Water Damage Restoration in Historic Cheyenne

Cheyenne has seven historic districts. Four of them sit in and around the center of town in 82001 and account for most of the pre-war housing in the city.

• Rainsford, added to the National Register in 1984, is a concentration of Victorian houses, many of them designed by the architect George D. Rainsford. It was built as upper and upper-middle class housing in the late nineteenth and early twentieth centuries.
• Lakeview, listed in 1996, is the working-class counterpart. Its earliest known structures date to around 1880.
• Capitol North, listed in 1980 and expanded in 2024, covers the blocks north of the State Capitol, with most construction complete by the 1930s.
• Downtown, listed in 1974, is the oldest district of all.

Age is not a detail here, it is the whole job. A house built in 1895 holds water differently, fails differently, and dries differently from one built in 2015.

What actually fails in these houses

• Galvanized supply lines. Steel pipe corrodes from the inside out over decades. It gives no warning and it splits along a seam, not at a joint.
• Cast iron drains and clay sewer laterals. Clay joints take root intrusion, which is the leading cause of a sewer backup into an old basement.
• Stone and rubble foundations. Older foundations are not poured concrete. They take water through the joints rather than through a single crack, so a flooded basement here often has no obvious entry point to patch.
• Radiator systems. Steam and hot-water heat is still in use in some of these houses, and a failed radiator valve or a split return line puts water into the floor below, often overnight.
• Knob-and-tube wiring near wet areas. Where it survives, it raises the stakes on any standing water. Cut power to the area before you go near it.

Plaster is not drywall

Most of these houses have lath and plaster walls and ceilings. It matters for two reasons. Plaster holds far more water than drywall and takes considerably longer to release it, so a job that would take three days in a modern house can take five or six. But plaster on wood lath also survives wetting much better than drywall does, so material that would have to be cut out of a newer house can often be dried in place and kept.

The practical consequence is that we read these walls with a meter and are slower to cut. In a house with original plasterwork, cutting is the last resort rather than the default, and an extra two days of drying is usually the cheaper outcome.

Basements

Almost every house in these districts has one, and almost every one of them is where the loss ends up. They are often unfinished, with the original floor drain, the water heater and the furnace all in the same low corner. That concentrates the risk and it also means a failure reaches the mechanicals quickly. If a basement stays damp after a loss, the smell that follows is mold in the joists, not the house settling.

Extraction first, then a careful moisture map, because water travels through balloon framing in old houses in ways it cannot in modern platform framing. Then drying, measured daily, and cutting only what the meter says will not come back. Where a ceiling has taken water from a bathroom above, the plaster usually tells us how far it spread before any opening is made.