Promenade of Wayzata (Minnesota): Hydronic Snowmelt in Urban Redevelopment
ChallengeConventional rock salt loses effectiveness below 18 °F (−8 °C), and cannot prevent snow/ice from bonding to pavement. This leads to hazardous surfaces and inefficient post-storm cleanup. Solution OverviewES Deicing’s products—Ice B’Gone, Ice B’Gone Magic Liquid, and SledgeHammer®—are advanced liquid anti-icers. They are sprayed before a storm, creating a barrier that prevents snow and ice from bonding […]
ES Deicing (Ice B’Gone & SledgeHammer®): Field Performance & Anti‑Bonding Effectiveness
ChallengeConventional rock salt loses effectiveness below 18 °F (−8 °C), and cannot prevent snow/ice from bonding to pavement. This leads to hazardous surfaces and inefficient post-storm cleanup. Solution OverviewES Deicing’s products—Ice B’Gone, Ice B’Gone Magic Liquid, and SledgeHammer®—are advanced liquid anti-icers. They are sprayed before a storm, creating a barrier that prevents snow and ice from bonding […]
Hydronic Snowmelt Systems – Heated Driveways & Sidewalks (Montreal)
ChallengeConventional rock salt loses effectiveness below 18 °F (−8 °C), and cannot prevent snow/ice from bonding to pavement. This leads to hazardous surfaces and inefficient post-storm cleanup. Solution OverviewES Deicing’s products—Ice B’Gone, Ice B’Gone Magic Liquid, and SledgeHammer®—are advanced liquid anti-icers. They are sprayed before a storm, creating a barrier that prevents snow and ice from bonding […]
Case Study 2: Comparative Analysis of Treated Salts and Liquids – Missouri DOT Evaluation
ChallengeConventional rock salt loses effectiveness below 18 °F (−8 °C), and cannot prevent snow/ice from bonding to pavement. This leads to hazardous surfaces and inefficient post-storm cleanup. Solution OverviewES Deicing’s products—Ice B’Gone, Ice B’Gone Magic Liquid, and SledgeHammer®—are advanced liquid anti-icers. They are sprayed before a storm, creating a barrier that prevents snow and ice from bonding […]
