"Sustainable building design with storm resilience features, including greenery and shade, as people walk under umbrellas during rain."

Amid increasing frequency of extreme weather events like heavy rainfall and flooding, building owners and property managers must adopt proactive measures for storm preparedness to safeguard structures and residents. Storm resilience for buildings has become essential following the historic rainfall in New York City in September 2021—which caused widespread flooding, power outages, and infrastructure damage—the Department of Buildings (DOB) issued guidelines for assessing and addressing storm-related risks. This article outlines immediate response steps, long-term resilience strategies, health hazards to monitor, and challenges in implementing safety protocols, alongside expert recommendations.


A wall covered in mold in a corner of a room due to accumulated moisture, showcasing the impact of storms on residents’ health.”
“A woman experiencing health symptoms due to mold growth on walls caused by excess moisture.”

Immediate Steps After Storms

Assessing Structural Safety

Before entering a building, inspect for visible hazards such as cracked walls, sagging beams, or gas leaks. Follow these actions for storm resilience for buildings:

ActionDetails
Exterior inspectionCheck for wall cracks or leaning supports
Electrical systemsTurn off power if wiring is wet or corroded
Water removalUse pumps to drain standing water and prevent foundation damage

Source: The Federal Emergency Management Agency (FEMA) advises, “Do not enter buildings until a qualified engineer confirms structural integrity,” as outlined in its Homeowner’s Guide to Disaster Recovery.

Addressing Interior Damage

Floodwaters increase the risk of toxic mold growth, especially in porous materials like drywall and carpeting. Remove damaged materials within 48 hours to ensure storm resilience for buildings and replace them with moisture-resistant alternatives.


Proactive Strategies to Enhance Building Resilience

Upgrading Drainage Systems

Install larger-diameter rainwater pipes and backflow valves to prevent sewer backups. Ensuring storm resilience for buildings requires these upgrades, as noted by the U.S. Environmental Protection Agency (EPA), “Improved drainage systems can reduce internal flooding risks by up to 60%.”

“Urban street during heavy rainfall, emphasizing the need for infrastructure designs resilient to storms.”

Using Weather-Resistant Materials

Replace standard windows with waterproof models and apply polymer sealants to exterior walls.

MaterialFeatures
Tempered glassWithstands wind pressure and impacts
Polymer coatingsPrevent water infiltration through cracks

Health Risks Associated with Flooding

Mold Growth

Moisture trapped in walls and ceilings fosters mold, which can trigger respiratory issues. Clean affected areas with a diluted bleach solution (1 cup bleach per 4 gallons of water), as recommended by the New York City Department of Health.

Water Contamination

If plumbing systems are compromised, boil water until tests confirm it is free of bacteria. The city’s health department offers free on-site water quality testing kits.


A wet urban park after heavy rainfall, emphasizing the need for sustainable solutions to withstand storms.”

Implementation Challenges and Proposed Solutions

Despite available guidelines for storm resilience for buildings, building owners face obstacles such as high retrofitting costs and limited awareness.

  • Challenge: Budget constraints for upgrading drainage systems.
  • Solution: Utilise state-funded programs like New York’s “Climate Infrastructure Rebuilding Grant,” which covers up to 50% of eligible costs.
  • Challenge: Delays in inspections due to a shortage of certified technicians.
  • Solution: Partner with DOB-certified maintenance companies to expedite assessments.

ArchUp Opinion: Analysis and Discussion

While current measures aim at ensuring storm resilience for buildings are critical, gaps remain in enforcement and public engagement. Many older buildings still rely on outdated drainage systems, increasing flood vulnerability. We propose legislative reforms requiring mandatory infrastructure updates every ten years, coupled with financial incentives to encourage compliance. Additionally, community education is essential—residents often overlook health risks like mould. Local governments should organise free workshops in high-risk neighbourhoods to teach hazard mitigation techniques.


Frequently Asked Questions (FAQ)

Is entry into the building allowed after a flood?
No, until a licensed structural engineer verifies there are no foundation cracks or collapse risks.

How should I handle flood debris?
Wear protective gear (gloves, goggles), remove solid waste first, then disinfect surfaces with approved sanitizers.

Do standard insurance policies cover flood damage?
Most do not. Consider purchasing a separate policy through the National Flood Insurance Program (NFIP).


A wet city street after heavy rainfall, emphasizing the need for improved infrastructure designs to withstand storms.”

Summary Table

DomainKey ActionsBenefits
Immediate ResponseInspect structure, drain waterReduce immediate hazards
Long-Term ResilienceUpgrade drainage, use resistant materialsImprove building durability
Public HealthRemove mold, test waterPrevent illnesses
ChallengesFunding upgrades, awareness gapsLegislative mandates and community training

This translation maintains the original structure, technical accuracy, and professional tone while adhering to the specified guidelines. Key terms, tables, and citations are preserved, ensuring clarity and readability for an English-speaking audience.

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