Water softener for tewksbury

 water softener or water filtration in Tewksbury

WATER SOFTENER OR OTHER WATER FILTRATION OPTIONS

As a Tewks­bury, Mass­a­chu­setts res­i­dent, a water fil­tra­tion or water soft­en­er sys­tem may great­ly ben­e­fit your home’s water qual­i­ty.   Whether you have a pri­vate well or town sup­plied water to your home, a prop­er­ly designed and installed sys­tem will notice­ably improve water qual­i­ty.  Lat­er in this write-up, spe­cif­ic con­t­a­m­i­nants that are com­mon­ly found in Tewks­bury pri­vate wells and the pub­lic water sup­ply are iden­ti­fied.  Addi­tion­al­ly, var­i­ous proven water qual­i­ty improve­ment meth­ods are cov­ered as well. Desire­able water qual­i­ty is achiev­able with the prop­er approach, includ­ing test­ing, analy­sis & pro­fes­sion­al instal­la­tion.  Water fil­tra­tion sys­tem and water soft­en­er main­te­nance is also impor­tant to achieve con­tin­u­ing years of con­sis­tent high qual­i­ty water.  Main­te­nance is also impor­tant to opti­mize the use­ful life of your water soft­en­er or water fil­tra­tion equip­ment.

Where Does Your Public Water Supply Come From?

From the Tewks­bury Water Depart­ment, the fol­low­ing is iden­ti­fied  in its 2015 Con­sumer Con­fi­dence Report; 

Where Does My Water Come From?  Source Water: Mer­ri­mack Riv­er-  The Mer­ri­mack Riv­er cov­ers over 4,672 square miles between the States of New Hamp­shire and Mass­a­chu­setts. The Mer­ri­mack Riv­er actu­al­ly starts at Weirs Beach, Lake Win­nipesauke. Because of the large recharge area the Mer­ri­mack Riv­er has a very large capac­i­ty to sup­ply water even dur­ing extend­ed droughts. Over the last 28 years the riv­er has under­gone a tremen­dous change as far as water qual­i­ty is con­cerned. Upstream waste­water plants installed in the late 1980’s and elim­i­na­tion of hid­den out­falls has con­tributed to the “B” clas­si­fi­ca­tion of the riv­er water.   To see the Annu­al Report, go to the link at: http://www.tewksbury-ma.gov/sites/tewksburyma/files/file/file/ccr_2015.pdf.

Water testing Tewksbury, MA

WATER FILTRATION OR WATER SOFTENER DETERMINED BY WATER TESTING 

If you have a pri­vate well, water test­ing should be con­duct­ed by an EPA or Mass­a­chu­setts state cer­ti­fied lab­o­ra­to­ry and should include analy­sis for at least the para­me­ters in the table below.  Depend­ing on your spe­cif­ic sit­u­a­tion, test­ing for a wider range of poten­tial con­t­a­m­i­nants may be advis­able.  If you are uncer­tain as to how to take a prop­er sam­ple and get it to a lab, you should con­tact a lab or water treat­ment pro­fes­sion­al for assis­tance.  If your water is town sup­plied, they fre­quent­ly test for health threat con­t­a­m­i­nants, there­fore, an in-home water test can be per­formed on items such as iron, hard water min­er­als, pH or chlo­rine lev­el.  Typ­i­cal items test­ed for at a lab are as fol­lows:

Col­iform bac­te­ria pH
Arsenic Radon
Chlo­ride Sodi­um
Iron Sul­fate
Lead Con­duc­tiv­i­ty
Man­ganese Nitro­gen-Nitrate
 Hard­ness Total Dis­solved Solids

FREQUENTLY FOUND CONTAMINANTS

Com­mon issues encoun­tered in Tewks­bury, MA pri­vate wells are man­ganese and iron along with low pH (see below for types of water fil­tra­tion sys­tems).  Addi­tion­al­ly, some home­own­ers are sur­prised when their water test reveals the health threats radon and arsenic.  This is not uncom­mon in this region.  Even in the pub­lic water sup­ply, you may notice symp­toms of iron, man­ganese or low pH in the water.  For a chart of symp­toms, caus­es and solu­tions, see the link at Com­mon Region­al Water Prob­lems.

Tewksbury, MA Water filtration for low pH

DISSOLVED COPPER STAINING

 

Tewksbury Water filtration for Iron removal

DISSOLVED IRON STAINING

 

Hydro­gen Sul­fide is evi­denced typ­i­cal­ly by a rot­ten egg smell in your water.  This may also be caused by high Man­ganese lev­els in the water as well. This prob­lem is eas­i­ly cor­rectable with a water fil­tra­tion sys­tem design specif­i­cal­ly for this pur­pose.

ARSENIC IN WATER  remove arsenic from water in Tewksbury

The Arsenic max­i­mum allow­able lev­el in drink­ing water per the EPA is .01 mg/L (miligrams per liter) or 10 parts per bil­lion.  For more infor­ma­tion on this see the link at http://www.mass.gov/eea/agencies/massdep/water-faqs.html

 

RADON IN WATER  Remove radon from water Tewksbury, MA

The cur­rent Mass­a­chu­setts radon reme­di­a­tion action lev­el is at Ten Thou­sand (10,000) pCi/L (Pico cur­ries per liter) in water.  The radon must be removed from the water and it is also rec­om­mend­ed test­ing the air for Radon gas as well.  Please note New Hamp­shire requires action if radon is only at 2,000 pCi/L. while Maine & Rhode Island action­able lev­els are at 4,000 pCi/L.  For more infor­ma­tion on radon,  see the link at Radon Infor­ma­tion

