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Monday 8am - 4:30pm Tuesday 8am - 4:30pm Wednesday 8am - 4:30pm Thursday 8am - 4:30pm Friday 8am - 4:30pm

Healthy Home Restoration

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Cary, NC
Healthy Home Restoration

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Healthy Home Restoration is one of North Carolina's top crawlspace encapsulation and disaster recover

Healthy Home Restoration is one of North Carolina's top crawlspace encapsulation and disaster recovery experts. We have successfully served the surrounding areas for more than 13 years.

10/27/2026

Why did we stop building homes with open foundations?

As homes evolved, so did the space underneath them.

Older homes often relied on open pier foundations that allowed outdoor air to circulate freely beneath the structure. But as ductwork, insulation, and electrical systems became common, builders began enclosing those spaces to protect the components underneath.

That transition introduced new considerations for moisture, ventilation, and indoor air quality.

In this walkthrough of a historic home, Dennis explains how foundation construction evolved and why understanding those changes matters when evaluating modern crawlspaces.

💬 Did you know many older homes originally had completely open foundations?

10/25/2026

What did foundations look like before modern crawlspaces? 🏠

This beautiful home was originally built in 1839, with an addition constructed in the 1920s.

During this walkthrough, Dennis examines the original brick piers and explains how homes were once supported by open foundations rather than the enclosed crawlspaces we're familiar with today.

There was no HVAC ductwork, insulation, or modern electrical infrastructure beneath these structures. The piers provided support while the space underneath remained open.

It's a fascinating look at how residential construction has evolved, and why understanding older building methods matters when evaluating homes today.

💬 Do you live in a historic home? What year was it built?

10/13/2026

What happens when we modernize a home without considering how the original structure was designed to function?

This home was built in the 1800s with an open foundation. Over the years, it was enclosed and updated with air conditioning, modern windows, and other conveniences.

But those changes also affected how moisture, temperature, and air move throughout the structure.

During this inspection, Dennis found extensive wood deterioration and evidence of moisture-related problems beneath the home.

His takeaway is an important one:

When we modernize an older home, we need to bring the rest of the structure along with it.

That means evaluating humidity, temperature, ventilation, and air exchange, not simply installing modern equipment and assuming the original structure will perform the same way.

💬 If you own an older home, have you ever had its crawlspace or foundation evaluated after renovations?

10/11/2026

This home has been standing since the 1800s, but its foundation reveals how much has changed over the years.

Originally supported by an open pier foundation, the home was later modernized with electrical systems, air conditioning, newer windows, and a curtain wall around the foundation.

During the inspection, Dennis identified deterioration in the original brick piers, a bowing curtain wall, and damage affecting portions of the wood structure.

What's particularly interesting is that some of the original timber may have lasted approximately 100 years before these problems developed.

It's an important reminder that modernizing a historic home requires understanding how the original structure was designed to function.

Every addition and modification becomes part of the home's story, and understanding that history helps us better evaluate its condition today.

💬 How old is your home? Have you ever had its foundation or crawlspace inspected?

10/06/2026

This house was built in the 1800s, but its foundation tells the story of how the home changed over time.

Dennis points out what appears to be part of the original pier foundation alongside masonry that was added much later.

Why the change?

The original home didn't have air conditioning, modern electrical systems, or many of the components we now expect underneath and throughout a house. As the home was modernized, the foundation evolved with it.

Understanding how older homes were originally built (and what was added later) can tell you a lot about what you're looking at during an inspection.

🏠 Old homes don't just have history above ground. Sometimes the foundation tells the best story.

💬 Do you live in an older home? What year was it built?

09/30/2026

Our last video generated a lot of conversation about sealed crawlspaces, dehumidifiers, and air exchange, and here's the other half of that discussion.

We don't believe one component should be expected to do everything.

In this crawlspace, conditioned air helps manage moisture and temperature. The dehumidifier supplements that moisture control when needed. The SCV System manages the air beneath the v***r barrier. And the drainage system addresses water entering the crawlspace.

Each component has a job. The goal is for them to work together as one complete system.

💬 There were some great questions and disagreements on the last video. What would you like Dennis to explain next?

09/23/2026

What does your attic have to do with a bathroom that smells strange or stays humid?

Potentially quite a bit.

During this inspection, Dennis found pathways beneath the tub and around plumbing that allowed attic air to enter the bathroom. That means the room wasn't just dealing with bathroom moisture. It was also being affected by hot, humid attic air carrying allergens and other particles.

The fix starts by finding those pathways and isolating the attic from the living space.

💬 Would attic air have been on your list of things to investigate?

09/15/2026

This home has been standing since the 1800s on an open foundation.

So why did this work?

Homes like this didn't have insulation, HVAC ductwork, plumbing, and other modern systems running underneath them. The foundation primarily needed to support the structure and keep it off the ground.

As homes evolved, what we began asking the space underneath them to do changed too.

That's why understanding the history of home construction can teach us a lot about the crawlspace problems we see today.

09/08/2026

Our last video generated a lot of conversation about sealed crawlspaces, dehumidifiers, and air exchange. Here's the other half of that discussion.

We don't believe one component should be expected to do everything.

In this crawlspace, conditioned air helps manage moisture and temperature. The dehumidifier supplements that moisture control when needed. The SCV System manages the air beneath the v***r barrier. And the drainage system addresses water entering the crawlspace.

Each component has a job. The goal is for them to work together as one complete system.

💬 There were some great questions and disagreements on the last video. What would you like Dennis to explain next?

08/31/2026

One reason we continue inspecting homes years after restoration is because we want to understand how they perform over time.

Some of those field observations have challenged common assumptions about crawlspaces, moisture, and indoor air quality.

This video shares one of those observations.

Tomorrow, Dennis explains how the SCV System™, conditioned air, and the dehumidifier work together as part of a complete crawlspace strategy.

💬 What questions do you still have about sealed crawlspaces?

Address

Branton Drive
Cary, NC
27519

Opening Hours

Monday	8am - 4:30pm
Tuesday	8am - 4:30pm
Wednesday	8am - 4:30pm
Thursday	8am - 4:30pm
Friday	8am - 4:30pm

Telephone

+19195260447

Website

http://www.healthyhomerestoration.net/

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