Water well testing and equipment system inspections can help ensure it is operating properly by pointing out small deficiencies before they become major issues. More importantly, a water sample test can protect your health by discovering bacteria or other contaminants that could result in water quality problems presenting a health risk. Regular testing also helps ensure compliance with local health standards and provides peace of mind, especially for homes relying on well water as their primary source.

My Well Inspection includes:

• Examining the area above the ground surface around the well head to check casing (pipe protruding from the ground)—to make sure materials and seals are in good condition and the casing extends at least 12 inches above ground with positive drainage around it.

• Electrical conduit and control box—Visually verify that all connections are secure.

• Check for potential sources of contamination and physical dangers such as chemicals, kennels, pastures, livestock operations, septic system within 100 ft radius.

• Checking pressure and flow at each faucet while other faucets are running to assess system performance under typical use.

When I take a water sample to the lab, I follow proper protocol, such as running water for 5 minutes, sanitizing the faucet, keeping the sample below the required 60 degrees, and delivering it to the lab within 24 hours to ensure accuracy and validity of the results.

For more information on water well testing see: http://www.twdb.texas.gov/groundwater/data/doc/Well_Water_Testing.pdf

Contact me anytime with questions! -Jonathan jonathan@dooleyinspections.com

I often run into concrete that is just “done.” I note it mainly because cracks in concrete have become a trip hazard. A wise man once told me that there are two things certain about concrete: 1. It will crack. 2. I can’t remember the second thing. So, if we can put a man on the moon, why can’t we make concrete that won’t crack? The answer to this is more complicated than I can cover in this blog. I also don’t actually know the answer, so I will just blame it on being too complicated.

Seriously, the primary cause is settlement of the soil underneath. This is caused by tree roots, poor soil compaction, poor drainage… I sometimes wonder if local concrete contractors go around planting trees for free around concrete sidewalks and foundations—wait till the cracks get big and then drop off their cards. Maybe that’s just good business.

Anyway, sealing cracks and repairing concrete is always a good idea to prevent further damage and extend the life of the slab. Preventative maintenance can save homeowners from more costly repairs down the road, especially when water intrusion or frost heave becomes a factor. Here is a more technically detailed article to explain the process of deciding when it is time to remove and replace.

Contact us to schedule a home inspection today!