35 20 23.23_Amend 2.pdf

PL 84- 99 FI MI - Ocean Bay Par k t o Davi s Par k PL8499FI MI Amendment 02

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NATI ONAL DREDGI NG QUALI TY MANAGEMENT PROGRAM - HOPPER DREDGE

02/ 22

PART 1 GENERAL

1. 1 DESCRI PTI ON

The wor k under t hi s cont r act r equi r es use of t he Nat i onal Dr edgi ng Qual i t y Management Pr ogr am ( DQM) t o moni t or t he dr edge' s st at us at al l t i mes dur i ng t he cont r act and t o manage dat a hi st or y.

Thi s per f or mance- based speci f i cat i on sect i on i dent i f i es t he mi ni mum r equi r ed out put and t he pr eci s i on and i nst r ument at i on r equi r ement s. The r equi r ement s may be sat i sf i ed usi ng equi pment and t echni cal pr ocedur es sel ect ed by t he Cont r act or .

1. 2 SUBMI TTALS

Gover nment appr oval i s r equi r ed f or submi t t al s wi t h a " G" or " S" c l assi f i cat i on. Submi t t al s not havi ng a " G" or " S" c l assi f i cat i on ar e f or i nf or mat i on onl y. When used, a code f ol l owi ng t he " G" c l assi f i cat i on i dent i f i es t he of f i ce t hat wi l l r evi ew t he submi t t al f or t he Gover nment .

Submi t t he f ol l owi ng i n accor dance wi t h Sect i on 01 33 00 SUBMI TTAL

PROCEDURES:

SD- 07 Cer t i f i cat es

Nat i onal Dr edgi ng Qual i t y Management Pr ogr am Cer t i f i cat i on, New Yor k Di st r i ct ; G, RO

1. 3 PAYMENT

Separ at e payment f or i nst al l at i on, oper at i on, and mai nt enance of t he DQM- cer t i f i ed syst em as speci f i ed her ei n f or t he dur at i on of t he dr edgi ng oper at i ons i s not al l owed; al l cost s i n connect i on t her ewi t h ar e consi der ed a subsi di ar y obl i gat i on of t he Cont r act or and ar e cover ed under t he cont r act uni t pr i ce f or dr edgi ng i n t he bi ddi ng schedul e.

1. 4 NATI ONAL DREDGI NG QUALI TY MANAGEMENT PROGRAM CERTI FI CATI ON

1. 4. 1 Cer t i f i cat i on

The Cont r act or i s r equi r ed t o have a cur r ent cer t i f i cat i on f r om DQM f or t he hopper dr edge i nst r ument at i on syst em t o be used under t hi s cont r act .

Cr i t er i a f or cer t i f i cat i on i s based on t he most r ecent speci f i cat i on post ed on t he DQM websi t e:

ht t p: / / dqm. usace. ar my. mi l / Speci f i cat i ons/ I ndex. aspx. Ver i f y compl i ance wi t h t hese cr i t er i a by annual onsi t e qual i t y assur ance ( QA) checks conduct ed by t he DQM Suppor t Cent er Dat a Acqui s i t i on and Anal ysi s Team and by per i odi c r evi ew of t he t r ansmi t t ed dat a. DQM Cer t i f i cat i on i s val i d f or one year f r om t he dat e of t he annual QA checks. Cer t i f i cat i on i s cont i ngent upon t he syst em' s abi l i t y t o cont i nuousl y meet t he per f or mance r equi r ement s as out l i ned i n par agr aph PERFORMANCE REQUI REMENTS. I f i ssues wi t h dat a qual i t y ar e not cor r ect ed wi t hi n 48 hour s, t he syst em cer t i f i cat i on wi l l be r evoked and addi t i onal QA checks by t he Dat a Acqui s i t i on and Anal ysi s Team may be necessar y.

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Annual DQM Cer t i f i cat i on must be based on t he f ol l owi ng:

a. A ser i es of qual i t y assur ance checks as out l i ned on t he DQM websi t e:

ht t ps: / / dqm. usace. ar my. mi l / Cer t i f i cat i ons/ I ndex. aspx.

b. Ver i f i cat i on of dat a acqui s i t i on and t r ansf er as descr i bed i n par agr aph Per f or mance Requi r ement s.

c. Revi ew of t he Dr edge Pl ant I nst r ument at i on Pl an ( DPI P) as descr i bed i n par agr aph DREDGE PLANT I NSTRUMENTATI ON PLAN ( DPI P) .

