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RE: Doyle Ryder Report - Draft for Review/Final/Publish

dack, While an assessment was not completed to idertify specific cornponents of this fixture, the results clearly show higher levels of jead related to the first hwo samples, P1& P2. These would be frorn the fixture Heelf and its immediate cormecting olumbing. Thus the recormmendation far replacernent of the fixture and its immediate plurnbing with lead- free materials stil applies. Stephen Busch, PLE. MDEQ Lansing District Coordinator Office of Drinking Water and Municipal Assistance Lansing and Jackson District Supervisor 547-643-2314 [email protected]

RE: Doyle Ryder Report - Draft for Review/Final/Publish

Question: OLKCO44 in the princinal’s office- Outlet: Bathroom Faucet (01KC044 Alternate) Location: Principal Office Bathroom Results: P1=48 parts per billion, P2=30 parts per billion, F01=3 parts per billion, FO2=2 parts per billion Faucet 01KC044 was not accessible during sampling on November 7, No 2015. Instead an alternate faucet in the adjacent bathroom was sampled. This faucet is Image not used for drinking or cooking and an assessment was not completed on the fixture Available or its connecting plumbing. The results for this location suggest the highest contributions of lead may be from the faucet and its connecting plumbing. Replacement of this fixture and its connection plumbing with lead-free materials will significantly reduce lead exposure at this location if it is ever used for drinking or cooking. If replacement is not feasible, sample results indicate that flushing this tap for three minutes following periods of stagnation is likely to reduce lead concentrations and lead exposure. This faucet was not accessitie and another faucet was sampied instead. “Yat, the results frorn this location suggest...” This paragraph is confusing in that there was no assessment done but there is discussion about lead results, Let rie know when the review is complete and | will have the document put in final forrnat. jack

Doyle Ryder Report - Draft for Review/Final/Publish

Attached is the draft report for the Doyle Ryder Elementary school in Flint. Please review the report for content. Note that this report includes new language regarding outlets not sampled for being out of service so please review carefully. Jack you may forward this on to OEA staff that are assigned to finalize and convert into a publication. Once complete please send the final copy back to George and | to take a last look before we release the report. Thanks everyone. Stephen Busch, P.E. MDEQ Lansing District Coordinator Office of Drinking Water and Municipal Assistance xxxEND_PAGE:deq19_b03_0260_0305_45 Lansing and Jackson District Supervisor 517-643-2314 [email protected] xxxEND_PAGE:deq19_b03_0260_0305_46

FW: BFO52 NORTHWESTERN HIGH SCHOOL

Attached is a picture of the point used for the last sequential set at Flint Northwestern. The drinking fountain that was initially tagged for use as the last point for sequential sampling was not conducive to use. in locking at the blue print this bathroom faucet was in close proximity and was at the end of the service run. This point was named BFOSZ. George George L. Krisztian Flint Action Plan Coordinator Laboratory Director Michigan Department of Environmental Quality Desk ph ; Cell ph

Assessment form

Dana, Can you email me a copy of the checklist form you have been using for the school assessments. Stephen Busch, P.E. MDEQ Lansing District Coordinator Office of Drinking Water and Municipal Assistance Lansing and Jackson District Supervisor 517-643-2314 [email protected] xxxEND_PAGE:deq19_b05_0722_0778_55 SAMPLE NUMBER SEQ# FIXTURE UNDERNEATH [_laerater/sereen [_|Nene | [Brass connection _lehreme plated brass [Brass fittings PHOTO NUMBER(S) Fprass tube in base Brass valves {_|Brass T [_]Regulator at bubbler L_|copper w/ lead solder L_|copper w/ 95/5 solder [_]stainless [_]Nylon/PEX BRAND/STYLE OTHER INFO NOTES in Bubbler [_]Underneath inaccessible [central Brass [_]chicago Specialty [_]Leaking/dripping in Delta 400 in Delta 350 [_|Modified fixture L]two handled Delta (_]Fixture wear/discoloration (_]Bar faucet []cold runs hot [_]water cooler []Not working-do not label Oo SAMPLE NUMBER SEQ# FIXTURE UNDERNEATH [_]Aerator/screen [_]None | [_|Brass connection [_]chrome plated brass [Brass fittings PHOTO NUMBER(S) [_]Brass tube in base [Brass valves [_]Brass T [_]Regulator at bubbler [_]copper w/ lead solder L_]copper w/ 95/5 solder [_]stainless [_]Nylon/PEX BRAND/STYLE OTHER INFO NOTES ({_]Bubbler [_]Underneath inaccessible L_Icentral Brass [_]chicago Specialty [_]Leaking/dripping []Delta4oo —[_]Delta 350 [_]Modified fixture L]two handled Delta (_]Fixture wear/discoloration (_]Bar faucet []cold runs hot [_]water cooler []Not working-do not label Oo xxxEND_PAGE:deq19_b05_0722_0778_56 PHOTO NUMBER(S) BRAND/STYLE OTHER INFO NOTES ({_]Bubbler [_]Underneath inaccessible L_Icentral Brass [_]chicago Specialty [_]Leaking/dripping []Delta4oo —_[__]Delta 350 [_]Modified fixture [_}two handled Delta [_]Fixture wear/discoloration L_]Bar faucet L_]cold runs hot [water cooler L_]Not working-do not label im SAMPLE NUMBER SEQ# FIXTURE UNDERNEATH [_]Aerator/screen [_]None | [_|Brass connection [_]chrome plated brass [Brass fittings PHOTO NUMBER(S) [_]Brass tube in base [Brass valves [_]Brass T [_]Regulator at bubbler [_]copper w/ lead solder L_]copper w/ 95/5 solder [_]stainless [_]Nylon/PEX BRAND/STYLE OTHER INFO NOTES ({_]Bubbler [_]Underneath inaccessible L_Icentral Brass [_]chicago Specialty [_]Leaking/dripping []Delta4oo —[_]Delta 350 [_]Modified fixture L]two handled Delta (_]Fixture wear/discoloration (_]Bar faucet []cold runs hot [_]water cooler []Not working-do not label gO xxxEND_PAGE:deq19_b05_0722_0778_57

RE: Consecutive sampling question

Date: Friday, December 11, 2015 2:20:36 PM We had a similar issue in Neithercut. We ended up using a tap not normally used for drinking water but did label it. Is there any type of faucet along that wing? For Neithercut we noted on the label that it was for consecutive sampling only. Stephen Busch, P.E. MDEQ Lansing District Coordinator Office of Drinking Water and Municipal Assistance Lansing and Jackson District Supervisor 517-643-2314 [email protected]

