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Page 13

September 3, 2024

Media Contact

Us builders review magazine with a picture of a fish on the cover
Flood Panel is featured in a new digital brochure with National Flood Protection, a national corporate partner.

Click here to view the brochure.
The logo for the american resort development association is a 2017 member.

Flood Panel National Corporate Partner Will Exhibit at ARDA World 2017



National Flood Protection LLC is now a member of the American Resort Development Association and will exhibit at ARDA World 2017 in New Orleans, Louisiana from March 26-30, kiosk SK1.


ARDA is a trade association representing the vacation ownership and resort development industries. Its 750 corporate members include privately held firms and publicly traded corporations with extensive experience in shared ownership interests in leisure real estate. The membership also includes timeshare owner associations, resort management companies, industry vendors, suppliers, consultants, and owners through the ARDA Resort Owners Coalition.


“We joined ARDA to partner with an organization whose members own, develop and lease vacation rental property all over the world, many located in flood zones,” said Russ Ellington, president, National Flood Protection. “By exhibiting at ARDA World, we have an opportunity to introduce National Flood Protection to thousands of ARDA members in attendance. We look forward to building relationships with key decision makers who could benefit from our flood mitigation products and services.”


For more information on ARDA World 2017, visit http://www.arda.org/convention/.


Visit https://floodpanel.com/national-flood-protection-llc/ to learn more about National Flood Protection.

A logo for the u.s. department of homeland security fema

The Association of Flood Plain Managers sent the following notice to members about the FEMA Elevation Certificate:


FEMA announced in a March 1 bulletin that the newly revised Elevation Certificate (FEMA form 086-0-33) can now be accessed at: https://www.fema.gov/sites/default/files/2020-07/fema_nfip_elevation-certificate-form-instructions_feb-2020.pdf


Bruce Bender, ASFPM Insurance Committee co-chair, said of the announcement, “After the initial release of the Elevation Certificate, the ASFPM Insurance Committee began gathering feedback about issues users were having. Last October at a Flood Insurance Producers National Committee (FIPNC) meeting, which the Insurance Committee sits on, FEMA stated they were aware of issues with the EC (including a major rounding issue), and were addressing them. The Insurance Committee continued to gather EC issues and ASFPM formally shared them with FEMA in January [2017].”


Bender said, “At the Feb. 28 FIPNC meeting, FEMA announced they were issuing a corrected EC. This reflects some of the recommended changes, including the rounding issue. As you use the Elevation Certificate, please provide any suggested changes or comments to InsuranceCorner@floods.org.”


“One comment received already is that C2.a-h, Section E and G8-G10 forces the entry of two decimal places (whether the data was captured to 2 place-accuracy or not). Section E instructions have been updated to reference the two decimal places (“nearest hundredth”); however, C2 was not,” he said.


“This form expires November 2018. FEMA officials at the FIPNC meeting agreed that it would be good to have industry users ‘test drive’ future forms before officially releasing it,” Bender said.

A flooded street with a large building in the background

Commercial contractors should take proactive measures to minimize flood risk before beginning any project. The frequency of flood events and the high cost of floods is driving demand for flood protection and other measures to reduce the probability of catastrophic loss due to flooding.


Before building in flood-prone areas, contractors should take these steps to assess the flood risk and avoid or mitigate the flood threat.


Review flood codes, zones and requirements


Contractors should first contact local building department officials to understand the building code and floodplain management requirements for project sites.


The National Flood Insurance Program requires that structures are designed to prevent flotation, collapse and lateral movement during a flood; flood resistant materials are used; the building is engineered and constructed to minimize flood damage; and HVAC/plumbing equipment is designed or located to prevent water entry.


Communities alter building codes to comply with the updated flood maps and NFIP changes to qualify for federal disaster assistance and flood insurance. State and local ordinances generally follow NFIP requirements plus those set by the state or community.


Other important sources of information include:


  • Flood Insurance Rate Maps which define flood boundaries for FEMA flood zones and base flood (100-year flood) elevations, and map the results of recent flood insurance studies
  • Flood Boundary Maps
  • Flood Insurance Studies, which show mean water levels and wave elevations along the shoreline
  • FEMA Technical Bulletins, such as Floodproofing Non Residential Buildings (FEMA P-936) and NFIP Technical Bulletin 3-93.
  • State and local land use regulations, which govern land use, can be more restrictive than FEMA and the NFIP, and may set higher standards based on local conditions in the interest of safety.



Determine the consequences and likelihood of a flood


Flood risk is defined as the potential losses associated with a flood in terms of costs and consequences, expected probability and frequency of event, and exposure to floods. Residual risk is the level of risk not off-set by hazard-resistant design or insurance, such as the continued cost of rebuilding.


Generally, contractors can follow this rule of thumb to assess risk. First, determine the construction/replacement cost per square foot as applied to floodable levels. Then, add the cost of business disruption that includes a realistic period for resumption of operations after a flood.


