Specifying Snow & Ice Prevention Solutions to Minimize Risks (CEU)

Chapter 1: Introduction to Snow Melting Systems

1. Snow melting systems enhance safety and reduce maintenance in various applications, including commercial, residential, and emergency areas.
2. Hydronic and electric snow melting systems have distinct characteristics in terms of installation, cost, and responsiveness.
3. The webinar will explore design considerations, installation, and resources to choose appropriate snow melting solutions.

Chapter 2: Design Considerations for Snow Melting Systems

1. The free area ratio is crucial for determining how effectively the system will manage snow.
2. Insulation is vital for system responsiveness and preventing black ice formation.
3. Attention to vehicular loading and tubing or cable depth is necessary to prevent concrete cracking.

Chapter 3: Hydronic vs. Electric Snow Melting Systems

1. Hydronic systems offer greater design flexibility but come with higher installation costs, while electric systems are simpler to install but have higher operating costs.
2. Hydronic systems are less likely to cause “shock” to the concrete slab compared to early electric systems.
3. The choice between hydronic and electric systems depends on factors like area size, available power, and long-term operational costs.

Chapter 4: Installation and Controls

1. Proper spacing, depth of tubing or cables, and correct placement of manifolds are essential for efficient snow melting.
2. Smart controls, including sensors and zoning capabilities, can enhance system performance and responsiveness.
3. Accessories such as flow meters and temperature gauges are helpful for balancing and troubleshooting the system.

Chapter 5: Tools and Resources

1. A variety of design tools and resources from manufacturers are available to assist in selecting and configuring snow melting systems.
2. Understanding the inputs and outputs of these tools is crucial for accurate system design.
3. The presenters are available to provide support and help with the design and specification process.