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Home My WebLink About1999-3-6 - 215 Foster Street - Water Potability TestENVIROTECH LABORATORY TESTING &CONSULTING 77 COOK HILL ROAD -WINDSOR,CONNECTICUT 06095 MARYELLEN DILUZIO TELEPHONEMarch16,1999 (860)688—7249 Shem/00d Inspection 147 John Olds Suite 110 Manchester,Ct.06040 Dear Sir; We have the following to report on the sample submitted to this Laboratory on March 9,1999. Sample Number :43 156 Mark:water sample collected 03/08/99 by David Sherwood from Lot N01 -,215 Foster St,South Windsor,Ct. BACTERIOLOGICAL EXAM Number of Coliform Bacteria Per 100 mLs (membrane filter)0 0 All parameters analyzed are below Maximum Contamination Levels (MCL’s)for potable water and meet the drinking water standards established by the Conn.State Health Department.Ifthere are any questions we would be pleased to discuss them with you. Very truly yours,EnviroTeoh Laboratory%.g%> Maryellen DiLuzio PH 0464 cc:one enclosed CURRENT MAXIMUM CONTAMINATIONTESTPARAMETERSTESTRESULTSLEVELS(MCL)(in mg/L) ODOR NONE NO MCL TURBIDITY 0 NO MCL COLOR O NO MCL PH 7.31 NO MCL NTTRITE NITROGEN 0.003 1‘0 mg/L NITRATE NITROGEN 3.50 10 mg/L CHLORIDE 18 250 mgLL HARDNESS 96 NO MCL IRON <0.05 NO MCL‘MANGANESE <0.01 NO MCL SODIUM 8.4 NO MCL'SULFATE 14.2 NO MCL V O C ’s See next pages See next pages PHYS I CAL PARAHETERS DDDR:MCL nE-ne.recommended ‘l'E -Scale C)none.1 verv faint‘E =faint,3 =distinct.L)=decided. 5 =strand.Good well water ghould be free of c‘dc-r. TURBIDITV;HCL =none.recommerxded ‘L'5 —A measure 0f particles in the water,usuallv indicatee iron. pH;MCL nc‘ne,recommended 6.4 -10.0 c DH randes frc-m 0 —1Q.Q pH of '7 is neutral,<'7 '15 acidic,i}'7 is basic.A DH less than 63.4 is considered acidic and may be corrosive tc-piping. CDLUR;MCL =none,recommended <1 15 -Hiqh colc-r usuallv indicates the presence of iron. I NORGAN I C PARAMETERS NIRITE NITROGEN:MCL l.O md/L —¢m intermediate breakdown product of ordanic matter.See nitrate comment. NITRQTE NITROGEN;MCL 10.0 mq/L -The final completely oxidized staqe of nitrogen.Levels above 10 are known to be harmful to infants.Prednant/nursind mothers and parents of infants should consult with a physican. CHLORIDE;MCL ESO mq/L —The non~metallic portion of common salt.Levels above SO mq/L mav indicate undesirably hiqh sodium levels and it also may appreciably increase corrosion rates.Levels above 850 mq/L inpart a salty taste noticeable to most people. HARDNESS;MCL none e A measure of the total calcium and maqnesium in water.Haters over 100 mdfL are described as hard and levels over E50 mq/L are considered very hard.The effect of hardness is to increase the amount of soap necessary to form suds with water.Hioh levels may also increase scaling on the inside of water pipes. IRON;MCL none -Qbove 0.3 mq/L iron may cause staininq to laundry and fixtures.Irpn is naturally occurrind water mineral due to the qeoloqy of the area. MANGENESE;MCL none —Above C1.C)5 mo/L mandense may cause stainino