Brownell STEM Academy

| have some suggested changes. | used track changes, there is a comment on the last page regarding the use of “not detected” where earlier in the document we say “non detect”... think we should pick a way and be consistent. After these small changes, and George’s approval on content, | think we can forward to Lisa in OEA to put in report format. xxxEND_PAGE:deq21_b358_1029_1029_1

pierce rough draft

| think | captured what was noted in our meetings. | placed some questions in comment bubbles and put some things in track changes, because of questions. Also, some of the explanations are not as definitive, since we do not have the under cabinet photos. lam still not clear on where to place the copper info. Two verse three minute flush... | kept them consistence at 3 minutes, so not to get too confusing in the message. NOTE: | could not figure out inserting the photos and wrapping the text. | will have someone else do this. | have placed all the photos in powerpoint in order. For example, Slide 1 is DW001 and Slide 32 is CFO32. Send me an email, type in your changes, or call me and | will make them. | wanted to give you the first look before sending it to George. Dana xxxEND_PAGE:deq19_b05_0722_0778_01 xxxEND_PAGE:deq19_b05_0722_0778_02 TOOMPTO [T ‘@pls 404 SeI0N JaxeAdS] xxxEND_PAGE:deq19_b05_0722_0778_03 xxxEND_PAGE:deq19_b05_0722_0778_04 aoe xxxEND_PAGE:deq19_b05_0722_0778_05 xxxEND_PAGE:deq19_b05_0722_0778_06 xxxEND_PAGE:deq19_b05_0722_0778_07 . _ es oo - 5 xxxEND_PAGE:deq19_b05_0722_0778_08 xxxEND_PAGE:deq19_b05_0722_0778_09 xxxEND_PAGE:deq19_b05_0722_0778_10 xxxEND_PAGE:deq19_b05_0722_0778_11 xxxEND_PAGE:deq19_b05_0722_0778_12 xxxEND_PAGE:deq19_b05_0722_0778_13 xxxEND_PAGE:deq19_b05_0722_0778_14 xxxEND_PAGE:deq19_b05_0722_0778_15 xxxEND_PAGE:deq19_b05_0722_0778_16 xxxEND_PAGE:deq19_b05_0722_0778_17 xxxEND_PAGE:deq19_b05_0722_0778_18 xxxEND_PAGE:deq19_b05_0722_0778_19 xxxEND_PAGE:deq19_b05_0722_0778_20 xxxEND_PAGE:deq19_b05_0722_0778_21 xxxEND_PAGE:deq19_b05_0722_0778_22 xxxEND_PAGE:deq19_b05_0722_0778_23 . xxxEND_PAGE:deq19_b05_0722_0778_24 xxxEND_PAGE:deq19_b05_0722_0778_25 xxxEND_PAGE:deq19_b05_0722_0778_26 xxxEND_PAGE:deq19_b05_0722_0778_27 xxxEND_PAGE:deq19_b05_0722_0778_28 xxxEND_PAGE:deq19_b05_0722_0778_29 xxxEND_PAGE:deq19_b05_0722_0778_30 xxxEND_PAGE:deq19_b05_0722_0778_31 xxxEND_PAGE:deq19_b05_0722_0778_32 xxxEND_PAGE:deq19_b05_0722_0778_33 xxxEND_PAGE:deq19_b05_0722_0778_34 ve xxxEND_PAGE:deq19_b05_0722_0778_35 uy my me ty ae ie ee . xxxEND_PAGE:deq19_b05_0722_0778_36 xxxEND_PAGE:deq19_b05_0722_0778_37 xxxEND_PAGE:deq19_b05_0722_0778_38 xxxEND_PAGE:deq19_b05_0722_0778_39 xxxEND_PAGE:deq19_b05_0722_0778_40 xxxEND_PAGE:deq19_b05_0722_0778_41 LP? xxxEND_PAGE:deq19_b05_0722_0778_42 Pierce Elementary School Outlet Sampling and Plumbing Assessment Recommendations 1101 West Vernon Drive, Flint, Michigan 48503 xxxEND_PAGE:deq19_b05_0722_0778_43 Background Information On Friday, November 6, 2015, the Department of Licensing and Regulatory Affairs (DLARA) and the Department of Environmental Quality (DEQ) conducted an assessment of Pierce Elementary School's plumbing system to gain a comprehensive understanding of how water moves through the building and what types of plumbing materials are used. One outlet building in addition to the main school building was included in the assessment. The assessment identified the following potential sources of lead leaching into drinking water: Lead solder joints on copper piping Brass valves and brass fittings Brass components in fixtures Galvanized piping The assessment also identified 34 faucets or fountains that ide water for drinking, cooking, and/or food preparation, 32 faucets/fountains in the main school building, and two ‘aucets/fountains in the southernmost out buildin; uildings had no working out building, each in the order det ‘ollowing a stagnation period of over is staff collected four samples. Two initia Hi and P2), were collected immediately after turnin: N 30 seconds and a third, 125-mililiter sample (FQ: jed for another two minutes, and the fourth 125-mi samples were used to determine he impact of any lea i plumbing. system. At eac' collected immediately between. : staff collected 10, 1-liter samples. The 10 samples were in the tap, and consecutively, without any flushing time in A liamete 3 ‘water service line enters the boiler room. The _ Le : boiler room is located near the middle of the west side of the main building. The water line enters on the south side of the room. Piping in the boiler room for the cold water transitions into copper piping. In one area exposed from under pipe insulation, what appeared to be a lead bushing was observed. The cold water supply line exits the boiler room. It appears that beyond the boiler room, a cold water line heads towards the north corridor, and one heads towards the south corridor. The middle and southerly most out building is believed to be served from the main building. The skirting of the unit prohibited any assessment of the service line to this building. The northern most out building was not assessed due to its discontinued use. 2 xxxEND_PAGE:deq19_b05_0722_0778_44 Outlets With Lead Levels Greater Than 15 Parts per Billion The DEQ recommends school facilities take action if samples from any drinking water outlets show lead levels greater than 15 parts per billion. Based on the sampling conducted at 34 faucets/fountains on November 7, 2015, the following 25 drinking water outlets had lead water level results greater than 15 parts per billion. Each of these 25 outlets is listed below with its sample results, including a description of the potential source(s) of lead, and recommended actions for the school to take. Outlet: | Bubbler Drinking Fountain, (01DW001) Location: Hallway next to Boiler Room, behind Stage Results: _P1=20 parts per billion, P2=2 parts per billion, F01=2 parts per billion, FO2=non-detect These results suggest the highest contribution of lead: bubbler fixture is made of chrome-plated brass and unit may also contain some brass componen n the bubbler itself. This fhe connection piping with the Replacement of this bubbler tap and its conn significantly reduce lead exposure at this locati Outlet: Location: Results: it and the connecting plumbing. contain brass components. Connecting These results suggest the thest contribution of lead may be from the faucet and its connecting plumbing. The faucet is chrome-plated brass, and has a brass tube in the body of the base on the underside of the sink. Connecting plumbing in the cabinet under the sink may also contain additional brass components. This faucet also has an aerator/screen at the outlet. Replacement of this faucet and its connection plumbing with lead-free materials will significantly reduce lead exposure at this location. If replacement is not currently feasible, sample results indicate that flushing this tap for 3 minutes following periods of stagnation is likely to reduce lead concentrations and lead exposure. xxxEND_PAGE:deq19_b05_0722_0778_45 Outlet: Bubbler Fountain (01DW004) Location: Classroom 109, northwest wall Results: _P1=42 parts per billion, P2=17 parts per billion, F01=3 parts per billion, FO2=1 parts per billion These results suggest the highest contribution of lead may be from the bubbler and its connecting plumbing. This bubbler fixture is made of chrom d brass and has a brass connector on the underside of the sink. Typically, the connecting plumbing is copper with lead solder and includes a brass shut-off valve. : Replacement of this bubbler tap and its connection: significantly reduce lead exposure at this location sample results indicate that flushing this tap f likely to reduce lead concentrations and lead Outlet: Sink Faucet (01CF007) Location: Classroom 108, northwes' Results: P1=97 parts per billion, P2=132 These results suggest i e ibutio lay be.from'the faucet and its connecting plumbing. This fixture t Fhe base of this faucet is chrome-plated brass, the base and a brass spout. Connecting plumbing in the cabinet ecked for brass connectors; copper piping with lead ( at the outlet. sction plumbing with lead-free materials will significantly reduce lead ) i ion. If replacement is not currently feasible, sample results Outlet: Bubbler Foun 4 008) Location: Classroom 108; A Results: P1=468 parts per billion, P2=75 parts per