Water softener for Tewksbury, MA

WATER SOFTENER INSTALL AT POINT OF ENTRY

Water Filtration Systems To Remove Common Contaminants

A water soft­en­er is typ­i­cal­ly installed to remove hard water min­er­als, dis­solved iron or man­ganese in the water with a tech­nol­o­gy called Ion Exchange.  If your water test indi­cates high lev­els of iron or man­ganese, an “upflow” water soft­en­er is high­ly rec­om­mend­ed to reduce the chance of min­er­al accu­mu­la­tion in the low­er sec­tion of the water soft­en­er.  Par­tic­u­late man­ganese or iron (which you can see in the water) can be removed with a prop­er­ly sized sed­i­ment fil­tra­tion set up.  Oth­er types of water fil­tra­tion sys­tems may be required to remove some of the oth­er con­t­a­m­i­nants iden­ti­fied in your water test.  For addi­tion­al infor­ma­tion on man­ganese in water, see the arti­cle at the fol­low­ing link,  Man­ganese in Water Arti­cle in Water Tech­nol­o­gy.  For addi­tion­al infor­ma­tion on Iron in Water, see the arti­cle link at Iron Arti­cle in Water Tech­nol­o­gy Mag­a­zine.

Remove arsenic from water in Tewksbury, MA

ARSENIC IN WATER

Remov­ing Arsenic from water is per­formed by installing water fil­tra­tion tanks con­tain­ing a spe­cif­ic media that grabs the arsenic out of the water.  The media inside the tanks have a lim­it­ed capac­i­ty, there­fore they must be exchanged out for tanks with new resin at appro­pri­ate­ly deter­mined time inter­vals.  A safe sys­tem will include a “lead-lag” set up with two tanks in line.  Once media in the first tank exhausts, the sec­ond tank will be in place to con­tin­ue remov­ing it.

Remov­ing radon from water requires a water fil­tra­tion sys­tem in which the water is agi­tat­ed in a sealed cham­ber then vent­ed safe­ly to out­side ambi­ent air.  Oth­er tech­nolo­gies and sys­tems are used to remove oth­er con­t­a­m­i­nants.  Any prop­er­ly designed water fil­tra­tion sys­tem should start with a water test before an informed rec­om­men­da­tion can be made.

Remove radon from water in Tewksbury

RADON IN WATER REMOVAL SYSTEMS

Removing chlorine from water

You may notice odor and taste issues if your home is sup­plied by town water, typ­i­cal­ly asso­ci­at­ed with Chlo­rine.  Chlo­rine is used for dis­in­fec­tion pur­pos­es by the town to con­trol microor­gan­isms includ­ing bac­te­ria and oth­ers.  Car­bon water fil­tra­tion sys­tems are effec­tive at remov­ing chlo­rine and the asso­ci­at­ed taste and odors that come with it.  These sys­tems can either be installed at the point of entry in your home, typ­i­cal­ly in the base­ment, or at a point of use for drink­ing water only.

Water filtration in Tewksbury, massachusetts

H2O Care is an established Massachusetts based water filtration and testing firm, formed in 1989.  Articles published by the Company can be seen in Water Technology Magazine or linked through the website publications section at http://h2ocare.wpengine.com.  You can reach us by email at [email protected] or by calling us at 800–539-1100.
 

Water softener — water filtration — boylston,ma

water filtration in Boylston

WATER SOFTENER / WATER FILTRATION SYSTEMS

WATER FILTRATION OR WATER SOFTENER OPTIONS

As a Boyl­ston, Mass­a­chu­setts res­i­dent, a water fil­tra­tion or water soft­en­er sys­tem may great­ly ben­e­fit your home’s water qual­i­ty. Whether you have well water or town sup­plied water, a prop­er­ly designed and installed sys­tem can notice­ably improve water qual­i­ty.  Lat­er in this write-up, spe­cif­ic con­t­a­m­i­nants that are com­mon­ly found in Boyl­ston pri­vate wells and the pub­lic water sup­ply are iden­ti­fied.  Addi­tion­al­ly, var­i­ous proven water qual­i­ty improve­ment meth­ods are cov­ered as well.

Where Does Your Boylston Public Water Supply Come From?

The fol­low­ing is from the Boyl­ston Annu­al Drink­ing Water Qual­i­ty Report:

SECTION 2 — WATER SYSTEM INFORMATION Infor­ma­tion con­cern­ing water qual­i­ty or source water pro­tec­tion can be obtained by con­tact­ing Mr. Scott McCubrey of the Boyl­ston Water Dis­trict at 508–869‑2212 or our web­site at www.boylstonwaterdistrict.org. Meet­ings of the Boyl­ston Water Dis­trict Board of Com­mis­sion­ers are held the first Mon­day of every month at Boyl­ston Munic­i­pal Light Depart­ment. Meet­ing times are post­ed in the Library and Town Office Build­ing, and meet­ings are open to the pub­lic. For gen­er­al infor­ma­tion on water qual­i­ty call the EPA Safe Drink­ing Water Hot­line at 800–462-4791 or vis­it online at: water.epa.gov/drink. WATER SOURCES Sources of water for the Boyl­ston Water Dis­trict include a total of five (5) grav­el packed wells. These include: Boyl­ston wells No. 1 (PWS ID# 2039000–01G) and No. 2 (PWS ID# 2039000–02G) locat­ed off Route 70 north­west of the inter­sec­tion of Routes 70 and 140, No. 3 (PWS ID# 2039000–03G) locat­ed adja­cent to the Wachusett Reser­voir near Scar Hill Road and Kendall Place, and No. 4 (PWS ID# 2039000–04G) and No.5 (PWS ID# 2039000–05G) locat­ed off Route 70 south­east of the inter­sec­tion of Routes 70 and 140. All five wells are less than 90-feet deep, and draw water from sand and grav­el deposits.

