sits inside Monmouth Beach and is switched on, and it has no flood categories, no impact statements and no crest list at all — three empty records on a live instrument. The one that carries information is SBIN4 at Sea Bright, two and a half miles north, which sets minor flooding at 5.2 feet above mean lower low water, moderate at 6.2 and major at 7.2. This borough is named in the published text at all three, which is unusual; there is no reading on that gauge at which the official sentence stops being about here. The number to learn is the lowest one. At 5.2 feet the text says flooding begins in Sea Bright, Monmouth Beach and Long Branch. Above that the wording is the standard coastal template used all along this shore, so it tells you the storm is serious and nothing about your street.

Water in the building?

Tell us what happened and what you can see. Pick “Water Damage” and we will come back to you about extraction, drying and what the rebuild involves.

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