Insights

Equipment used during the drying process can pose hazards – from electrical risks to physical injuries. Ensuring that facilities teams are aware of the risks and well-trained in equipment safety practices will help prevent accidents and mitigate potential liability issues. Use this checklist to review equipment safety best practices for teams during remediation work.

Unlocking the Power of Humidity, Airflow, and Temperature

Understanding how humidity, airflow, and temperature (HAT) work together helps facilities teams create optimal conditions for faster drying and less downtime after water damage. These three elements significantly affect how quickly wet materials dry. By effectively managing HAT, facilities can take control of the drying process and speed recovery.

Water Damage Safety Hazards: Identify, Eliminate, Communicate

Safety is your first priority upon arriving at a water damage site, given the numerous hazards that must be assessed before cleanup efforts begin. Learn how to avoid the most common dangers, from structural instability to electrical shock and more.

Be Prepared: The Role of SOPs in Emergency Response

When a water damage emergency strikes, every minute counts. That’s why having a clear set of Standard Operating Procedures (SOPs) is crucial for quick and effective response.A defined step-by-step process also reduces the risk of accidents and injuries by providing clear instructions for safety.

Learn from Water Damage to Improve Recovery

Each water damage event provides valuable lessons that can improve readiness and streamline response strategies. Learn how facilities can identify vulnerabilities and improve remediation procedures through careful analysis and documentation.

Guide to Floodwater Safety: When Is It Okay to Handle In-House?

Conducting a thorough assessment of the source of floodwater is crucial before responding. Facilities teams must quickly assess whether the water is “clean” to know if cleanup by internal teams is feasible or if professional restoration or remediation intervention is necessary.

Top 10 Resources for Hurricane and Flood Monitoring

From real-time hurricane updates, disaster response, satellite imagery, coastal flooding information to live webcam feeds, here are the top ten resources for hurricane and flood monitoring so your facility can be prepared to take action.

What’s Involved in a Ready 2 Respond Assessment?

By participating in a Ready 2 Respond™ (R2R) assessment, facilities gain access to a customized solution that will empower facilities teams to better manage water damage events. Adopting a standardized response process helps limit damage, reduces risk, cuts costs, and minimizes downtime.

The Many Benefits of Facilities Team Training

Effective facilities team training is a powerful tool that enhances employee retention, boosts safety, and sharpens efficiency and problem-solving skills. Learn how Ready 2 Respond training can advance your team's water damage response planning, enabling swift action that minimizes risk and reduces downtime.

Four Essential Questions to Guide Water Damage Response

To streamline water damage mitigation, know the four questions that sum up the scope of the problem – called the four “knows” of drying. When answered, they lead to an effective water damage response; if overlooked, the drying process could be compromised, risking mold growth and additional damage.

Why Mold Grows – and How to Prevent It

Mold growth is a persistent and costly threat to facilities, especially following water damage. It can severely impact indoor air quality, causing adverse health effects and significant structural damage. Addressing moisture and humidity issues can help prevent mold before visible signs appear.

What is a ‘Dry Standard’ and Why Does it Matter?

Using a dry standard in water damage response ensures that drying is comprehensive and prevents further damage that can occur if it is not – such as mold, mildew, and serious structural damage. This standard enables moisture content comparisons between nearby unaffected dry materials and water-affected areas.

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