1. 4. 2 Recer t i f i cat i on

The owner or oper at or of t he dr edge must cont act DQM at DQM- Annual QA@r psgr oup. com on an annual basi s, or at l east t hr ee weeks pr i or t o cer t i f i cat i on expi r at i on, t o schedul e QA checks f or r enewal .

Thi s not i f i cat i on i s meant t o make t he Dat a Acqui s i t i on and Anal ysi s Team awar e of a t ar get dat e f or t he annual QA checks f or t he dr edge. At l east one week pr i or t o t he t ar get dat e, t he Cont r act or must cont act t he Dat a Acqui s i t i on and Anal ysi s Team and ver bal l y coor di nat e a speci f i c dat e and l ocat i on. The Cont r act or must t hen f ol l ow up t hi s conver sat i on wi t h a wr i t t en emai l conf i r mat i on. The owner / oper at or must coor di nat e t he QA checks wi t h al l l ocal aut hor i t i es, i ncl udi ng but not l i mi t ed t o, t he l ocal USACE Cont r act i ng Of f i cer ' s Repr esent at i ve ( COR) .

Recer t i f i cat i on i s r equi r ed f or any yar d wor k whi ch pr oduces modi f i cat i on t o di spl acement ( change i n dr edge l i nes, or r eposi t i oni ng or r epai nt i ng hul l mar ks) , modi f i cat i on t o bi n vol ume ( change i n bi n di mensi ons, or addi t i on or subt r act i on of st r uct ur e) , or changes i n sensor t ype or l ocat i on; r epor t t hese changes i n t he sensor l og sect i on of t he DPI P. A syst em does not have t o be t r ansmi t t i ng dat a bet ween j obs; however , i n or der t o r et ai n i t s cer t i f i cat i on dur i ng t hi s per i od, t he syst em sensor s or har dwar e shoul d not be di sconnect ed or r emoved f r om t he dr edge. I f t he syst em i s power ed down, r et ai n cal i br at i on coef f i c i ent s.

1. 5 DREDGE PLANT I NSTRUMENTATI ON PLAN ( DPI P)

The Cont r act or must have a di gi t al copy of t he DPI P on f i l e wi t h t he DQM Suppor t Cent er . Whi l e wor ki ng on si t e, t he Cont r act or must al so mai nt ai n on t he dr edge a copy of t he DPI P whi ch i s easi l y accessi bl e t o Gover nment per sonnel at al l t i mes. Thi s document must descr i be t he sensor s used, conf i gur at i on of t he syst em, how sensor dat a wi l l be col l ect ed, how qual i t y cont r ol on t he dat a wi l l be per f or med, and how sensor s/ dat a r epor t i ng equi pment wi l l be cal i br at ed and r epai r ed i f t hey f ai l . A descr i pt i on of t he comput ed dr edge- speci f i c dat a and how t he sensor dat a wi l l be t r ansmi t t ed t o t he DQM dat abase wi l l al so be i ncl uded. A compl et e l i s t of t he r equi r ed DPI P cont ent s i s pr ovi ded on t he DQM websi t e ht t ps: / / dqm. usace. ar my. mi l / Cer t i f i cat i ons/ I ndex. aspx

Submi t t o t he DQM Suppor t Cent er any addendum or modi f i cat i ons made t o t he pl an, subsequent t o i t s or i gi nal submi ssi on, pr i or t o t he st ar t of wor k.

Any changes t o t he comput at i on met hods must be appr oved by t he DQM Suppor t Cent er pr i or t o t hei r i mpl ement at i on.

PART 2 PRODUCTS

Not used.

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PART 3 EXECUTI ON

3. 1 REQUI REMENTS FOR REPORTED DATA

Pr ovi de, oper at e, and mai nt ai n al l har dwar e and sof t war e t o meet t hese speci f i cat i ons. The Cont r act or i s r esponsi bl e f or r epl acement , r epai r , and cal i br at i on of sensor s and ot her necessar y dat a acqui s i t i on equi pment needed t o suppl y t he r equi r ed dat a. Compl et e r epai r s wi t hi n 48 hour s of any sensor f ai l ur e. Not i f y t he COR upon compl et i on of a r epai r , r epl acement , i nst al l at i on, modi f i cat i on, or cal i br at i on. The COR may r equest r ecal i br at i on of sensor s or ot her har dwar e component s at any t i me dur i ng t he cont r act as deemed necessar y.

Keep a l og of sensor r epai r , r epl acement , i nst al l at i on, modi f i cat i on, and cal i br at i on i n t he dr edge' s onboar d copy of t he DPI P. The l og must cont ai n a t hr ee- year hi st or y of sensor mai nt enance, i ncl udi ng t he t i me of t he sensor f ai l ur es ( and subsequent r epai r s) , t he t i me and r esul t s of sensor cal i br at i ons, t he t i me of sensor r epl acement s, and t he t i me t hat backup sensor syst ems wer e i ni t i at ed t o pr ovi de r equi r ed dat a. I t must al so cont ai n t he name of t he per son r esponsi bl e f or t he sensor wor k.

