Deicing & Glycol Recycling
Deicing systems, glycol handling infrastructure and dedicated deicing pads depend on thoughtful design and efficient construction, with program management services available to help streamline delivery and long-term performance.
Why Deicing Infrastructure Matters in Aviation
Winter weather adds pressure to keep flights moving safely and on time, making effective deicing procedures essential to both passenger experience and operational reliability. Well-designed deicing systems that manage glycol supply, application, collection and reuse help support consistent turnaround times and meet environmental requirements. Snow, ice and freezing temperatures can slow aircraft movement, increase the risk of delays and create challenges for managing glycol runoff. As a result, airports are prioritizing infrastructure solutions that streamline deicing operations and manage environmental impact.
How We Support Deicing Operations
We plan, design and build deicing facilities — including dedicated pads, fluid storage and blending systems, pad siting and operational controls — to help reduce delays and address environmental concerns. Support spans the full project life cycle, including planning, environmental studies, construction and commissioning for both new systems and infrastructure upgrades.
Airport Deicing Operations
A successful deicing operation starts with reliable fluid availability and smooth ground operations that keep flights on schedule. We conduct sizing studies, design storage and blending systems, and build infrastructure to meet the unique needs of both centralized and terminal-based operations. Our experience includes building systems within vehicle safety zones, delivering seasonal or permanent solutions for airlines and hub airports, and incorporating ancillary technologies such as remote towers and operational lighting.
Glycol Recycling Operations
Following deicing activities, glycol effluent management plays a central role in maintaining compliance with environmental regulations. We design and construct systems that capture, treat and prepare low-concentration glycol mixtures for reuse, helping reduce wastewater discharge fees, cut down on resource consumption and support sustainability targets. Our work includes pump and piping systems for collection and transfer, as well as on-site treatment infrastructure.
Dedicated Deicing Pads
Heavier deicing tasks require designated space to keep aircraft moving efficiently. We site and design dedicated deicing pads that improve out-to-off times, streamline glycol collection and limit operational disruption. Support infrastructure may include embedded lighting, fixed or virtual control towers, and signage for safe and efficient use. These systems are tailored to site conditions, safety requirements and environmental regulations.
With cross-disciplinary delivery capabilities and a deep understanding of environmental permitting, system siting and construction integration, our team develops solutions that improve operational flow and support long-term performance in cold-weather conditions.
