They cleaned and dehumidified for more than a week even with much of the water running out the front of the house. We thought our water problems were solved once we got the gutters reinstated, but we were terribly wrong.
The storm had cut a waterway into our basement. With every significant rainfall, we found ourselves vacuuming up gallons of water off the floor (trying to keep it from the carpeted region of the basement). Our house doesn't have a floor drain, so we couldn't hope for the water to clear itself.
Our already broken and improperly tilted patio had taken much of the water during the deluge, and we suspected that its repair might remedy the basement flooding by diverting the water. We hired concrete contractors to put in a new patio.
BabyGeek liked to supervise their work through the kitchen doors, and I think most of the guys thought of him as a mascot. They did an excellent job, but the flooding continued.
We got back on the proverbial horse and spent a long week last Fall with the incredibly generous assistance and guidance of family and friends digging trenches and laying irrigation tile to drain water around the house which is situated on a steep hill. We built up high banks adjacent to the house to insure drainage away from the foundation. The flooding continued.
We gave up. I whined, pouted, and cursed the day we bought this house. Paralyzed with frustration, Jim stuck his head in the sand (probably to avoid hearing my whining, pouting, and cursing). We spent rainy days and nights vacuuming up gallons of water with a carpet vac. Our basement retained the horrific flooded carpet (now dry, but pretty suspect), so we simply quit using half of our floorspace. The parties we envisioned and the guests we hoped to host all were sidelined until the flooding could be permanently stopped and we could install new carpeting.
So, what did we do? We turned to the Internet with the keyword search "leaky basement." Our favorite tv contractors, the team at "Ask This Old House," recommended on their web site actually looking at the problem area to assess the problem. One afternoon, Jim and my dad pulled down the drywall nearest the water's point of entry and they found a 7 foot long crack in the poured concrete foundation wall.
It kept raining, and now we could watch the water pour in. This small waterfall had quite the opposite effect of a Zen fountain. It left us desolate and bereft. We could now see how quickly we were losing ground in our war against the water. After losing a lot more sleep and getting really irritated with each other and the house, Jim struck upon a jury-rigged solution to collect some of the water into a bucket. [Using science: capillary action rocks!]
His sponge, board, t-shirt, and yarn solution may not have looked like much, but it now meant we only had to get up every 3-5 hours on stormy nights to vacuum and empty the bucket. We were no longer required to leave someone behind to mind the house on stormy days as long as we came back within 3 hours. It wasn't ideal, but it was progress.
And sometimes, a little progress is all it takes for momentum to build. Jim returned to the "Ask This Old House" web site with the new keywords "foundation crack," and there we learned about the incredible epoxy injection liquid concrete repair, LCR by PolyGem. It sounded perfect.
One Internet order and a few days later, I beat the UPS man to the door to receive this miracle leak stopper.
A few days and a couple phone calls to PolyGem later (they have an amazing and helpful staff), we took BabyGeek to Grandma's and started work.
We started on a Friday evening, and rain was predicted for Saturday afternoon. Our calls to PolyGem revealed that we probably needed less than 24 hours before water made contact with the repair.
We cleared the crack of debris and loose concrete with a steel brush. After a quick vacuuming up, we marked the crack at 1 foot intervals, so we would know where to place the injection ports. We marked these spots with sidewalk chalk. Jim, per the "This Old House" LCR instructions (which were so helpful and complete), gently put a 3 inch finishing nail into the crack at these marked points. These nails helped us line up the ports with the crack when cementing them to the wall.
We mixed the two part epoxy cement and attached the injection ports to the wall. After that, we cemented closed the front of the crack and around the ports. Once cement hardened and the ports were secure to the wall, we removed the nails. The cement took about 8 hours to cure (a little longer than it would take in a warmer environment; our basement was on the chilly end of the allowable temperature spectrum). After it cured, we mixed the injection epoxy cartridge, popped it the caulk gun, and filled the ports from the bottom port up. When the port above the one we were filling had epoxy ooze out, we capped the lower port and moved up to the next one. [Note: when moving the caulk gun, release the pressure on the cartridge before changing ports. Otherwise, you will spray a trail of epoxy from one port to the next.]
We bought extra injection epoxy cartridge because we didn't know how much epoxy, if any, would escape out behind the buried foundation wall. In cases were homeowners can access both sides of the wall, it would be advisable to cement the exterior wall before injecting the liquid epoxy. We ended up using all the injection epoxy from the kit and the extra cartridge, so this was money well spent.
On Saturday it rained for 7 hours. We normally would have experienced about a gallon an hour entering our basement with the rate of rainfall. It stayed dry. We're so happy.
We also thought the house would smell strongly of epoxy. The epoxy cement was almost odorless and the liquid epoxy was far more mild than we anticipated. We were able to close off that room for a couple days of curing and there is no residual odor today (4.5 days after application).
This fix won't work for every type of cracking wall, but it's definitely worth investigating if you have a persistent basement leak that won't be stopped by normal measures.