I nst al l sensor s t hat ar e capabl e of col l ect i ng par amet er s wi t hi n speci f i ed accur aci es and r esol ut i ons i ndi cat ed i n t he f ol l owi ng subpar agr aphs.

Repor t ed sensor val ues f or ul l age, dr af t , and dr aghead dept h shoul d r epr esent a wei ght ed aver age wi t h t he hi ghest and l owest val ues not i ncl uded i n t he cal cul at ed aver age f or t he gi ven i nt er val . Thi s i nf or mat i on shoul d be document ed i n t he DPI P sect i ons t hat say " Cal cul at i ons done ext er nal t o t he i nst r ument at i on. "

3. 1. 1 Dat e and Ti me

Repor t t he dat e and t i me t o t he near est second and r ef er enced t o UTC t i me based on a 24- hour f or mat : mm/ dd/ yyyy hh: mm: ss. The r epor t ed t i me must be t he t i me r epor t ed by t he GPS i n t he NMEA st r i ng.

3. 1. 2 Load Number

A l oad number must document t he end of a di sposal event . Load number i ng wi l l begi n at number 1 at t he st ar t of t he cont r act and wi l l be i ncr ement ed by 1 at t he compl et i on of each di sposal event or empt yi ng of t he hopper . Whenever possi bl e, cal cul at e t he l oad number of f of t he sensor s aboar d t he dr edge, whi ch must be a mat hemat i cal l y r epeat abl e r out i ne. Make ef f or t s t o i ncl ude l ogi c t hat avoi ds f al se l oad number i ncr ement s. Do not al l ow t he r out i ne t o mi ss any di sposal event . I f manual i ncr ement i ng of t he l oad number i s i n pl ace, pay ext r a at t ent i on t o t hi s val ue i n t he qual i t y cont r ol pr ocess.

3. 1. 3 Hor i zont al Posi t i oni ng

Obt ai n al l l ocat i ons usi ng a posi t i oni ng syst em oper at i ng wi t h a mi ni mum accur acy l evel of 3 t o 10 f eet hor i zont al Ci r cul ar Er r or Pr obabl e ( CEP) .

Repor t posi t i ons as Lat i t ude/ Longi t ude WGS 84 i n deci mal degr ees. West Longi t ude and Sout h Lat i t ude val ues ar e r epor t ed as negat i ve.

3. 1. 3. 1 Vessel Hor i zont al Posi t i oni ng

Recor d vessel hor i zont al posi t i oni ng as geogr aphi c coor di nat es of t he vessel as i ndi cat ed by t he l ocat i on of t he GPS ant enna.

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3. 1. 3. 2 Dr aghead Hor i zont al Posi t i oni ng

Recor d dr aghead hor i zont al posi t i oni ng as geogr aphi c coor di nat es of t he heel on t he cent er l i ne of t he dr aghead( s) . Descr i be any of f set cal cul at i ons f r om t he GPS ant enna i n t he DPI P.

3. 1. 4 Hul l St at us

Moni t or open/ cl osed st at us of t he hopper dr edge, cor r espondi ng t o t he spl i t / non- spl i t condi t i on of a spl i t - hul l hopper dr edge. For dr edges wi t h hopper door s, t he st at us of a s i ngl e door t hat i s t he f i r st opened dur i ng nor mal di sposal oper at i ons may be moni t or ed. An " open" val ue i ndi cat es t hat t he hopper door i s open or , i n t he case of spl i t - hul l dr edges, t hat t he hul l i s spl i t . A " c l osed" val ue i ndi cat es t hat t he hopper door s ar e c l osed or , i n t he case of spl i t - hul l dr edges, t hat t he hul l i s not spl i t .

For t hi s cont r act , hul l st at us must r egi st er c l osed pr i or t o l eavi ng t he di sposal ar ea.

3. 1. 5 Dr edge Cour se

Pr ovi de dr edge cour se- over - gr ound ( COG) usi ng i ndust r y- st andar d equi pment . Pr ovi de dr edge cour se- over - gr ound t o t he near est whol e degr ee wi t h val ues f r om 000 ( t r ue nor t h) t o 359 degr ees r ef er enced t o a c l ockwi se posi t i ve di r ect i on convent i on.