billion, F01=6 parts per billion, FO2=4 parts per billion These results suggest the highest contribution of lead may be from the bubbler and its connecting plumbing. This bubbler fixture is made of chrome-plated brass and has a brass connector on the underside of the sink. Connecting plumbing in the cabinet under the sink should be checked for brass components and copper piping with lead solder. Replacement of this bubbler tap and its connection plumbing with lead-free materials will significantly reduce lead exposure at this location. If replacement is not currently feasible, xxxEND_PAGE:deq19_b05_0722_0778_46 sample results indicate that flushing this tap for 3 minutes following periods of stagnation is likely to reduce lead concentrations and lead exposure. Outlet: Bubbler Fountain (01DW009) Location: Classroom 111, northeast wall Results: P1=26 parts per billion, P2=38 parts per billion, F01=7 parts per billion, FO2=3 part per billion These results suggest the highest contribution of lead may be from the bubbler and its connecting plumbing. This bubbler fixture is made of chrome-plated brass and has a brass connector on the underside of the sink. Connecting plumbing in the cabinet under the sink should be checked for brass components and copper piping with lead solder. with lead-free materials will nt is not currently feasible, periods of stagnation is Replacement of this bubbler tap and its connection plu significantly reduce lead exposure at this location. If re sample results indicate that flushing this tap for 3 min & likely to reduce lead concentrations and lead expo 7 Outlet: Sink Faucet (01CF 010) Location: Classroom 111, northeast wall Results: _P1=43 parts per billion, P. F01=3 parts per billion, These results suggest the highest con plumbing. This fixture appears tobea base of this faucet is chrome-plated brass, ar ass spout. The chrome finish on this fixture is dewn'to . Car ing plumbing in the cabinet under the sink should be checked fe ad solder, and brass shut-off valves. ‘om the faucet and its connecting replacem nt is not currently feasible, sample results = following periods of stagnation is likely to reduce lead Location: Classroom! Results: P1=25 parts These results suggest the highest contribution of lead may be from the faucet and its connecting plumbing. This fixture appears to be a Central Brass model. The base of this faucet is chrome-plated brass, and has a brass tube within the base and a brass spout. The chrome finish on this fixture is down to the brass. Connecting plumbing in the cabinet under the sink should be checked for brass connectors; copper piping with lead solder, and brass shut-off valves. The sink was found with the aerator removed. xxxEND_PAGE:deq19_b05_0722_0778_47 Replacement of this sink faucet and its connection plumbing with lead-free materials will significantly reduce lead exposure at this location. If replacement is not currently feasible, sample results indicate that flushing this tap for 3 minutes following periods of stagnation is likely to reduce lead concentrations and lead exposure. Outlet: Bubbler Fountain (01DW012) Location: Classroom 112, southwest wall Results: _P1=78 parts per billion, P2=11 parts per billion, F01=4 part per billion, FO2=3 parts per billion These results suggest the highest contribution of lead may be from the bubbler and its connecting plumbing. This bubbler fixture is made of chrome-plated brass and has a brass connector on the underside of the sink. Connecting plumbin i e cabinet under the sink should be checked for brass components and copper pi ith lead solder. jead-free materials will not currently feasible, iods of stagnation is Replacement of this bubbler tap and its connection pl significantly reduce lead exposure at this location, <1f: sample results indicate that flushing this tap for.3: likely to reduce lead concentrations and lead:e: Outlet: Sink Faucet (01CF018) Location: Classroom 301, northwes Results: _P1=13 parts per billion, plumbing. This fixture aj lic ng bras: feplacement is not currently feasible, sample results following periods of stagnation is likely to reduce lead Outlet: Bubbler Fountain,(01 019) Location: Classroom 30, J Results: P1=22 parts per billion, P2=23 parts per billion, F01=3 part per billion, FO2=2 parts per billion These results suggest the highest contribution of lead may be from the bubbler and its connecting plumbing. This bubbler fixture is made of chrome-plated brass and has a brass connector on the underside of the sink. The bubbler also has a chrome-plated brass flow regulator installed between the operating valve and the outlet. Connecting plumbing in the cabinet under the sink should be checked for brass components and copper piping with lead solder. xxxEND_PAGE:deq19_b05_0722_0778_48 Replacement of this bubbler tap and its connection plumbing with lead-free materials will significantly reduce lead exposure at this location. If replacement is not currently feasible, sample results indicate that flushing this tap for 3 minutes following periods of stagnation is likely to reduce lead concentrations and lead exposure. Outlet: Sink Faucet (01CF020) Location: Classroom 302, southwest wall Results: _P1=53 parts per billion, P2=30 parts per billion, F01=1 parts per billion, FO2=non-detect These results suggest the highest contribution of lead may be from the faucet and its connecting plumbing. This fixture appears to be a Central Brass model. The base of this faucet is chrome-plated brass, and has a brass tube within the base ¢ g finish on this fixture is down to the brass. Connecting pl should be checked for brass connectors; copper piping. valves. ig in the cabinet under the sink ad solder, and brass shut-off This faucet also appears to have an aerator/screen.at the outlet. Replacement of this faucet and its connectio| reduce lead exposure at this location. If replac: indicate that flushing this tap for 3 minutes following pe i concentrations and lead exposure bing with lead free terials will significantly ample results to reduce lead Outlet: Sink Faucet (01CF021) Location: Classroom 3! Results: These results ‘suggest t igt iputi id may be from the faucet and its connecting plumbing. S odel. The base of this faucet is chrome-; finish should valves. ase and a brass spout. The chrome g plumbing in the cabinet under the sink ping with lead solder, and brass shut-off Replacement of this connection plumbing with lead-free materials will significantly reduce lead exposure ation. If replacement is not currently feasible, sample results indicate that flushing this tap for 3 minutes following periods of stagnation is likely to reduce lead concentrations and lead exposure. Outlet: Bubbler Fountain (01DW022) Location: Classroom 306, southwest wall Results: _P1=17 parts per billion, P2=6 parts per billion, F01=4 part per billion, FO2=13 parts per billion These results suggest the highest contribution of lead may be from the bubbler and its connecting plumbing. This bubbler fixture is made of chrome-plated brass and has a brass connector on the underside of the sink. Typically, the connecting plumbing is copper with lead xxxEND_PAGE:deq19_b05_0722_0778_49 solder and includes a brass shut off valve. The bubbler also has been modified which added copper couplings before the spout. Replacement of this bubbler tap and its connectio ignifi de this location for Outlet: Sink Faucet (01CF023) Location: Classroom 312, southeast wall Results: P1=22 parts per billion, P2=14 parts per billion, F01=9 parts per billion, FO2=6 parts per billion These results suggest the highest contribution of lead may plumbing. This fixture appears to be a Chicago Special chrome-plated brass, and has a brass tube within the’b: finish on this fixture is down to the brass. Connecting p should be checked for brass connectors; copper piping with lead solc valves. ‘om the faucet and its connecting . The base of this faucet is rass spout. The chrome cabinet under the sink and brass shut-off ‘lead-free materials will significantly trently feasible, sample results stagnation is likely to reduce lead reduce lead exposure at this location... Ik indicate that flushing this tap for 3 minutes f concentrations and lead exposure. ay be from the bubbler and its eof chrome-plated brass and has a brass r also has a chrome-plated brass flow } valve and the outlet. Connecting