Our work, documented

What this usually looks like: a buyer closing on a Stadium District foursquare wants the chimney checked before signing. From the hearth, a stack that age looks perfectly fine — but a camera run up the flue tells another story, a cracked tile or an open gap where a century of heat and damp marine air has done its quiet work. We'd photograph each finding and write it into a report, so the buyer walks in with a clear scope instead of a surprise the first cold night.

A typical Pierce County job: a brick stack that's stood through decades of marine air and winter storms, its faces starting to spall and the top joints rinsed hollow. Left alone, the water keeps finding its way in and every freeze pushes the brick a little further apart. We'd rake out the failed joints, rebuild the spalled courses, and repoint in a mortar matched to the original so the stack sheds water the way its mason intended. The usual outcome is a sound, weather-tight chimney with its character intact.

What this often looks like: a damp bloom on an upstairs ceiling, and up on the roof, a crown split open with the top joints eroding around it. On an exposed South Sound roofline that crown takes everything the weather sends, and once it cracks, rain runs straight down into brick and flue. We'd typically recast the crown and repoint the top courses so water sheds off the stack again. The usual result is a watertight cap of concrete protecting every course below it.

A common call from University Place or along the harbor: a ceiling stain beside the chimney that returns after every hard storm. Nine times out of ten the trouble is flashing — corroded, lifted, or held together by old caulk that finally let go. We'd typically strip the failed metal and lay in proper step and counter-flashing, lapped and sealed where the chimney meets the roof. The usual result is a seam that rides out the next winter blow, and a stain that finally stays gone.

A representative case: a wood-burning household that's fed the fireplace for several winters running — often with wood that never fully seasoned — and skipped the sweeps in between. The flue ends up glazed in hard creosote that an ordinary brush glides right across, and that glaze is precisely what most chimney fires burn. We'd typically break it down with the proper tools and strip it back to clean masonry, then explain what's driving the buildup. The usual result is a flue that's safe to light and a plan to keep the glaze from returning.

What this often looks like: a family finishes remodeling a craftsman, or moves into one that's seen decades of living, and dust starts settling on every surface faster than they can wipe it. Years of debris in the ductwork ride back into the rooms each time the furnace kicks on. We'd typically clean the supply and return ducts and every register, clearing out the accumulation. The usual result is clearer airflow, far less recirculated dust, and a system that isn't fighting its own ducts.