3. 1. 6 Dr edge Speed

Pr ovi de dr edge speed- over - gr ound i n knot s usi ng i ndust r y- st andar d equi pment wi t h a mi ni mum accur acy of 1 knot and r esol ut i on t o t he near est

0. 1 knot .

3. 1. 7 Dr edge Headi ng

Pr ovi de dr edge headi ng usi ng i ndust r y- st andar d equi pment . The dr edge headi ng must be accur at e t o wi t hi n 5 degr ees and r epor t ed t o t he near est whol e degr ee wi t h val ues f r om 000 ( t r ue nor t h) t o 359 degr ees r ef er enced t o a c l ockwi se posi t i ve di r ect i on convent i on.

3. 1. 8 Ti de

Obt ai n t i de dat a usi ng appr opr i at e equi pment t o gi ve t he wat er l evel wi t h an accur acy of pl us or mi nus 0. 1 f oot and a r esol ut i on of 0. 01 f oot .

Ent er t i de val ues above pr oj ect dat um descr i bed i n t he dr edgi ng speci f i cat i on wi t h a posi t i ve s i gn and t hose bel ow wi t h a negat i ve s i gn.

3. 1. 9 Dr af t

Repor t al l dr af t measur ement s i n f eet , t ent hs, and hundr edt hs wi t h an accur acy of pl us or mi nus 0. 1 f oot r el at i ve t o obser ved physi cal dr af t r eadi ngs. Repor t t he measur ement s at a r esol ut i on of t wo deci mal pl aces ( hundr edt hs of a f oot ) . The r epor t ed f or war d dr af t val ue i s equal t o t he sum of t he v i sual f or war d por t and st ar boar d dr af t mar k r eadi ngs di v i ded by t wo. The r epor t ed af t dr af t val ue i s equal t o t he sum of t he v i sual af t por t and st ar boar d dr af t mar k r eadi ngs di v i ded by t wo. For war d dr af t , af t dr af t , and aver age dr af t wi l l be r epor t ed. Pl ace sensor s at an opt i mum l ocat i on on t he vessel t o be r ef l ect i ve of obser ved physi cal dr af t mar k r eadi ngs at any t r i m or l i s t . Mi ni mum accur aci es ar e condi t i onal t o r el at i vel y cal m wat er . The sensor val ue r epor t ed must be an aver age of at

SECTI ON 35 20 23. 23 Page 4 l east t en sampl es per event , wi t h at l east one maxi mum val ue and one mi ni mum val ue r emoved, and t he mi ni mum ei ght r emai ni ng val ues aver aged.

When t he aver age dr af t i s cal cul at ed f or t he pur pose of det er mi ni ng di spl acement , mai nt ai n s i gni f i cant di gi t s f or aver age dr af t such t hat i f f or war d dr af t was 0. 15 and af t dr af t was 0. 1, t he aver age dr af t woul d be

0. 125.

3. 1. 10 Hopper Ul l age Soundi ng

Repor t al l r epor t ed ul l age soundi ngs i n f eet , t ent hs, and hundr edt hs wi t h an accur acy of pl us or mi nus 0. 1 f oot wi t h r espect t o t he combi ng and be r epr esent at i ve of t he f or war d and af t ext ent s of t he hopper as c l ose t o t he cent er l i ne as i s possi bl e. Repor t t he measur ement s at a r esol ut i on of t wo deci mal pl aces ( hundr edt hs of a f oot ) . Repor t f or war d ul l age and af t ul l age soundi ngs. Mount sensor s t o avoi d di schar ge f l ume t ur bul ence, f oam, and any st r uct ur e t hat coul d pr oduce si del obe er r or s. I f sensor s must be of f set f r om t he cent er l i ne of t he hopper , t hey shoul d be of f set t o opposi t e s i des of t he vessel . I f mor e t han one f or e or one af t sensor ar e used, pl ace t he sensor s near t he cor ner s of t he hopper , and r epor t t he aver age val ue of t he f or e sensor s and t he aver age val ue of t he af t sensor s. The sensor val ue r epor t ed must be an aver age of at l east t en sampl es per event , wi t h at l east one maxi mum val ue and one mi ni mum val ue r emoved, and t he mi ni mum ei ght r emai ni ng val ues aver aged. When t he aver age ul l age i s cal cul at ed f or t he pur pose of det er mi ni ng hopper vol ume, mai nt ai n s i gni f i cant di gi t s f or aver age ul l age such t hat i f f or war d ul l age was 0. 15 and af t ul l age was 0. 1, t hen t he aver age ul l age woul d be 0. 125.