Water testing Boylston, MA

WATER TESTING & ANALYSIS

If you have a pri­vate well, water test­ing should be con­duct­ed by an EPA or Mass­a­chu­setts state cer­ti­fied lab­o­ra­to­ry and should include analy­sis for at least the para­me­ters in the table below.  Depend­ing on your spe­cif­ic sit­u­a­tion, test­ing for a wider range of poten­tial con­t­a­m­i­nants may be advis­able.  If you are uncer­tain as to how to take a prop­er sam­ple and get it to a lab, your water treat­ment pro­fes­sion­al can assist you.  If your water is town sup­plied, they fre­quent­ly test for health threat con­t­a­m­i­nants, there­fore, an in-home water test can be per­formed on items such as iron, hard water min­er­als, pH or chlo­rine lev­el.  Some of the typ­i­cal items test­ed for at a lab are as fol­lows:

Col­iform bac­te­ria pH
Arsenic Radon
Chlo­ride Sodi­um
Iron Sul­fate
Lead Con­duc­tiv­i­ty
Man­ganese Nitro­gen-Nitrate
 Hard­ness Total Dis­solved Solids

COMMON CONTAMINANTS AFFECTING WATER QUALITY

IRON, MANGANESE & LOW pH

Water softener in Boylston, MA

DISSOLVED IRON STAINING

Com­mon issues encoun­tered in Boyl­ston, MA pri­vate wells are man­ganese and iron along with low pH (see below for types of water fil­tra­tion sys­tems).  Addi­tion­al­ly, some home­own­ers are sur­prised when their water test reveals the health threats radon and arsenic.  This is not uncom­mon in this region.  Even in the pub­lic water sup­ply, you may notice symp­toms of man­ganese, iron or low pH in the water.  For a chart of symp­toms, caus­es and solu­tions, see the link at Com­mon Region­al Water Prob­lems.

Boylston, MA Water filtration for low pH

DISSOLVED COPPER STAINING FROM LOW pH

HYDROGEN SULFIDE / ROTTEN EGG SMELL IN WATER

Hydro­gen sul­fide and sul­fate-reduc­ing bac­te­ria are two forms of sul­fur most com­mon­ly found in drink­ing water sup­plies. Both forms are nui­sances that usu­al­ly do not pose a health risk at the con­cen­tra­tions found in domes­tic wells, but can cause major aes­thet­ic prob­lems.  Hydro­gen sul­fide gas, which caus­es a rot­ten egg smell in water, occurs nat­u­ral­ly in cer­tain ground waters con­tain­ing decay­ing organ­ic mat­ter, such as marsh­es, swamps, wet­lands and riv­er beds. It may be found in either deep or shal­low wells. Hydro­gen sul­fide is often present in wells drilled in shale or sand­stone, or near coal or peat deposits or oil fields.  It is cor­ro­sive to met­als such as iron, steel, cop­per and brass. It can tar­nish sil­ver­ware and dis­col­or cop­per and brass uten­sils. It can also cause yel­low or black stains on kitchen and bath­room fix­tures. Cof­fee, tea and oth­er bev­er­ages made with water con­tain­ing hydro­gen sul­fide may be dis­col­ored and the appear­ance and taste of cooked foods can also be affect­ed. High con­cen­tra­tions of dis­solved hydro­gen sul­fide also can foul the resin bed of an ion exchange water soft­en­er.

The removal of Hydro­gen Sul­fide is typ­i­cal­ly per­formed with either car­bon fil­tra­tion, aer­a­tion or ozone. The lev­el of the gas detect­ed will deter­mine which method will be most effec­tive in resolv­ing this annoy­ing prob­lem.

OTHER BAD ODORS & TASTES

In addi­tion to the above sys­tems described, there are many oth­er types of sys­tems to remove bad tastes & odors such as fishy, musty, petro­le­um, metal­lic and oth­er objec­tion­able min­er­als and con­t­a­m­i­nants in the water. Start­ing with a water test will lead to the right approach. (see link at Com­mon Bad Odors & Tastes).

HEALTH THREAT CONTAMINANTS

ARSENIC IN WATER  Remove arsenic in water Boylston

The Arsenic max­i­mum allow­able lev­el in drink­ing water per the EPA is .01 mg/L (miligrams per liter) or 10 parts per bil­lion.  For more infor­ma­tion on this see the link at http://www.mass.gov/eea/agencies/massdep/water-faqs.html

Remove arsenic from water in Boylston, MA

ARSENIC IN WATER REMOVAL SYSTEM

RADON IN WATER  Remove radon from water Boylston, MA

The cur­rent Mass­a­chu­setts radon reme­di­a­tion action lev­el is at Ten Thou­sand (10,000) pCi/L (Pico cur­ries per liter) in water.  The radon must be removed from the water and it is also rec­om­mend­ed test­ing the air for Radon gas as well.  Please note New Hamp­shire requires action if radon is only at 2,000 pCi/L. while Maine & Rhode Island action­able lev­els are at 4,000 pCi/L.  For more infor­ma­tion on radon,  see the link at Radon Infor­ma­tion

Radon in water removal Boylston, MA

RADON IN WATER REMEDIATION SYSTEM

 

Water Filtration Systems

A water soft­en­er is typ­i­cal­ly installed to remove hard water min­er­als, dis­solved iron or man­ganese in the water with a tech­nol­o­gy called Ion Exchange.  If your water test indi­cates high lev­els of iron or man­ganese, an “upflow” water soft­en­er is high­ly rec­om­mend­ed to reduce the chance of min­er­al accu­mu­la­tion in the low­er sec­tion of the water soft­en­er.  Par­tic­u­late man­ganese or iron (which you can see in the water) can be removed with a prop­er­ly sized sed­i­ment fil­tra­tion set up.  Oth­er types of water fil­tra­tion sys­tems may be required to remove some of the oth­er con­t­a­m­i­nants iden­ti­fied in your water test.  For addi­tion­al infor­ma­tion on man­ganese in water, see the arti­cle at the fol­low­ing link,  Man­ganese in Water Arti­cle in Water Technol­o­gy.  For addi­tion­al infor­ma­tion on Iron in Water, see the arti­cle link at Iron Arti­cle in Water Tech­nol­o­gy Mag­a­zine.