For projects in flood zones, contractors should consider the likelihood of a flood event over a given time period, the likelihood of frequent and less severe events like nuisance flooding or flash floods, and less frequent, but more severe events such as hurricanes and 100-year floods. At a minimum, commercial contractors should build to standards that prepare for flooding scenarios that may seem unlikely, but actually have a statistical probability of occurrence.


Reduce and manage flood risk


Risk can be reduced or managed physically through flood protection and financially through insurance.


To avoid or manage flood risk, commercial contractors and their clients have few options: move the building outside of the flood zone, elevate the structure above base flood elevation, build earthen barriers like berms, dikes and walls, or floodproof.


Dry floodproofing requires that all large openings have flood barriers, flood panels or flood doors installed, areas below water level must resist infiltration, all small openings must be sealed, buoyancy effects should be considered and a method for pumping out leakage must be provided. FEMA and the NFIP allow dry floodproofing for commercial buildings because relocation or elevation would be a significant business hardship. Furthermore, most commercial structures can’t be elevated, and employees can deploy floodproofing solutions and practice fire-drill style floodproofing deployment plans.


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To learn more about flood protection, visit Flood Panel LLC, Stand D28 at the New York Build Expo 2017, March 15-16.


February 13, 2025
Mount Royal, N.J—Engineers, architects and contractors can rest assured that Floodproofing.com has a selection of products that meet and exceed the forthcoming American Society of Civil Engineers/Structural Engineering Institute (ASCE/SEI) 24-24 standards for flood-resistant design and construction. Now the international leader in flood mitigation products has another engineered and tested product that exceeds these new standards for buildings in FEMA flood zones. Floodproofing.com recently conducted third-party testing of its Flood Panel Mega Flood Log System following hydrostatic and impact performance standards of the American National Standard for Flood Mitigation Equipment known as ANSI/FM 2510. According to the new ASCE/SEI 24-24 standards, all flood barriers must be tested and certified to meet the applicable requirements of ANSI/FM 2510. Manufactured at the company’s Jupiter, Florida-based Flood Panel facility, the Mega Flood Log System underwent seepage and impact testing in two configurations 12 feet wide by 5 feet high, and 5 feet wide by 8 feet high. The system was tested in a water tank filled to 10 percent capacity for one hour and 100 percent capacity for 20 hours. The ANSI/FM 2510 test limit for seepage is 0.08 gallons per hour per linear foot of seal – about 10.2 ounces. The Mega Flood Log System tested at 0.01 gallons per hour – about 1.3 ounces, far exceeding the standard. Even after impact testing with a 110 lb. wooden log smashing into the assembled system, Mega Flood Logs showed no additional seepage when retested. “With the more stringent requirements of ASCE/SEI 24-24 about to go into effect, the design and build industry needs assurance that the flood mitigation products and solutions they incorporate are professionally engineered and thoroughly tested,” said Floodproofing.com President and CEO Tom Little, CFM. “We follow a very high standard of excellence for our products, and we are proud of the testing results of the Mega Flood Log System.” Designed to be highly resistant to heavy impact forces and withstand high-velocity water loads typical of flash floods and hurricanes, the Mega Flood Log System is an in-demand flood mitigation solution with hundreds of successful installations and deployments at commercial properties and critical infrastructure facilities. The innovative design makes it easy to install and quick to deploy. The Mega Flood Log System offers the following benefits: Easy Assembly: Offers the lowest reaction times of flood control systems on the market and can be assembled by just one or two people. C-Shaped Support Posts: The system comprises a series of “C” shaped support posts and hollow aluminum beams that anchor the flood barrier system. These beams stack on each other with a tongue and groove connection. The bottom beam of each span is fitted with a large rubber seal that makes contact with the surface achieving a watertight seal. The support posts that attach to the building structure can be installed on a removable basis, minimizing the aesthetic impact on the building. Easy Deployment and Storage: Twelve-inch-high logs cut the deployment time and allow for more efficient, easy storage. Modular System: A modular, stackable system makes it easy to install in specific flood-prone areas, including window openings, across doors and storefronts, as well as an entire perimeter defense against flooding. Because of its modular design, it can run the length of any sized structure. Custom Designs Available: Our team designs custom solutions to fit unique building specifications. About Floodproofing.com Floodproofing.com is the go-to resource for all things related to flood risk and resiliency. We manufacture and supply the largest selection of innovative solutions under one roof and provide complimentary floodproofing design and turnkey assessments that present the best options to mitigate flood damage, improve recovery time, and lower liability risk. In addition, the Floodproofing.com team has spent many years studying the science of flood mitigation and is certified to instruct and provide learning credits to all professionals affiliated with the design-build industry. Also, our in-house insurance agency, Risk Reduction Plus Group, provides NFIP and private flood insurance options with the lowest possible premiums for at-risk communities. For more information, visit Floodproofing.com.
A white car is driving through a flooded street
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