plumbing in the cabinet unde i hecked for brass components and copper piping with lead solder. Replacement of this its connection plumbing with lead-free materials will significantly reduce lea ire at this location. If replacement is not currently feasible, sample results indicate that flushing this tap for 3 minutes following periods of stagnation is likely to reduce lead concentrations and lead exposure. Outlet: Bubbler Fountain (01DW025) Location: Classroom 307, southwest wall Results: _P1=191 parts per billion, P2=69 parts per billion, F01=28 part per billion, FO2=6 parts per billion These results suggest the highest contribution of lead may be from the bubbler and its connecting plumbing. This bubbler fixture is made of chrome plated brass and has a brass connector on the underside of the sink. Typically, the connecting plumbing is copper with lead solder and includes a brass shut off valve. xxxEND_PAGE:deq19_b05_0722_0778_50 Replacement of this bubbler tap and its connection plumbing with lead-free materials will significantly reduce lead exposure at this location. If replacement is not currently feasible, sample results indicate that flushing this tap for 3 minutes following periods of stagnation is likely to reduce lead concentrations and lead exposure. Outlet: Sink Faucet (01CF 026) Location: Classroom 307, southwest wall Results: _P1=61 parts per billion, P2=36 parts per billion, F01=7 parts per billion, FO2=4 part per billion These results suggest the highest contribution of lead may be from the faucet and its connecting plumbing. This fixture appears to be a Central Brass model. base of this faucet is chrome-plated brass, and has a brass tube within the b: a brass spout. The chrome finish on this fixture is worn down to the brass. Connecti! bing in the cabinet under the sink should be checked for brass connectors; copper ad solder, and brass shut-off valves. This faucet also appears to have an aerator/: at the outlet. Replacement of this faucet and its connection plum reduce lead exposure at this location... If replacemel indicate that flushing this tap for 3 mi concentrations and lead exposure. Outlet: Bubbler Fountain (01 DWw027) Location: Classroom Results: P1=23 pai suggest that's factor. ificantly reduce | Outlet: Sink Faucet (01CF-028) Location: Classroom 311, southeast wall Results: _P1=17 parts per billion, P2=19 parts per billion, F01=38 parts per billion, FO2=15 part per billion xxxEND_PAGE:deq19_b05_0722_0778_51 alurbingThe results from this sink faucet ‘and the results ftom similar fixtures suggest that this faucet may be contributing to an elevated lead result. Additionally, it appears that elevated results may be a result of water stagnation, The results from the sink faucet and sampling at 01DW/031 and 01CF032 (sampling fixtures on the other side of the wall) along with the consecutive sampling results at 01CFO32 (room 310) suggest that stagnation of water in the south corridor after the washroom facilities is a contributing factor. This fixture appears to be a Central Brass model. The base of this faucet is chrome-plated brass, and has a brass tube within the base and a brass spout. The chrome finish on this fixture is worn down to the brass. Connecting plumbing in the cabinet under the sink should be checked for brass connectors; copper piping with lead solder, and brass shut-off valves. This faucet also appears to have an aerator/screen at th Replacement of this faucet and its connection plumbi reduce lead exposure at this location. If replaceme indicate that flushing this tap for 3 minutes follo line flushing, -is likely to reduce lead concent it Tee materials will significantly Outlet: Bubbler Fountain tra Results: P1=78 parts per billion, F01=5 part per billion, FO ing plumbing is copper with lead as been modified which added connector on the ui solder and includes ‘4 These results suggest thé contribution of lead may be from the faucet and its connecting plumbing. This fixture appears to be a Central Brass model. The base of this faucet is chrome-plated brass, and has a brass tube within the base and a brass spout. The chrome finish on this fixture is worn down to the brass. Connecting plumbing in the cabinet under the sink should be checked for brass connectors; copper piping with lead solder, and brass shut-off valves. This faucet also appears to have an aerator/screen at the outlet. Replacement of this faucet and its connection plumbing with lead-free materials will significantly reduce lead exposure at this location. If replacement is not currently feasible, sample results indicate that flushing this tap for 3 minutes following periods of stagnation is likely to reduce lead concentrations and lead exposure. 10 xxxEND_PAGE:deq19_b05_0722_0778_52 Outlet: Bubbler Fountain (01DW031) Location: Classroom 310, northeast wall Results: P1=29 parts per billion, P2=35 parts per billion, F01=73 part per billion, FO2=3 parts per billion These results suggest the highest contribution of lead may be from the bubbler and its connecting plumbing. This bubbler fixture is made of chrome-plated brass and has a brass connector on the underside of the sink. Connecting plumbing in the cabinet under the sink should be checked for brass components and copper piping with lead solder. Replacement of this bubbler tap and its connection plumbing with lead-free materials will significantly reduce lead exposure at this location. If replace is not currently feasible, sample results indicate that flushing this tap for 3 minut swing periods of stagnation is likely to reduce lead concentrations and lead exposur Outlet: Water Cooler (O2DW034) Location: South Out Building, Temporary Cl: Results: _P1=non-detect, P2=54 parts per bill F01=36 part per billion, FO2=2 parts. 3m, Northeast wal billion These results suggest the lead mai contain brass components. Connecting plury components. The P2 and F01 results for lead along suggest that this water | i plumbing should be r: indicates that minutes follows ‘d for drinking, cooking, ‘andlor food preparation. for 4 n-will further reduce lead- exposure, itlets are comprised of similar materials as the outlets listed above and could potential erience higher lead levels under extended periods of stagnation. These faucets/fountains include: e Bubbler Unit drinking fountain in main corridor next to men’s washroom, east of library (Q1DWO017), and Classroom 100 (O1TDVVO15) e Sink Side Bubbler Units in Classroom 110 (Q1DW00s » __Chrome-Plated Brass Base Faucets in Classroom 100 (Q1CF013), and Classroom 310 (01CF032) eo a1 xxxEND_PAGE:deq19_b05_0722_0778_53 Replacement of these fixtures listed above with lead-free materials is also recommended. The remaining four outlets showed sample results of 15 parts per billion or less, requiring no further action or additional recommendations. These faucets/fountains include: ® Sink Faucet (older Delta model) in Classroom 110 (G1CFO005), Temporary Classroom (south) (O2KC033 @__ Sink Faucet, spring loaded, in Classroorn 100 (O1CFO14) a ¢ Kitchen Faucet (American Standard)s in the Teache ounge (O1KCO16) building, and he highest not from the larger The consecutive samples taken on November 7 one in the southernmost out building, provide contribution of lead appears to be from the in diameter supply plumbing within the main sc! Consecutive 1 2 Sample No. Location Classroom 100 Sink Faucet (01CF013) Classroom 301 Sink Faucet (01CF018) 10 ND ND |ND |ND |ND |ND (01KC033) Routine flushing of th eter supply plumbing at the end points of the distribution system, (for example at and room 310) is strongly recom! {. This i isduetothe =.= noticeable stagnation of the water and minimal use of the water, especially in the south end of the corridor that extends beyond the restrooms. It is recommended that a flushing operational procedure be developed for use by staff responsible for plumbing operations and maintenance with emphasis on flushing after weekends and holidays. Many faucets have an aerator/screen at the outlet. If the faucet is not replaced, the aerator/screen should be removed, inspected for particulate accumulations, scrubbed clean, and reinstalled. If particulates are found, the aerator/screen should be periodically checked and cleaned. Generally goa should be cleaned at least quarterly to remove scale, particulate accumulation, and | 12 xxxEND_PAGE:deq19_b05_0722_0778_54