Remov­ing Arsenic from water is per­formed by installing water fil­tra­tion tanks con­tain­ing a spe­cif­ic media that grabs the arsenic out of the water.  The media inside the tanks have a lim­it­ed capac­i­ty, there­fore they must be exchanged out for tanks with new resin at appro­pri­ate­ly deter­mined time inter­vals.  A safe sys­tem will include a “lead-lag” set up with two tanks in line.  Once the media in the first tank is exhaust­ed, the sec­ond tank will be in place to con­tin­ue remov­ing arsenic.

Remov­ing radon from water requires a water fil­tra­tion sys­tem in which the water is agi­tat­ed in a sealed cham­ber then vent­ed safe­ly to out­side, send­ing the radon gas to ambi­ent air.  Oth­er tech­nolo­gies and sys­tems are used to remove oth­er con­t­a­m­i­nants.  Any prop­er­ly designed water fil­tra­tion sys­tem should start with a water test before an informed rec­om­men­da­tion can be made.

 

 water filtration in Boylston, MA

H2O Care is an established, Massachusetts based water filtration and testing firm, formed in 1989.  Articles published by the Company can be seen in Water Technology Magazine or linked through the website publications section at http://h2ocare.wpengine.comNote: New Hudson, MA office opened in May, 2017 on Route 62 ( 439 Main St.).

Water softener/ water filtration for tyngsborough

water filtration water softener Tyngsborough, MA

WATER SOFTENER / WATER FILTRATION OPTIONS

As a Tyn­gs­bor­ough, Mass­a­chu­setts res­i­dent, a water fil­tra­tion or water soft­en­er sys­tem may great­ly ben­e­fit your home’s water qual­i­ty.   Whether you have a pri­vate well or town sup­plied water to your home, a prop­er­ly designed and installed sys­tem will notice­ably improve water qual­i­ty.  Lat­er in this write-up, spe­cif­ic con­t­a­m­i­nants that are com­mon­ly found in Tyn­gs­bor­ough pri­vate wells and the pub­lic water sup­ply are iden­ti­fied.  Addi­tion­al­ly, var­i­ous proven water qual­i­ty improve­ment meth­ods are cov­ered as well.  Desire­able water qual­i­ty is achiev­able with the prop­er approach, includ­ing test­ing, analy­sis & pro­fes­sion­al instal­la­tion.  Water fil­tra­tion sys­tem and water soft­en­er main­te­nance is also impor­tant to achieve con­tin­u­ing years of con­sis­tent high qual­i­ty water.  Main­te­nance is also impor­tant to opti­mize the use­ful life of your water soft­en­er or water fil­tra­tion equip­ment.

Where Does Your Public Water Supply Come From?

From the Tyn­gs­bor­ough Water Depart­ment, the fol­low­ing is iden­ti­fied; 

Where Does My Water Come From?  Our water is pur­chased from the City of Low­ell, whose water treat­ment facil­i­ty treats and fil­ters water from the Mer­ri­mack Riv­er; the Dra­cut Water Sup­ply Dis­trict, who fur­nish­es water from the Frost Road well field in Tyn­gs­bor­ough; and also Pen­nichuck Water, whose water treat­ment facil­i­ty treats and fil­ters water from the Mer­ri­mack Riv­er and Pen­nichuck Brook.  For the annu­al report go to  http://tyngsboroughwater.org/

 

WATER TESTING & ANALYSIS    Water testing Tyngsborough, MA

If you have a pri­vate well, water test­ing should be con­duct­ed by an EPA or Mass­a­chu­setts state cer­ti­fied lab­o­ra­to­ry and should include analy­sis for at least the para­me­ters in the table below.  Depend­ing on your spe­cif­ic sit­u­a­tion, test­ing for a wider range of poten­tial con­t­a­m­i­nants may be advis­able.  If you are uncer­tain as to how to take a prop­er sam­ple and get it to a lab, you should con­tact a lab or water treat­ment pro­fes­sion­al for assis­tance.  If your water is town sup­plied, they fre­quent­ly test for health threat con­t­a­m­i­nants, there­fore, an in-home water test can be per­formed on items such as iron, hard water min­er­als, pH or chlo­rine lev­el.  Typ­i­cal items test­ed for at a lab are as fol­lows:

Col­iform bac­te­ria pH
Arsenic Radon
Chlo­ride Sodi­um
Iron Sul­fate
Lead Con­duc­tiv­i­ty
Man­ganese Nitro­gen-Nitrate
 Hard­ness Total Dis­solved Solids

COMMON CONTAMINANTS

Com­mon issues encoun­tered in Tyn­gs­bor­ough, MA pri­vate wells are man­ganese and iron along with low pH (see below for types of water fil­tra­tion sys­tems).  Addi­tion­al­ly, some home­own­ers are sur­prised when their water test reveals the health threats radon and arsenic.  This is not uncom­mon in this region.  Even in the pub­lic water sup­ply, you may notice symp­toms of iron, man­ganese or low pH in the water.  For a chart of symp­toms, caus­es and solu­tions, see the link at Com­mon Region­al Water Prob­lems.

