Learn more about Water Assistance for Natural Disaster Impacts to Low-Income Residential Well Owners
Learn more about Water Assistance for Natural Disaster Impacts to Low-Income Residential Well Owners
A drilled well consists of a hole bored into the ground, with the upper part being lined with casing. The casing prevents the collapse of the borehole walls and with a drive shore or grout seal to prevent surface or subsurface contaminates for entering the water supply.
It depends on what the water demands are for your household. For example, do you have irrigation, hot tubs, multiple bathrooms, and other utilities that demand water? All these items make a difference from home to home. When you meet with our water well professionals they’ll be able to discuss your water usage and needs.
After gravel has been laid on the driveway and before the foundation is poured is the ideal time to drill the well at your new home. A drill rig set up takes up a lot of room on a site and is very noisy, so its typically ideal to drill the well early on in the construction process, although it isn’t absolutely necessary.
The location of your well will be decided by a) state and local codes, including septic, property lines, wetland and other various setbacks; b) Proximity of utilities; c) accessibility for drilling equipment.
If it is a new construction and the landscaping has not been completed then cleanup is simple. When drilling in established areas some minor landscaping may be needed after the well is completed. However, we have years of experience and always try to leave you with as little repairs as necessary to your landscaping.
Unfortunately, there is no way to predict in advance how much water your well will produce. On average for every foot of drilling you will have 1.5 gallons of water delivered. This, combined with the recovery of the well (gpm) will dictate when you have enough water for your specific water needs.
The well itself will probably not need servicing. The expected/average life of a well’s pumping equipment is 10-20 years.
Throughout the year, outdoor temperatures fluctuate with the changing seasons. However, underground temperatures do not. In fact, about four to six feet below the earth’s surface, temperatures remain relatively constant year-round. A geothermal system, which consists of an indoor unit and a buried earth loop, capitalizes on these constant temperatures. In the winter, fluid circulating through the system’s earth loop absorbs stored heat and carries it indoors. The indoor unit compresses the heat to a higher temperature and distributes it throughout the building. In the summer, the system reverses, pulling heat from the building, carrying through the earth loop and depositing it in the cooler earth.
A geothermal system uses the energy from the sun, which is stored in the earth, to heat and cool homes and buildings. Unlike conventional systems, geothermal systems do not burn fossil fuel to generate heat–they simply transfer heat to and from the earth.
Because geothermal systems work with nature, not against it, they minimize the threats of acid rain, air pollution, and the greenhouse effects.
No. In fact, geothermal systems are practically maintenance-free. When installed properly, the buried loop will last for generations. And the other half of the operation — the unit’s fan, compressor, and pump — is housed indoors, protected from the harsh weather conditions. Usually, periodic checks and filter changes are the only required maintenance.
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Let us help you to get the best quality water in your home while making sure NH kids have food security when returning to school this year. To support Drinking Water Awareness Month, Capital Well will donate 10% off all water treatment to the Backpack Program through September!