FW: Governor's Update

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Date: Monday, October 19, 2015 5:29:00 PM Importance: High need your summary updates first thing Tuesday morning for anything done today. This is what | have so far: em 3. — estimate the number of samples. Done. (100 per school). em 5. — legislative changes to Part 54 — draft language provided to Maggie on 10/15. em 10. — e-mail sent to Director of Shared Services requesting the three target/pilot elementary schools gather preliminary data and provide support for plumbing assessment by LARA staff. em 11.-—revised draft sampling protocol shared with LARA, DHHS, EPA and GCHD. 10/19. em 19.— EPA comments received on 10/19 regarding Flint’s corrosion control treatment plan. Teleconference between DEQ and EPA scheduled for 10/20 to discuss.

FW: Governor's Update

Importance: High | need your summary updates first thing Tuesday morning for anything done today. This is what | have so far: Item 3. ~ estimate the number of samples. Done. (100 per school). Item 5. ~ legislative changes to Part 54 — draft language provided to Maggie on 10/15. Item 10, — e-mail sent to Director of Shared Services requesting the three target/pilot elementary schools gather preliminary data and provide support for plumbing assessment by LARA staff. Item 11, - revised draft sampling protocol shared with LARA, DHHS, EPA and GCHD. 10/19. Item 19. - EPA comments received on 10/19 regarding Flint’s corrosion control treatment plan. Teleconference between DEQ and EPA scheduled for 10/20 to discuss.

