Structural Drying & Dehumidification in Port Coquitlam

Riverwood slabs wick along the edge in cool basements by the rivers. Lincoln Park lots do the same. Mats and air work the field while an LGR shows grain depression daily. A box-store unit over a weekend, with nobody pinning, leaves the slab where it sat.

The grain log holds the same pinless squares, plate pins, and grains each morning. Concrete should close on a drier patch and hold overnight. Plates should sit within a few points of dry wood in the house. Those three lines, stable together, release the equipment.

Citadel Heights walls on the uphill side stay cool after the floor looks clear. Oxford Heights concrete does the same on the buried face. We open the wet cavity, aim movers at the wall and the plate, and run an LGR so the depression still shows the next morning.

Plate pins and a wall grid go on the grain log daily. Wood closes near a dry plate and holds overnight. Concrete stops leading and holds a day. If inlet and outlet grains sit together, we move the LGR. Same meter spots, every visit.

Oxford Heights concrete stays cool on the hillside face. Air crosses that face while an LGR produces grain depression. Central basements are smaller and older, and their wicking slabs get this same daily grid. Plates on both get pins from the first visit.

Numbers land on the grain log every morning, same squares, grains beside them. The cool face should fall toward an interior patch and hold overnight. Plates should sit within a few points of dry framing. Equipment leaves when both have stopped moving. We use one meter and one map.

Mary Hill bottom plates sit on slabs that stay cool. Older houses nearby carry the same plate on a damp floor. Air aims at the plate and along the wall, and the LGR runs until grain depression shows. Joists over a short crawl get a stream in the bay.

Pins in the plate repeat every morning beside the grains. The target is dry framing in the house, a few points off, held overnight. Slab squares under the plate join the grain log. A plate climbs again if the slab under it is still feeding moisture, so both lines finish together.