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The Well Log: Northwest Drilling & Water Quality
Drilling Insights, Water Safety, and Maintenance Tips.
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When a Well Runs Dry: The Vital Importance of Proper Decommissioning
The Hidden Dangers of Abandoned Wells (And How to Fix Them) If you have an old, out-of-service well on your property, it’s easy to think of it as just a hole in the ground—something to cover up with a piece of plywood or a heavy rock and forget about. However, an abandoned well is much more than a landscaping nuisance. It is a direct pipeline to the groundwater aquifer that supplies your drinking water and that of your neighbors. If left untreated, these "zombie wells" can be
Ryan Lewis
Dec 27, 20254 min read


Keeping Your Well Water Safe: Understanding and Treating Arsenic
For homeowners with private wells in Snohomish, Whatcom, Island, and Skagit counties, understanding the risks and solutions for arsenic contamination is crucial. Arsenic is a naturally occurring element in the local geology, and while it's odorless and tasteless, long-term exposure can pose serious health risks. Here's what you need to know about arsenic in your drinking water and how we can help you tackle it. What is Arsenic and Where Does it Come From? Arsenic (As) is a
Ryan Lewis
Dec 5, 20253 min read


Washington Well Drilling: Navigating the Fall & Winter Obstacles in Northwest WA
While the Pacific Northwest's fall and winter offer stunning scenery, they also bring a host of unique challenges for well drilling projects. In Skagit, Snohomish, Island, and Whatcom Counties, the combination of heavy, sustained rainfall, glacially deposited soils, and difficult access can significantly impact schedules and costs. If you're planning a new well, understanding these seasonal hurdles is the first step toward a successful project. The Northwest Washington Soil
Ryan Lewis
Nov 15, 20253 min read


Hydro-Fracturing for Low-Yield Wells:
Hydro-fracturing, or hydro-fracking, is a modern technique designed to enhance water production in low-yield wells. This process works by pumping highly pressurized water down the well to create small cracks and micro-fractures in the surrounding bedrock. This action not only creates new pathways but also clears existing ones, allowing groundwater to flow more freely into the well. This method is particularly effective for bedrock wells, where water is stored in natural fract
Ryan Lewis
Oct 8, 20251 min read


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