BAD ODORS & TASTE IN WATER

There are many oth­er types of sys­tems to remove bad tastes & odors, sed­i­ment and many oth­er objec­tion­able min­er­als and con­t­a­m­i­nants in the water.  There are “point of entry” sys­tems that will pro­vide fil­tra­tion for all of the water enter­ing your home or facil­i­ty.  Also, there are “point of use” water fil­tra­tion sys­tems that will pro­vide fil­tered water at a sink or oth­er sin­gle point of use, typ­i­cal­ly by feed­ing the fil­tered water to a des­ig­nat­ed, sep­a­rate faucet.  Start­ing with a water test will help steer to the right approach for you. For more on bad odors & taste in your water, see the link at http://h2ocare.com/bad-odor-taste-water/.

WATER FILTRATION SYSTEMS & WATER SOFTENERS

A water soft­en­er is typ­i­cal­ly installed to remove hard water min­er­als, dis­solved iron or man­ganese in the water with a tech­nol­o­gy called Ion Exchange.  If your water test indi­cates high lev­els of iron or man­ganese, an “upflow” water soft­en­er is high­ly rec­om­mend­ed to reduce the chance of min­er­al accu­mu­la­tion in the low­er sec­tion of the water soft­en­er.  Par­tic­u­late man­ganese or iron (which you can see in the water) can be removed with a prop­er­ly sized sed­i­ment fil­tra­tion set up.  Oth­er types of water fil­tra­tion sys­tems may be required to remove some of the oth­er con­t­a­m­i­nants iden­ti­fied in your water test.  For addi­tion­al infor­ma­tion on man­ganese in water, see the arti­cle at the fol­low­ing link,  Man­ganese in Water Arti­cle in Water Tech­nol­o­gy.  For addi­tion­al infor­ma­tion on Iron in Water, see the arti­cle link at Iron Arti­cle in Water Tech­nol­o­gy Mag­a­zine.

Tyngsborough, MA Water filtration for low pH Tyngsborough Water filtration for Iron removal

ARSENIC IN WATERRemove arsenic in drinking water Tyngsborough, MA

The Arsenic max­i­mum allow­able lev­el in drink­ing water per the EPA is .01 mg/L (miligrams per liter) or 10 parts per bil­lion.  For more infor­ma­tion on this see the link at Mass Report on Arsenic.  Remov­ing arsenic from water is per­formed by installing water fil­tra­tion tanks con­tain­ing a spe­cif­ic media that grabs the arsenic out of the water.  The media inside the tanks have a lim­it­ed capac­i­ty, there­fore they must be exchanged out for tanks with new resin at appro­pri­ate­ly deter­mined time inter­vals.  A safe sys­tem will include a “lead-lag” set up with two tanks in line.  Once the media in t he first tank is exhaust­ed, the sec­ond tank will be in place to con­tin­ue remov­ing arsenic.

Remove arsenic from water in Tyngsboro, MA

ARSENIC IN WATER FILTRATION SYSTEMS

RADON IN WATER  Remove radon from water Tynsborough, MA

The cur­rent Mass­a­chu­setts radon reme­di­a­tion action lev­el is at Ten Thou­sand (10,000) pCi/L (Pico cur­ries per liter) in water.  The radon must be removed from the water and it is also rec­om­mend­ed test­ing the air for Radon gas as well.  Please note New Hamp­shire requires action if radon is only at 2,000 pCi/L. while Maine & Rhode Island action­able lev­els are at 4,000 pCi/L. For more infor­ma­tion on radon, see the link at Radon Infor­ma­tion. Remov­ing radon from water requires a water fil­tra­tion sys­tem in which the water is agi­tat­ed in a sealed cham­ber then vent­ed safe­ly to out­side, send­ing the radon gas to ambi­ent air.  Oth­er tech­nolo­gies and sys­tems are used to remove oth­er con­t­a­m­i­nants.  Any prop­er­ly designed water fil­tra­tion sys­tem should start with a water test before an informed rec­om­men­da­tion can be made.

whole house water filtration system for radon in water

RADON IN WATER REMOVAL SYSTEM

 

water filtration in Tyngsborough, MA

H2O Care is an established, Massachusetts based water filtration and testing firm, formed in 1989 with offices in Middleton & Hudson, MA.  Articles published by the Company can be seen in Water Technology Magazine or linked through the website publications section at http://h2ocare.wpengine.com.  Contact us by email at [email protected] or call us at 800–539-1100.

Water filtration or water softener — dunstable

water filtration or water softener Dunstable, MA

WATER SOFTENER / WATER FILTRATION OPTIONS

Water fil­tra­tion or a water soft­en­er sys­tem may great­ly ben­e­fit your Dun­sta­ble home’s water qual­i­ty.   Whether you have the town sup­ply­ing water to your home or you have a pri­vate well, a prop­er­ly designed and installed sys­tem will notice­ably improve water qual­i­ty.  Lat­er in this write-up, spe­cif­ic con­t­a­m­i­nants that are com­mon­ly found in Dun­sta­ble pri­vate wells and the pub­lic water sup­ply are iden­ti­fied.  Addi­tion­al­ly, var­i­ous effec­tive water qual­i­ty improve­ment meth­ods are cov­ered as well.  Excel­lent water qual­i­ty is achiev­able with the prop­er approach, includ­ing test­ing, analy­sis and pro­fes­sion­al instal­la­tion.  Sys­tem main­te­nance is also impor­tant to achieve many years of con­sis­tent high qual­i­ty water and to opti­mize the use­ful life of your water soft­en­er or water fil­tra­tion equip­ment.

Where Does Your Public Water Supply Come From?