Draft Notes from Michigan semi-annual call on 6/10

Date: ‘Wednesday, July 01, 2015 6:32:00 PM. ‘All—Below are my draft notes from our call last week, June 10, 2015. Thank you all for participating. | apologize for the delay in getting these out in draft to you all for review—I was hoping to get a couple of items ironed out that were fuzzy during our discussions, but hasn’t happened yet. Several ACTION items below. So, please review to make sure | documented our discussion/agreements correctly, and feel free to edit as needed. | you could get back to me by July 13, that would be great. Thank you! Jennifer Attendee: MDEQ: Liane Shekter-Smith, Richard Benzie, Carrie Monosmith, Kris Philip, Dan Dettweiler, Marjorie Rodriguez (Student), Kevin Holdwick, Mike Prysby, Dana DeBruyn, Steve Busch EPA Region 5: Tom Poy, Rita Bair, Nick Damato, Janet Kuefler, Michele Palmer, Tom Murphy, Heather Shoven, Cary McElhinney, Andrea Porter, Miguel Deltoral, Mostafa Noureldin Summary: ‘L.Changes in Lead Disinvestments and Commitments for FY 2016 ARDP—for discussion: Due to our extreme focus on lead in drinking water, this is the consensus here. a. Consumer notification of tap results at NTNCW' (Suggested wording) The NCWS program commits to full implementation of the lead consumer notification of tap results requirement, to begin in CY 2016. Region 5 will assist in a notification outreach effort in late FY 2015 to remaining 698 NTNCWSs that are not schaols/daycares, to begin providing lead consumer notice in CY 2016. NCWS program commits to include information on providing lead consumer notice in the annual monitoring letter sent to all NTNCWSs for CY 2016. STATE: The State found this change in the wording acceptable. b. Collection of Lead samples at NTNCWSs during June ~ September 2016 timeframe (Suggested wording) NCWS program commits to including information in the applicable NTNCWS annual monitoring letters of the requirement to collect their annual/triennial lead sample between June and September only, during CY 2016. The MDEQ NCWS program currently does not have the capability to easily track lead sampling compliance within this specific timeframe. STATE: The State found this change in the wording acceptable. . Follow-up Actions for NTNCWSs that sample outside of June-September 2015 timeframe (From 5/5/15 call notes w/EPA) MDEQ commits to providing Region 5 with all CY 2015 lead (and copper?) sample data for all NTNCWSs by March 2016 so that EPA can analyze how many PWSs monitored outside the June through October timeframe. EPA commits to follow-up with MDEQ to discuss follow-up actions. STATE: The State agreed to providing EPA RS the raw lead and copper data for all CY 2015 for all NTNCWSs, The WaterTrack database does have data, but it can’t generate violations. MDEQ doesn’t commit to enforcing against 2016 violators in FY 2016. The State said, it is planning on disinvesting in enforcing against these violators due to limited capability of WaterTrack; however, if the State's noncommunity data management capabilities improve during FY 2016, implementation of this disinvestment may become a reality. The State has not designated an alternate timeframe, or done system specific documentation as to why the system qualifies for a different timeframe. d. Submittal of the lead and copper reporting form (Suggested wording) MDEQ commits to requiring CWSs and NTNCWSs to submit the lead and copper reporting form via the annual monitoring letters to each system, tracking CWSs and NTNCWSs submittal of the lead and copper reporting form, and commits to issuing violations for failure to submit the lead and copper reporting form. The reporting form provides the address of the sample site, designates sampling site selection criteria, and explanation(s) for any changes in sampling sites. STATE: Dan Dettweiler stated that the NCWS program was not in a position to do this for the NTNCWSs at this time. Tam Murphy asked how does WaterTrack handle/track high lead results? Tom M said there is a truncation issue on the sample location name field. Dan acknowledged that this problem has been identified, and the Department of Technology Management and Budget (DTMB) has been trying to fix this problem, but it is a challenging problem. Dan stated that sample sites for NTNCWSs are actually identified by LHDs during the sanitary survey and are documented in the sanitary survey. The LHDs check the pdf of the laboratory results that clearly states where the sample was taken, and calculates the 90" percentile. However, Dan stated that the requirement to send in the lead and copper reporting form is not currently in the LHD annual monitoring letter sent to each system. The NTNCWSs do not couple this form to the Lead Consumer Notice, as does the CWSs. Kris Philip pointed out that the LHDs select the sample sites, thus when they are calculating the 90" percentile, they are actually double checking the sites with the results. From our discussion, the Region concluded that at this time, the LHDs are actively reviewing the lead and copper results and the sample locations when they calculate the 90” percentiles to ensure proper LCR monitoring is conducted by ALL NTNCWSs at the proper sample sites. After our call, | asked for verification of this statement, and Dan Dettweiler responded, “Just as with an exceeding value of an MCL, WaterTrack alerts the LHD when at least one sample for a water system exceeds the AL. A 90" percentile calculation is made only when an exceeding result alerts the LHD. For cases Where there are no exceeding results, private lab samples are reviewed at the time LHDs hand-enter them into WaterTrack. State lab samples, which flow electronically via nightly downloads from the state lab database, are reviewed when pdfs of the analysis reports are, routinely, emailed by the state lab to LHDs. Beyond that, MDEQ’s annual evaluation of the LHDs provides another opportunity for us to oversee the proper assigning and use of designated sampling locations.” ACTION: The Region will discuss Dan's response internally, and get back to the State with any issues/concerns. Kris Philip said that the CWS program is requiring that the systems submit the form, but they are not enforcing whether or not the system submits the form. Often, the CWS will submit the Lead Consumer Notice and the Lead and Copper reporting form together. Kris said if 90%+ are already submitting the forms, then the State will agree to follow-up and enforce this requirement. But, if less than that, will probably be too much of a burden. Kris said they may change the way DEQis tracking in SDWIS during FY 2016. But, the Region said SDWIS-Prime probably won't be available until 2017 at the earliest, ACTION: Kris Philip will research with the District Offices to determine the current submittal rate of the lead and copper reporting form from CWSs; and report back to the Region 2. Enforcement Update with Heather NTNCWSs under Bottled Water agreements due to Arsenic MCL violations: Per discussions with Region 5 and the February 2014 EPA/OECA memo, MDEQ has closed the old Arsenic open-ended MCL violations; however, no further quarterly monitoring is being conducted at the (427) systems that are still under bottled water agreements. Thus, no more arsenic MCL violations will be reported for these systems and these systems will not become priority systems (ETT score of 11 or more) since only one arsenic MCL violation will be reported (5 points) even though they have a longstanding issue with arsenic noncompliance. The Region would like to discuss the pros and cons of placing these PWSs with arsenic MCL violations on quarterly monitoring as required under 40 CFR Section 141.23(c)(7); and brainstorm possible solutions. Heather provided an update on how the State is daing in returning ETT systems to compliance; the State is doing very well in achieving its commitment for FY 2015. Heather said the Region is glad to see the State and LHD prioritization of implementation of the drinking water program and NTNCWS schools and daycares. Referring to the NTNCWSs under BW agreements that are in violation of the Arsenic MCL, Heather said that since there are no more open-ended MCL violations in SDWIS, that no MCL violations can be reported to SDWIS unless there is monitoring to show the system is in non-compliance. Even thaugh the LHD has indicated that these systems are drinking bottled water for public health protection, the use of bottled water cannot be a permanent solution to the fact that the system’s drinking water at the tap continues to exceed the MCL for arsenic. Dan said there are 22 systems, where 8 are schools, that should be conducting quarterly monitoring. Dana said that letters have been sent (OR drafted?) to these 22 systems to require quarterly sampling for arsenic; these 22 systems are in 10 different counties so the message from the State is consistent. A secondary effect of this new requirement for the systems, may be that they transition to another water source or install treatment sooner. The State voiced a concern that multiple quarterly violations could potentially affect the State’s relationship with the LHDs financially. Genesee and Oakland Counties have quite a number of noncommunity water systems. Multiple quarterly violations could affect the Dept of Community Health’s determination as to whether the LHDs are meeting their minimum program requirements; thus receive full funding for their work with the noncommunity systems for the drinking water program. The LHDs cannot have more than 20% of their systems with violations. The Region wonders how much funding would be cut from a LHD contract if it exceeds the 20% noncompliance level set in the contract? 