to laundrv and fixtures.See iron comment SULFATE;MCL none e A naturallv occurinq substance in water.levels above 250 mq/L may inpart a bitter taste and render a laxative effect. SODIUM;HCL none -A notification level of EB mq/L has been established for people on low salt diets,hioh levels may increase the corrosive effect. ORGAN I C CHEM I CALS vOLATILE ORGANIC CHEMICALS (VOC)e see report for a listind of the individual chemical MCL.VOC’s are a oas chro— matooraphic scan of 58 compounds.This list was de- termined bv the Conneticut State Department of Health. These compounds include some of the more commonly found qround water contaminates. ENVIROTECH LABORATORY TESTING &CONSULTING 77 COOK HILL ROAD -WINDSOR,CONNECTICUT 06095 MARYELLEN DILUZIO TELEPHONE (860)68&7249 Shelwood II1$pection 147John€HdsSuke110 h4anche§er,(k.06040 Dear Sir; We have the following to report on the sample submitted t0 thiS Laboratory on March 9,1999. Sample Number :43156 Mark:water sample collected 03/08/99 by David Sherwood from Lot No.—,215 Foster St,South Windsor,Ctv March 16,1999 URBAINIC CHEHICQLS BY EPR 50E.E Reaulta MEL HDL in ug/L in ug£L Benzene G.5 BBL .J Bramabenzene 0.5 BDL * Eromamethane G.5 BDL * n~Eutylben2ene G.S BDL * Carbon Tetrachlaride $.5 BDL ‘J Chlernbenzene G.S EDL 1 QC) Chluroethane Q.S BDL * Chloromethane Q.S BDL e B-Chlorataluene D ..5 BEL * 4—Ch10rata1uene 0.5 BDL * Dibrnmemethane $.5 BDL * ipa—Bichlarebenzene 0.5 BDL 60$ 1,3—Rich1nrnbenzene G.5 BDL * 1,#—Dichlarabenzene $.5 EDL 7S 1,1—Dich1nr0ethane 0.5 EDL * i,E—Dich1areethane (EEC)0.5 BDL :J i,1-Dich1oreethy1ene 0.5 BDL v cis—1;E~Dich1nrnethy1ene 0.5 BDL ?Q Trans~1,E-Dichlareethylene Q.5 BBL IGG 1,3—Dich1areprapane G-S BDL ‘J 1,3-Dichlor0prnpane 3.5 BBL e EgE-Dichlareprapane G.5 EDL * 15i—Dichloroprupylene (.5 BBL i cis—I53~Dich1oroprapy1ene G.S BBL * trans-1,B—Dichlarapropylene Q.5 EDL .E. Ethylbenzene 0.5 BDL 73G Hethyleme Chleride 9.5 BDL ‘J **=HCL 15 for the combined four TTHM’S ***MCL is for the combined three Xylene If there are any queetions we would be pleaeed to discues them with you. Very truly youre, EnviroTech Laboratory'i224 @669“,Naryellen DiLuzio cc:one enclosed PH—oaaa &PH—o547 EPA Method 502.2 Regulta MCL MDL in ug/L in ugfL HethylTertButylEther (MTBE)E.¢EDL * Naphthalene 0.5 BDL * n-Prapylbenzene 0.5 EDL * Styrene 0.5 BDL 1i01,1,1,E*Tetrach1uraethane $.5 BDL *1,1,2,E-Tetrachlor0ethane 0.5 BDL * Tetrachlaroethylene 0.5 BDL 5Taluene0.5 BDL 1000TotalTrihalomethanes(TTHH)BDL 100Bromadichlaramethane0.5 BDL ** Brnmaform 0.5 BDL ** Chlarodibrumamethane 0.5 BDL ** Chlarnfnrm $.5 BDL ** 1,3,4~Trich1or0benzene 3.5 BDL ‘J1,1,1-Trichlurnethane 6.5 BDL 2001,1,2-Trichlarnethane 0.5 BDL 5Trichloroethylene0.5 BDL 51,8,3-Trichlarapr0pane 0.5 BDL * 1,8,0—Trimethy1ben2ene 0.5 BDL * 1,3;5—Trimethylbenzene 0.5 BDL * Vinyl Chlaride 0.5 BDL EXylenes{tuta1)10000n-Xylene 0.5 BDL *** pfm Xylene 0.5 BDL *** MDL =minimum detectable level BDL =below HDLMCLmaximumcontaminantlevel*=n0 ”CL established