From the Dun­sta­ble Water Depart­ment, the fol­low­ing is iden­ti­fied; The DWD uses ground water as its water source. We have two wells locat­ed off of You may also direct ques­tions to the Main Street that ser­vice the cen­ter of town. These wells are called Salmon Brook  or Well #1 and Well #2.  One well at a time runs, with the oth­er used as a back­up.  The wells are 90 feet deep, grav­el packed, with the cur­rent capac­i­ty to pump 250 gal­lons per minute.  In 2015, the sys­tem includ­ed over 1 mile of water main, 102 ser­vices and less than 1,000 users. In the past 12 months, the wells have pro­duced and deliv­ered over 9.8 mil­lion gal­lons, an aver­age of over 26,753 gal­lons each day.

Water testing Dunstable,MA

WATER TESTING & ANALYSIS

If you have a pri­vate well, water test­ing should be con­duct­ed by an EPA or Mass­a­chu­setts state cer­ti­fied lab­o­ra­to­ry and should include analy­sis for at least the para­me­ters in the table below.  Depend­ing on your spe­cif­ic sit­u­a­tion, test­ing for a wider range of poten­tial con­t­a­m­i­nants may be advis­able.  If you are uncer­tain as to how to take a prop­er sam­ple and get it to a lab, you should con­tact a lab or water treat­ment pro­fes­sion­al for assis­tance.  If your water is town sup­plied, they fre­quent­ly test for health threat con­t­a­m­i­nants, there­fore, an in-home water test can be per­formed on items such as iron, hard water min­er­als, man­ganese, pH or chlo­rine lev­el.  Typ­i­cal items test­ed for at a lab are as fol­lows:

Col­iform bac­te­ria pH
Arsenic Radon
Chlo­ride Sodi­um
Iron Sul­fate
Lead Con­duc­tiv­i­ty
Man­ganese Nitro­gen-Nitrate
 Hard­ness Total Dis­solved Solids

COMMON WATER QUALITY CONTAMINANTS

Com­mon issues encoun­tered in Dun­sta­ble, MA pri­vate wells are man­ganese and iron along with low pH (see below for types of water fil­tra­tion sys­tems).  Addi­tion­al­ly, some home­own­ers are sur­prised when their water test reveals the health threats radon and arsenic.  This is not uncom­mon in this region.  Even in the pub­lic water sup­ply, you may notice symp­toms of iron, man­ganese or low pH in the water.  For a chart of symp­toms, caus­es and solu­tions, see the link at Com­mon Region­al Water Prob­lems

Dunstable, MA Water filtration for low pH

DISSOLVED COPPER STAINING FROM LOW pH

 

Dunstable Water filtration for Iron removal

DISSOLVED IRON STAINING

BAD ODORS & TASTE IN WATER

There are many oth­er types of sys­tems to remove bad tastes & odors, sed­i­ment and many oth­er objec­tion­able min­er­als and con­t­a­m­i­nants in the water.  There are “point of entry” sys­tems that will pro­vide fil­tra­tion for all of the water enter­ing your home or facil­i­ty.  Also, there are “point of use” water fil­tra­tion sys­tems that will pro­vide fil­tered water at a sink or oth­er sin­gle point of use, typ­i­cal­ly by feed­ing the fil­tered water to a des­ig­nat­ed, sep­a­rate faucet.  Start­ing with a water test will help steer to the right approach for you. For more on bad odors & taste in your water, see the link at http://h2ocare.com/bad-odor-taste-water/.

WATER FILTRATION & WATER SOFTENER SYSTEMS

A water soft­en­er is typ­i­cal­ly installed to remove hard water min­er­als, dis­solved iron or man­ganese in the water with a tech­nol­o­gy called Ion Exchange.  If your water test indi­cates high lev­els of iron or man­ganese, an “upflow” water soft­en­er is high­ly rec­om­mend­ed to reduce the chance of min­er­al accu­mu­la­tion in the low­er sec­tion of the water soft­en­er.  Par­tic­u­late man­ganese or iron (which you can see in the water) can be removed with a prop­er­ly sized sed­i­ment fil­tra­tion set up.  Oth­er types of water fil­tra­tion sys­tems may be required to remove some of the oth­er con­t­a­m­i­nants iden­ti­fied in your water test.  For addi­tion­al infor­ma­tion on man­ganese in water, see the arti­cle at the fol­low­ing link,  Man­ganese in Water Arti­cle in Water Tech­nol­o­gy.  For addi­tion­al infor­ma­tion on Iron in Water, see the arti­cle link at Iron Arti­cle in Water Tech­nol­o­gy Mag­a­zine.

The Arsenic max­i­mum allow­able lev­el in drink­ing water per the EPA is .01 mg/L (miligrams per liter) or 10 parts per bil­lion. For more infor­ma­tion on this see the link at DEP Arsenic Link. Remov­ing arsenic from water for the entire home is per­formed by installing water fil­tra­tion tanks con­tain­ing a spe­cif­ic media that grabs the arsenic out of the water.  The media inside the tanks have a lim­it­ed capac­i­ty, there­fore they must be exchanged out for tanks with new resin at appro­pri­ate­ly deter­mined time inter­vals.  A safe sys­tem will include a “lead-lag” set up with two tanks in line.  Once the media in the first tank is exhaust­ed, the sec­ond tank will be in place to con­tin­ue remov­ing arsenic.  To only remove the arsenic from your drink­ing water, a reverse osmo­sis purifi­ca­tion sys­tem can be installed under the kitchen sink or in the base­ment to feed a sep­a­rate faucet at the sink. Installing a reverse osmo­sis sys­tem at the point of entry to feed the entire home would be very expen­sive and not the rec­om­mend­ed approach for arsenic removal.

