Wragg Well Drilling & Pump Services172 Baker Road , Roxbury, Connecticut, United States

Wragg Well Drilling has over fifty years of experience in the field of Well Drilling CT, and has worked all over the New York- New England area, from Ira, Vermont, to New York City. Wragg Well Drilling is an industry leader providing both commercial and residential water wells, geothermal heat systems, hydrofracturing services, and pump services.  Wragg Well Drilling has over fifty years of experience in the field, and has worked all over the New York- New England area, from Ira, Vermont, to New York City. We offer the best and latest technological innovations, and are certified members of the National Ground Water Association (NGWA), and the New England Well Water Association. We are licensed to operate in CT, MA, RI, and NY.  Flexible and knowledgable, cutting-edge and experienced.  Wragg Well Drilling is an excellent choice for any project or site, big or small.

Wragg Well Drilling & Pump Service, LLC, has been drilling water wells in the Northeast for over fifty years. Our dedicated drilling staff boasts four licensed well drillers, each with over twenty years of drilling experience! When contracting Wragg Well Drilling to drill or deepen your well, you can be certain that you are working with a professional and experienced drilling staff.

Geothermal

Geothermal energy is energy from the natural heat of the earth. According to the U.S. Department of Energy, “Geothermal energy is a clean source of renewable energy that harnesses heat from the earth for heating applications and electricity generation.” The U.S. Government regards geothermal energy as such an important resource that U.S. Energy Secretary Steven Chu has dedicated nearly $50 million from the American Reinvestment and Recovery Act to advance commercial deployment of geothermal heat pumps!

Hydrofracture

Hydrofracturing, also known as hydrofracking, hyrdofracting, or 'fracking,' is a method used by groundwater professionals to develop and rehabilitate wells that are not providing enough water. The Hydrofracture procedure involves lowering a borehole packer into a water well, expanding it below the casing/static level and above the fracture system. This isolates the production zone from the rest of the well. Water is then pumped down through the water injection pipe at high-pressure and high-volume. The pressure and flow created in the production zone causes small, tight fractures in the rock to open up and spread. The newly opened and flushed out fractures provide connections between nearby water-bearing fractures and the borehole, ultimately increasing the yield of the underperforming well.  Sediment presence in a well can seal existing fractures in a well over time, diminishing the water flow of a well. In the Northeast, there is a widespread presence of iron and manganese. Over time, these minerals can build up and clog the arteries that feed a well. Hydrofracturing can clean out these fissures and restore the flow of once productive fractures.  There are two kinds of fracking, the single frack, which uses a single packer to provide a general fracturing of water-producing fissures, and ht zone frack, which uses a straddle packer to isolate specific areas to fracture.