3. Status of Flint a. TTHM levels for May—Due to MDEQ district engineer June 10-RECEIVED; see link to results xxxEND_PAGE:deq01_b045_3582_3583_1 003583 All samples below the TTHM MCL; one site still has an LRAA above the MCL but decreased from 105 ppb in Feb to 93.5 ppb in May. Mike Prysby said he is getting ready to issue the construction permit to the City of Flint to install a GAC filter in July, that will remove more TOC to further reduce the potential of developing TTHMs. Mike said he has already issued a construction permit for a transmission line within the City that will help reduce water age. b. Lead in Flint Our discussions with MDEQ indicate that no phosphates/corrosion control has been added to the system since April 2014 when the source of drinking water changed to the Flint River. We understand that the City is just finishing up its second set of 6-month initial monitoring for lead; where the results will probably warrant a Corrosion Control Study to be conducted. Since Flint has lead service lines, we understand some citizen-requested lead sampling is exceeding the Action Level, and the source of drinking water will be changing again in 2016, so to start 2 Corrosion Control Study now doesn’t make sense. The idea to ask Flint to simply add phosphate may be premature; there are many other issues and factors that must be taken into account which would require a comprehensive look at the water quality and the system before any treatment recommendations can/should be made. Miguel is recommending MDEQ. and EPA? approach Flint about formally requesting EPA’s Office of Research and Development in Cincinnati support on the lead in Flint drinking water issue, and request that Mike Schock, ORD, and possibly Darren Lytle, ORD, to participate in Flint’s drinking water advisory committee so that a comprehensive evaluation on how to proceed can be discussed Miguel provided a brief summary of the high lead results found at the residence of Ms. Leanne Walters in Flint. Miguel will follow up with a written summary of the work conducted, sample results, and conclusions. Miguel believes that lead levels in Flint are being affected by the lack of Corrosion Control being conducted by the City, since the LCR requires 2 6-month initial monitoring for a new source. Steve Busch stated that in the Lead sampling pool, almost all of the lead sample sites are lead service lines, and the State is not seeing large increases in lead levels at the tap. Miguel suggested that EPA experts in Lead, Mike Schock; and in distribution systems, Darren Lytle, be added to the Flint drinking water advisory committee to assist the City/State in determining the best way to proceed to minimize lead in the City’s drinking water during the interim use of the Flint River, and subsequent use of Lake Huron water. Miguel said he will send Mike Schock and Darren Lytle’s contact information to Steve and Mike. Steve pointed out that the City is following the LCR requirements, and completing the requirements in a timely manner. Miguel's point is that since the LCR was promulgated 20+ years ago, that research and different situations, like Washington D.C., have educated scientists, experts, and regulators that the existing requirements in the LCR may not be as protective as previously thought. Thus, he can only make recommendations as to how to revise sampling protocols. And Miguel acknowledges that it may be anther year before these regulation changes are promulgated in the Long-Term Lead and Copper Rule. In December 2015, the NDWAC recommendation is expected The Region asked the State if the Flint River will be a permanent supplemental source of drinking water, once the City of Flint connects with the Karegdodi pipeline from Lake Huron. Mike Prysby said that the City is currently pumping 22MGD, but the City has 40-50 MG of storage. The City is currently working on reducing its unaccounted for water losses, and these water losses are dropping. The State, through the Governor's office, provided disadvantaged system funding, $2M which includes $900K for lead detection, and pipe inspection. 4, Update on WaterTrack to SDWIS-State: The migration of WaterTrack data to SDWIS-State was number 39 on the Dept of Technology Management and Budget’s (DTMB) project list last year; this year itis number 30. It doesn’t appear this project has a high priority. Does the State have any new information on the progress of this project? Dan said that the migration of WaterTrack data to SDWIS-State has moved to a priority of 26 with DTMB so far this year. But Dan said they are going to take this project out of the que, since Ronda Page has returned to the drinking water program from DTMB. Ronda said she re-estimated DTMB’s involvement in this project to be far less than originally thought, so there is no need for any program developers or the tech team. This project will only need the Data Team and the web designers only. Ronda said they can set-up on a new server and migrate the data from WaterTrack to SDWIS-State themselves; in-house. Kris Philip remembers migrating the CWS data to SDWIS-State, so she can be a resource for this project. The parts that are needed to be completed by DTMB could be contracted out. Cary McElhinney said that there is a process of withholding PWSS grant funds and re-directing the funds to a HO. contract with SAIC, Richard Benzie said the process worked well last year when MI used PWSS funds to contract with a HQ contractor to conduct NEEDS survey training, ACTION: Jen will follow up with State and Tribal Programs Branch about the process and timing of holding back funds from the PWSS grant for the purpose of contracting with SAIC 5. Consequences of cutting the State drinking water program to a “minimal program” Jennifer had a discussion with Richard Benzie regarding the possibility of the Michigan State Legislature looking to have just a minimal drinking water program, meaning only a program with activities that are required by the Federal SDWA. Jennifer ultimately discussed this internally with Tom Poy. The minimal program suggested would cut out Operator Certification, Capacity Development, Plan Review, Cross Connection Control, Source Water Protection, among other programs that are State required. Operator Certification and Capacity Development, while not required by the Federal regulations, do have financial strings attached. And Plan review/construction permits are required by the SRF program for a loan. Any recent communication with the State Legislature that they might proceed and make this possibility a reality? Richard and Liane said there is no current threat from the State Legislature to cut the State-funded PW'SS program activities. But there is a State-wide impetus to delete old programs and regulations, so this could lead to questioning the purpose of State-funded PWSS program activities. Richard is just being proactive in preparing a justification. Richard remembers a discussion many years ago about what constitutes a “comprehensive drinking water program”. Tom Poy and Jennifer commented in a previous communication with Richard that the EPA PWSS primacy program and the State- funded activities in the drinking water program were meant to complement each other. To support this statement, Jennifer sent Richard some PWSS Priority guidance from the 90's, some preamble language from the 1976 SDWA found by our attorney, and language from Section 142 of the SDWA regulations from 1976 that might assist him in his justification. 6. EPA’s Resource Message at the LHD Workshop in April From the 2014 analysis of Shared Goals 2013 data, which is compliance data, for noncommunity systems, there are increasing trends of nitrate M/R violations for both NTNCWSs and TNCWSs. We discussed this on the last semi-annual call. Analysis of the 2015 Shared Goals 2014 data (April 2015) shows an improvement—that of decreasing numbers of bacti/nitrate M/R violations. However, in light of the upcoming implementation of RTCR in 2016, the question raised here in the Region is: Does the State have a plan with the LHDs as to what activities must be prioritized, and what will fall off the plate? Not all LHDs will need to disinvest based upon each LHD’s resources, but some poorly funded LHDs may have to disinvest in some activities/drop activities that have no risk to public health Carrie Monosmith said that she met with the RTCR workgroup, comprised of LHD Directors/sanitarians, last fall to identify activities that the state can disinvest in during the next several years as the LHDs begin implementation of RTCR. They could not identify any activity that could be dropped. The main thing that will help the LHDs save time is to get the electronic DWR (eDWR) going, or the CMD portal, which will drastically reduce the LHDs time in inputting laboratory data into WaterTrack/SDWIS-State. From there, they can develop electronic data forms (CROMEER compliant) that the systems can submit. Thank you! Jennifer shekterl@ michigan gov; 'Richard Benzie' <benzier@michigan gov>; ‘kris philip’ <[email protected]>; 'Monosmith, Carrie (DNRE)' 'DeBruyn, Dana (DEQ) <[email protected]>; Dettweiler, Dan (DEQ) Poy, Thomas <poy.thomas@epa gov>; Kuefler, Janet <kuefler janet@epa,gov>; Damato, Nicholas Shoven, Heather Murphy, Thomas <[email protected]>; Bair, Rita <bair [email protected]>; McElhinney, Cary Pniak, Edward <pniak.edward@epa,gov>; '[email protected]’; 'Prysby, Mike (DEQ)' <[email protected]>; Busch, Stephen (DEQ) <BUSCHS@ michigan gov> xxxEND_PAGE:deq01_b045_3582_3583_2