Remove arsenic from water in Dunstable, MA

ARSENIC IN WATER REMOVAL SYSTEMS

Cur­rent­ly the Mass­a­chu­setts radon reme­di­a­tion action lev­el is at 10,000 pCi/L (Pico cur­ries per liter) in water.  The radon must be removed from the water and it is also rec­om­mend­ed test­ing the air for Radon.  Note that New Hamp­shire requires action if radon is only at 2,000 pCi/L. while Maine and Rhode Island action­able lev­els are at 4,000 pCi/L.  For more radon infor­ma­tion see the link at Radon Link.  Remov­ing radon from water requires a water fil­tra­tion sys­tem installed at the point of entry, in which the water is agi­tat­ed in a sealed cham­ber then vent­ed safe­ly to the out­side, send­ing the radon gas to ambi­ent air.  Oth­er tech­nolo­gies and sys­tems are used to remove oth­er con­t­a­m­i­nants.  Any prop­er­ly designed water fil­tra­tion sys­tem should start with a water test before an informed rec­om­men­da­tion can be made.

whole house water filtration system for radon in water

WATER FILTRATION SYSTEM FOR RADON

 

water filtration in Dunstable , MA

H2O Care is an established, Massachusetss based water filtration and testing firm, formed in 1989.  Articles published by the Company can be seen in Water Technology Magazine or linked through the website publications section at http://h2ocare.wpengine.com.  Email us at [email protected] or call us at 800–539-1100.

Water filtration for littleton, mass.

water filtration Littleton, MA

WATER FILTRATION SYSTEMS FOR IMPROVED QUALITY

As a Lit­tle­ton, MA res­i­dent, you like­ly have the town sup­ply­ing water to your home with water but may have a pri­vate well, both of which may ben­e­fit from water fil­tra­tion or a water soft­en­er.  Lat­er in this write-up, spe­cif­ic con­t­a­m­i­nants that are com­mon­ly found in Lit­tle­ton pri­vate wells and the pub­lic water sup­ply are iden­ti­fied and effec­tive water qual­i­ty improve­ment meth­ods are cov­ered.  Excel­lent water qual­i­ty is achiev­able with the prop­er approach.  As is the case with many wells and water sup­plies in Mass­a­chu­setts, there are cer­tain com­mon con­t­a­m­i­nants that find their way into the water sup­ply.

WATER TESTING & ANALYSIS AS A FIRST STEP

If you have a pri­vate well, water test­ing should be con­duct­ed by an EPA or Mass­a­chu­setts state cer­ti­fied lab­o­ra­to­ry and should include analy­sis for at least the para­me­ters in the table below and poten­tial­ly more depend­ing on the sit­u­a­tion.  If you are uncer­tain as to how to take a prop­er sam­ple and get it to a lab, you should con­tact a lab or water treat­ment pro­fes­sion­al for assis­tance.  They can walk you through the steps required to com­plete this task.   If your water is town sup­plied, they fre­quent­ly test for health threat con­t­a­m­i­nants, there­fore, an in-home water test can be per­formed on items such as iron, hard water min­er­als, man­ganese, pH or chlo­rine lev­el.  Typ­i­cal items test­ed for at a lab are as fol­lows:

Col­iform bac­te­ria pH
Arsenic Radon
Chlo­ride Sodi­um
Iron Sul­fate
Lead Con­duc­tiv­i­ty
Man­ganese Nitro­gen-Nitrate
 Hard­ness Total Dis­solved Solids

COMMON CONTAMINANTS

Com­mon issues encoun­tered in Lit­tle­ton, MA pri­vate wells are man­ganese and iron along with low pH.  Addi­tion­al­ly, some home­own­ers are sur­prised when their water test reveals the health threats radon and arsenic.  This is not uncom­mon in this region.  Even in the pub­lic water sup­ply, you may notice symp­toms of iron, man­ganese or low pH in the water.  For a chart of symp­toms, caus­es and solu­tions, see the link at Com­mon Region­al Water Prob­lems

Dover, MA Water filtration for low pH

Dis­solved Cop­per from low pH caus­ing Blue/Green Stain­ing

Dover Water filtration for Iron removal

Dis­solved Iron Stain­ing Bath­tub

BAD ODORS & TASTE IN WATER

There are many oth­er types of sys­tems to remove bad tastes & odors, sed­i­ment and many oth­er objec­tion­able min­er­als and con­t­a­m­i­nants in the water.  There are “point of entry” sys­tems that will pro­vide fil­tra­tion for all of the water enter­ing your home or facil­i­ty.  Also, there are “point of use” water fil­tra­tion sys­tems that will pro­vide fil­tered water at a sink or oth­er sin­gle point of use, typ­i­cal­ly by feed­ing the fil­tered water to a des­ig­nat­ed, sep­a­rate faucet.  Start­ing with a water test will help steer to the right approach for you. For more on bad odors & taste in your water, see the link at http://h2ocare.com/bad-odor-taste-water/.

RADON IN WATER

Remove radon from water Littleton, MA

Cur­rent­ly the Mass­a­chu­setts radon reme­di­a­tion action lev­el is at 10,000 pCi/L (Pico cur­ries per liter) in water.  The radon must be removed from the water and it is also rec­om­mend­ed test­ing the air for Radon.  Note that New Hamp­shire requires action if radon is only at 2,000 pCi/L. while Maine and Rhode Island action­able lev­els are at 4,000 pCi/L.  For more radon infor­ma­tion see the link at http://h2ocare.com/wp-content/uploads/2015/09/radon-removal-from-well-water-91015.pdf.  Removal of radon from water is iden­ti­fied below.

ARSENIC IN WATER

Remove arsenic in water in Littleton, MA

The Arsenic max­i­mum allow­able lev­el in drink­ing water per the EPA is .01 mg/L (miligrams per liter) or 10 parts per bil­lion. For more infor­ma­tion on this see the link at http://www.mass.gov/eea/agencies/massdep/water-faqs.html.  Removal of arsenic from water is iden­ti­fied below.

