Education Exchange - Continuing Education Center

Optimizing Snow Melting Systems  

Specifying system types, components, and controls to meet project-specific performance

Sponsored by WATTS Water Technologies, Inc.

Providing safe pedestrian or vehicular access in cold weather to a building entrance, walkway, or critical operation area means minimizing or eliminating the presence of snow and ice in those areas. In some facilities, that is done manually by maintenance staff who clear snow, spread ice melt chemicals, and work to maintain clear and safe passage. The expense, impact of chemicals, and difficulty in creating a consistently safe condition pushes many building owners and operators to look for other solutions. As such, mechanical or electrical snow melting systems are often designed and constructed to be placed below concrete, asphalt, or other paved areas to help assure pedestrians, and vehicles, are protected from the hazards of snow and ice accumulation. This course looks at the ways design professionals can investigate, design, and optimize a snow melting system suited to the specific requirements of a particular project. This approach helps assure control of the initial and ongoing costs as well the proper, long term performance of these systems which create safe, clear passage in what could otherwise be a hazardous condition.

 

Photo courtesy of WATTS Water Technologies, Inc.

LEARNING OBJECTIVES
  1. Identify the primary characteristics of snow melting systems including the ways they help protect building users, owners, and the public.
  2. Assess the design and performance considerations of the buildings and their surroundings on successful snow melting systems.
  3. Recognize the primary parameters for the design of functional hydronic and electric snow melting systems.
  4. Investigate the range of options available for the control of snow melting systems that help assure the safety and well-being of people using the building or facility.