RE: DEQ/DLARA Secondary Treatment Meeting

Greetings, Here is an agenda for the meeting on Monday morning to give DLARA participaris some notice of ihe topics to be discussed. itis my infention that this meeting not be overiy formal and we car ask questions and discuss isgues as they arise. Richard Benzie, PE. Chief Field Operations Section Office of Drinking Water and Municipal Assistance, MDEQ 547-284-6512

hold for secondary treatment meeting

Today Richard asked me the rales thet the folks invited to Monday's rneeting are: Jira Scott is the section manager of the Health Facilities Engineering Section (plan review and physical plant inspections of hospitals and long term care facilities}. Teri Dyke is the section mariager that oversees federal certification of hospitals. Joe Madztar is the head of the plumbing division. As of today it looks Hke they are all with DLARA, i did not invite anyone from the apidermiclogical or disease sections, for the local health denartments.} since the goal was to discuss the physical prernise and permit and operational aspects. Dana xxxEND_PAGE:deq19_b03_0260_0305_01 DEQ/DLARA Meeting Agenda June 15, 2015 Edward-Hutchinson Conference Room Atrium South 1. Introductions — Liane Shekter Smith, Chief, ODWMA 2. Purpose — Liane Shekter Smith 3. Secondary Treatment and EPA — Richard Benzie, Chief, Field Operations a. b. c. d. e. PWS Definition Reasons for Secondary Treatment of premise plumbing/hot water systems Classification - Community vs. Noncommunity Veteran’s Administration Directive HACCP/Water Safety Plans 4. Approach to Secondary Treatment — Liane Shekter Smith a. b. Role and Responsibility of DLARA Programs Role and Responsibility of DEQ Programs — Richard Benzie and Steve Busch, Lansing/Jackson District Supervisor i. Act 399 construction permits ii. Engineered treatment systems with paced chemical feed ili. Coordination with plumbing permits iv. Initial state oversight/approval (in lieu of LHD) v. Certified Operator oversight vi. Disinfection Byproduct Monitoring, but not coliform sampling vii. Annual Fees Outreach and Education — Carrie Monosmith, Chief, Environmental Health Section 5. Conclusion/Action Items — Liane Shekter Smith xxxEND_PAGE:deq19_b03_0260_0305_02

Agenda for MI Semi-Annual Call on Wed 6/10 at 10am EST; 9am CST

Date: Monday, June 08, 2015 11:20:01 AM Importance: High Good morning! Below is the Agenda | came up with for our semi-annual call this Wed morning. Please let me know if you would like to add additional items for us to discuss. Please note that | have invited Steve Busch, Mike Prysby and Pat Cook to discuss item no. 3 regarding Flint. Jennifer Agenda Topics for Michigan Semi-Annual Call on Wednesday June 10, 9am CST Call-in no: 877-226-9607 Code: 1896350612 4. 2. Changes in Lead Disinvestments and Commitments for FY 2016 ARDP—for discussion: Due to our extreme focus on lead in drinking water, this is the consensus here. a. Consumer notification of tap results at NINCWSs: (Suggested wording) The NCWS program commits to full implementation of the lead consumer notification of tap results requirement, to begin in CY 2016. Region 5 will assist in a notification outreach effort in late FY 2015 to remaining 698 NTNCWSs that are not schools/daycares, to begin providing lead consumer notice in CY 2016. NCWS program commits to include information on providing lead consumer notice in the annual monitoring letter sent to all NTNCWSs for CY 2016. b. Collection of Lead samples at NINCWSs during June — September 2016 timeframe (Suggested wording) NCWS program commits to including information in the applicable NTNCWS annual monitoring letters of the requirement to collect their annual/triennial lead sample between June and September only, during CY 2016. The MDEQ currently does not have the capability to track lead sampling compliance within this specific timeframe. c. Follow-up Actions for NINCWSs that sample outside of June-September 2015 timeframe

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