RWES provided a temporary weather enclosure for Clark Builders during construction of a food distribution facility near Calgary, Alberta. The system protected concrete curing and interior work from harsh winter weather and high winds, helping maintain productivity and keep the project on schedule.

During a major expansion at Baltimore/Washington International Airport, RWES replaced exterior glass panels with a fully insulated, weather-tight enclosure—keeping crews working while reducing noise from an active runway. 

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Scaffold wrap was used to protect an active hospital expansion at the Mayo Clinic, helping contain dust, block weather exposure, and maintain environmental control during façade removal and building penetration work.

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RWES provided a flexible, weather-tight temporary enclosure at the Medpace 300 project, protecting the site during active construction while allowing easy access for large equipment and improving overall jobsite safety.

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RWES provided a temporary wall and weather enclosure system for the Microvast facility expansion in Tennessee, helping control demolition dust, protect active operations, and keep construction moving with minimal disruption.​

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RWES installed an insulated temporary enclosure for construction on this Northwest project, protecting interior work from wind, cold, and moisture. The R-12 building enclosure system outperformed basic tarpaulin solutions, helping maintain schedule and consistent interior conditions.​

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RWES provided temporary construction enclosures for a Pacific Northwest data center, delivering a durable construction weather enclosure that protected interior work from extreme conditions. The reliable enclosure system maintained productivity and led to multiple repeat orders.

How do you protect a massive, curved timber structure… inside a fully operational airport? We built a custom RWES system that handled everything from weather to seismic demands—and kept crews working.​​

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RWES was used on the Reid’s Heritage project in Ontario to create a temporary weather enclosure during COVID-related glass delays. The system allowed interior construction to continue safely before the building envelope was complete, helping protect schedule momentum and reduce disruption caused by supply chain issues.

RWES supports Canada’s tallest residential tower with temporary construction enclosures that protect crews and open edges while maintaining safety and productivity at extreme heights.​​

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RWES was deployed as a construction weather enclosure on this multi-building project to prevent water intrusion and protect the schedule from steady winds and heavy downpours.​​

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RWES will be deployed on the UCSF Health Helen Diller Hospital project to control intense hillside winds, stabilize interior work areas, and keep construction moving safely before full enclosure.

RWES provided flexible, all-weather temporary construction enclosures at the University of Michigan Health Troy Center, keeping crews protected, work areas clean, and the project moving as construction progresses.

RWES provided interior dust control and temporary enclosure systems for construction inside an active airport terminal. Used by Webcor to create clean, controlled work zones, the system helped contain dust, maintain a professional appearance, and keep construction moving without disrupting daily airport operations or passenger experience.