Basement Systems Vancouver Before & After Photos

This project involved rebuilding two window wells to improve drainage and protect the foundation. The existing window well materials were removed and properly disposed of. Excess soil and debris were cleared to create a six-inch clearance below each window, and clean stone was added to help water drain away efficiently.

New window wells were then built using treated lumber for durability. A drainage mat was installed along the exterior of each window well to guide water away from the foundation, with the top edge neatly finished using a mould strip. Finally, the areas were backfilled with the existing soil, leaving both window wells clean, stable, and well-protected.

This project focused on sealing, protecting, and improving the air quality of the crawl space. The team installed a full encapsulation system, carefully sealing the liner around piers and along the foundation walls to block moisture and humidity. A drainage mat was added underneath to manage ground seepage and create a durable, comfortable surface.

All wood surfaces were treated with a mould-control solution, and a high-performance dehumidifier and condensate pump were installed to keep humidity levels stable year-round. The walls were upgraded with moisture-resistant insulation, and a pipe penetration was waterproofed and finished with a smooth concrete patch for added protection. Together, these upgrades created a clean, dry, and efficient crawl space designed for long-term performance.

This project focused on sealing and insulating the crawl space to create a cleaner, drier, and more energy-efficient environment. The team installed a durable liner system throughout the crawl space, carefully fastening and sealing it around footings, piers, and along the foundation walls to block out moisture and air leaks.

To further improve energy efficiency, new insulated wall panels were added to all exterior walls. Each panel was tightly sealed with foil tape and spray foam to prevent drafts and moisture intrusion. The result is a well-protected crawl space that helps maintain consistent temperatures and supports a healthier home overall.

This project focused on transforming the crawl space into a cleaner, drier, and more energy-efficient space. We began by removing old fiberglass insulation, loose debris, and spider webs, while cleaning the heating ducts and sewer lines to improve the overall condition of the crawl space.

A durable moisture barrier was then installed and carefully sealed around the footings, piers, and foundation walls to help block moisture and outside air. A drainage layer was added beneath the liner to help manage ground seepage and provide long-lasting protection.

To improve comfort and energy efficiency, new insulation was installed along the foundation walls and in the rim joist areas, with all seams carefully sealed to help reduce drafts and moisture infiltration.

The result is a cleaner, drier, and better-insulated crawl space that helps protect the home from moisture while improving comfort and energy performance year-round.

-A cleanspace vapor Barrier was installed to help with the musty smell and to help control a highly humid crawlspace 

-A drain Mat was installed to help protect the vapor barrier, which will also allow water to pass under de liner 

-A dehumidifier was installed to help control air quality and humidity