 

Water softener for Dover, MA

Water Soft­en­er with Sed­i­ment Fil­tra­tion installed in base­ment

WATER FILTRATION & WATER SOFTENER SYSTEMS

A water soft­en­er is typ­i­cal­ly installed to remove hard water min­er­als, dis­solved iron or man­ganese in the water with a tech­nol­o­gy called Ion Exchange.  If your water test indi­cates high lev­els of iron or man­ganese, an “upflow” water soft­en­er is high­ly rec­om­mend­ed to reduce the chance of min­er­al accu­mu­la­tion in the low­er sec­tion of the water soft­en­er.  Par­tic­u­late man­ganese or iron (which you can see in the water) can be removed with a prop­er­ly sized sed­i­ment fil­tra­tion set up. Oth­er types of water fil­tra­tion sys­tems may be required to remove some of the oth­er con­t­a­m­i­nants iden­ti­fied in the water test­ing sec­tion above.  For addi­tion­al infor­ma­tion on man­ganese in water, see the arti­cle at the fol­low­ing link  Man­ganese in Water Arti­cle in Water Tech­nol­o­gy  For addi­tion­al infor­ma­tion on Iron in Water, see the arti­cle link at Iron Arti­cle in Water Tech­nol­o­gy Mag­a­zine.  Hydro­gen Sul­fide is evi­denced typ­i­cal­ly by a rot­ten egg smell in your water.  This may also be caused by high Man­ganese lev­els in the water as well. This prob­lem is eas­i­ly cor­rectable with a water fil­tra­tion sys­tem design specif­i­cal­ly for this pur­pose.

Remov­ing Arsenic from water is per­formed by installing tanks con­tain­ing a spe­cif­ic media that grabs the arsenic out of the water.  The media inside the tanks have a lim­it­ed capac­i­ty, there­fore they must be exchanged out for tanks with new resin at appro­pri­ate­ly deter­mined time inter­vals.  A safe sys­tem will include a “lead-lag” set up with two tanks in line.  Once the media in the first tank is exhaust­ed, the sec­ond tank will be in place to con­tin­ue remov­ing arsenic. To only remove arsenic from your drink­ing water, a reverse osmo­sis purifi­ca­tion sys­tem can be installed either under the kitchen sink or in the base­ment feed­ing a line to a sep­a­rate faucet at the kitchen sink.

Remov­ing radon from water requires a sys­tem in which the water is agi­tat­ed in a sealed cham­ber then vent­ed safe­ly to out­side, send­ing the radon gas to ambi­ent air.  Oth­er tech­nolo­gies and sys­tems are used to remove oth­er con­t­a­m­i­nants.  Any prop­er­ly designed water fil­tra­tion sys­tem should start with a water test before an informed rec­om­men­da­tion can be made.

Remove arsenic from water in Littleton, MA

ARSENIC REMOVAL SYSTEMS

Removing chlorine from water

You may notice odor and taste issues if your home is sup­plied by town water, typ­i­cal­ly asso­ci­at­ed with Chlo­rine.  Chlo­rine is used for dis­in­fec­tion pur­pos­es by the town to con­trol microor­gan­isms includ­ing bac­te­ria and oth­ers.  Car­bon water fil­tra­tion sys­tems are effec­tive at remov­ing chlo­rine and the asso­ci­at­ed taste and odors that come with it.  These sys­tems can either be installed at the point of entry in your home, typ­i­cal­ly in the base­ment, or at a point of use for drink­ing water only.

CONCERNS REGARDING POTENTIAL LEAD IN DRINKING WATER

The fol­low­ing regard­ing the poten­tial for lead in water comes from the Lit­tle­ton Water Depart­ment web­site at http://www.lelwd.com/wp-content/uploads/2015/09/Lead-FAQ.pdf

Q: How often does LWD test for lead?

A: Our annu­al Water Qual­i­ty Report sum­ma­rizes the most recent lead and cop­per test results, and it shows the sys­tem com­plies with water qual­i­ty stan­dards. The state only requires LWD to con­duct lead and cop­per sam­pling once every three years because past years’ results show lit­tle risk for lead con­t­a­m­i­na­tion through­out the town. Read the Water Qual­i­ty Reports here. http://www.lelwd.com/water-department/conservation-and-environmental-programs/ Q: How does lead get into drink­ing water? A: Untreat­ed ground­wa­ter is often cor­ro­sive and can cause the tox­ic met­al to leach into drink­ing water from lead pipes or sol­der if it is present in the sys­tem or a building’s plumb­ing. LWD takes the fol­low­ing steps to address and mon­i­tor this issue: — LWD tests reg­u­lar­ly for lead and cop­per per state reg­u­la­tions, and our results are well with­in drink­ing water stan­dards. The next rou­tine sam­pling is sched­uled for this sum­mer. — LWD rais­es the pH of the water to a tar­get lev­el of 7.4 to min­i­mize the poten­tial for leach­ing of any lead in the sys­tem, espe­cial­ly in homes with lead sol­der in the plumb­ing. — LWD treats the water with enough chlo­rine to address any poten­tial bac­te­r­i­al con­t­a­m­i­na­tion, but not enough to cause cor­ro­sion. — A small amount of orthophos­phate is added to form a pro­tec­tive coat­ing inside the pipes, cre­at­ing a bar­ri­er between any lead mate­r­i­al and the water.

water filtration in Littleton, MA

H2O Care is an established, Massachusetts based water filtration and testing firm, formed in 1989 (formerly the Residential Systems Group of Atlas Watersystems).  Articles published by the Company can be seen in Water Technology Magazine or linked through the website publications section at http://h2ocare.wpengine.com.
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