Insights

Winter Checklist for Maintaining Drying Equipment

Cold winter weather presents unique challenges for protecting equipment from damage and preparing for unexpected water issues, such as flooding from burst pipes. Dehumidifiers, a critical tool for handling any drying job, are especially at risk in colder temperatures.

Case Study: University of Tennessee Knoxville’s Water Damage Response Transformation

Water damage is a costly and complex challenge for institutions, especially those managing expansive facilities. Learn how UTK partnered with the Ready 2 Respond program to overhaul its strategy and gain the confidence to handle clean water events successfully.

Adapting to Changing Conditions During the Drying Process

The initial setup of equipment is only the first step in the drying process, as temperature and moisture levels on-site are dynamic. Regular assessments and adjustments are essential for ensuring that wet materials dry thoroughly and efficiently.

How Dehumidifiers and Airmovers Team Up for Effective Drying

Once safety hazards are eliminated, standing water is extracted, and air scrubbers are running, it’s critical to install dehumidifiers and airmovers. Working together, these tools accelerate drying by tackling both moisture in the air and on surfaces.

Quick Guide to Safe Equipment Use

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 heat, 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.

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