Inside Look​

The Reid’s Heritage project was already well underway when COVID-era material shortages hit the construction industry hard.

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One of the biggest impacts?
Delayed glazing and inbound glass shipments.

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And in modern construction sequencing, delayed glass can create serious downstream problems:

• Interior work stalls

• Trade schedules shift

• Productivity drops

• Timelines extend

• Costs climb fast

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For contractors and project managers, this creates one massive question:

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How do you continue interior work before the building envelope is complete?

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That’s exactly where RWES changes the game.

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Instead of waiting months for delayed materials to arrive, RWES created a controlled work environment that allowed interior trades to continue progressing safely and efficiently.

The Challenge

Supply Chain Delays Were Threatening the Entire Schedule

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During the COVID timeline, supply chain disruptions created delays the construction industry hadn’t seen in decades.

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Critical materials were arriving late.
Lead times became unpredictable.
Schedules started slipping everywhere.

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For this Ontario construction project, delayed glass shipments threatened to:

• Delay interior construction

• Disrupt trade sequencing

• Increase labor inefficiencies

• Extend project timelines

• Create major schedule recovery pressure later in the build

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And when buildings remain exposed for extended periods of time, conditions inside quickly become difficult to manage.

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Without proper weather protection:

• Interior progress slows down

• Crews lose productivity

• Materials become exposed

• Coordination between trades becomes harder

• Small delays snowball into larger project issues

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The project team needed a way to keep moving — even while critical exterior materials were still stuck in the supply chain pipeline.

The Solution

RWES Created Controlled Interior Conditions Before Building Enclosure

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RWES was rapidly deployed to create a weather-protected enclosure system that allowed interior construction work to continue while the exterior glass remained delayed.

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Instead of pausing progress and burning valuable schedule time, crews were able to continue interior build-outs inside a more controlled environment.

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RWES helped provide:

• Weather protection during construction

• Controlled interior conditions

• Reduced exposure to outside elements

• Better working conditions for crews

• Schedule continuity during supply chain delays

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This wasn’t about simply covering openings.

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It was about maintaining momentum on a live construction project during one of the most unpredictable supply chain disruptions the industry has ever experienced.

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By creating a more stable work environment before the building envelope was complete, RWES helped the project team reduce downtime and minimize schedule disruption.

The Game Changing Benefits for the Client

1. Schedule Recovery & Project Continuity

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Instead of waiting months for delayed glazing to arrive, the team was able to continue progressing interior construction activities.

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That meant:

• Less downtime

• Fewer trade disruptions

• Reduced schedule slippage

• Better sequencing coordination

• Continued project momentum

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In large-scale construction, schedule control is everything.

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2. Increased Productivity Across Trades

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When crews can work in more stable, controlled conditions, productivity improves.

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RWES helped trades continue working efficiently while reducing interruptions caused by exposure and incomplete enclosure conditions.

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That translated into:

• More work completed

• Better coordination

• Fewer delays between trades

• Improved workflow throughout the project

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3. Weather Protection Before Building Completion

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One of the biggest advantages of RWES is the ability to create controlled work environments before the building envelope is fully installed.

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For projects facing:

• Delayed glass

• Material shortages

• Winter conditions

• Wind exposure

• Schedule compression

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That flexibility becomes incredibly valuable.

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RWES helped the Reid’s Heritage project continue interior progress without waiting for final exterior completion.

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4. Reduced Risk from Extended Supply Chain Delays

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Supply chain disruptions don’t just delay materials — they create ripple effects across the entire project.

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RWES helped reduce:

• Idle labor time

• Schedule compression pressure

• Coordination challenges

• Productivity loss

• Long-term project disruption

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Instead of letting delays dictate the pace of the build, the project team stayed proactive and kept construction moving forward.

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5. Reusable System = Smarter Long-Term Solution

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Unlike disposable temporary protection methods, RWES is designed as a reusable weather enclosure system built for ongoing construction applications.

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That means:

• Long-term durability

• Reusability across phases

• Reduced waste

• More reliable performance

• Better value over the course of a project

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For contractors looking for smarter construction weather protection solutions, that matters.

Why It Matters

Construction Projects Can’t Afford to Sit Still

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COVID exposed a major reality in construction:

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Even the best-planned projects can get hit with unexpected material delays and schedule disruptions.

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But waiting around for supply chains to recover isn’t a strategy.

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RWES helps contractors maintain:

• Schedule momentum

• Interior productivity

• Better jobsite control

• More consistent working conditions

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Even when exterior materials are delayed.

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Because the faster you control the environment, the faster you regain control of the project itself.