3. 1. 11 Hopper Vol ume

Repor t hopper vol ume i n cubi c yar ds, based on t he most accur at e met hod avai l abl e f or t he dr edge. The mi ni mum st andar d of accur acy f or hopper vol ume i s i nt er pol at i on f r om t he cer t i f i ed hopper vol ume t abl e, based on t he aver age f or e and af t ul l age soundi ngs.

3. 1. 12 Di spl acement

Repor t dr edge di spl acement i n l ong t ons, based on t he most accur at e met hod avai l abl e f or t he dr edge. The mi ni mum st andar d of accur acy f or di spl acement i s i nt er pol at i on f r om t he di spl acement t abl e, based on t he aver age dr af t . For t hi s cont r act t he densi t y of wat er used t o cal cul at e di spl acement i s [ _____] 64. 11 - 64. 30* l bs/ cubi c f oot , and i t wi l l be used f or an addi t i onal i nt er pol at i on bet ween t he f r esh and sal t wat er t abl es.

* The wat er densi t y used i s pr oj ect - / l ocat i on- speci f i c . Ent er t he appr opr i at e wat er densi t y i n t he bl ank:

Fr esh Wat er : 62. 43 l bs/ cubi c f oot Sal t Wat er : 64. 11 - 64. 30 l bs/ cubi c f oot

3. 1. 13 Empt y Di spl acement

Repor t empt y di spl acement i n l ong t ons, whi ch i s t he l i ght shi p val ue of t he dr edge, or t he wei ght of t he dr edge wi t h no mat er i al i n t he hopper , adj ust ed f or f uel and wat er consumpt i on.

3. 1. 14 Dr aghead Dept hs

Repor t dr aghead dept hs wi t h an accur acy of pl us or mi nus 0. 5 f oot and a r esol ut i on t o t he near est 0. 1 f oot as measur ed f r om t he sur f ace of t he

SECTI ON 35 20 23. 23 Page 5 wat er wi t h no t i dal adj ust ment s. Mi ni mum accur aci es ar e condi t i onal t o r el at i vel y cal m wat er . The sensor val ue r epor t ed must be an aver age of at l east t en sampl es per event , wi t h at l east one maxi mum val ue and one mi ni mum val ue r emoved, and t he mi ni mum ei ght r emai ni ng val ues aver aged.

3. 1. 15 Sl ur r y Densi t i es

Use a densi t y met er i ng devi ce, cal i br at ed accor di ng t o t he manuf act ur er ' s speci f i cat i ons, t o r ecor d t he s l ur r y densi t y of each dr agar m t o t he near est 0. 001 g/ cc wi t h an accur acy of pl us or mi nus 0. 01 g/ cc. I f t he manuf act ur er does not speci f y a f r equency of r ecal i br at i on, conduct cal i br at i on pr i or t o commencement of wor k.

3. 1. 16 Sl ur r y Vel oci t i es

Use a f l ow met er i ng devi ce, cal i br at ed accor di ng t o t he manuf act ur er ' s speci f i cat i ons, t o r ecor d t he s l ur r y vel oci t y of each dr agar m t o t he near est 0. 01 f ps wi t h an accur acy of pl us or mi nus 0. 5 f ps. I f t he manuf act ur er does not speci f y a f r equency of r ecal i br at i on, conduct cal i br at i on pr i or t o commencement of wor k. Measur e t he sl ur r y vel oci t y i n t he same pi pel i ne i nsi de di amet er as t hat used f or t he s l ur r y densi t y measur ement .

3. 1. 17 Pump RPM

Measur e t he RPM of any pump bei ng used t o move mat er i al wi t h t he hi ghest l evel of accur acy t hat i s st andar d on t he vessel oper at i onal di spl ays, ei t her at t he br i dge, at t he dr ag t ender ' s cont r ol s, or i n t he engi ne r oom. Dr edges wi t h mul t i pl e pumps per s i de must r epor t RPM f or t he pump t hat best descr i bes t he dr edgi ng pr ocess ( t ypi cal l y t he out boar d pump) .

3. 1. 18 Sea Suct i on Val ve f or Dr agar m

I f sea suct i on can be t aken t o bypass suct i on t hr ough t he dr aghead, t he sea suct i on l ocat i on and val ve st at us wi l l be r epor t ed. The st at us of t he val ve wi l l change f r om " cl osed" t o " open" when t he val ve st ar t s t o open and wi l l r egi st er " c l osed" when t he val ve i s f ul l y c l osed. When appl i cabl e, t he st at e of t he l at ch wi l l be r epor t ed as " t r ue" or " f al se. " Repor t t he sea suct i on l ocat i on i n a st andar d non- changi ng name st r i ng of no mor e t han 20 char act er s. These f i el d val ues wi l l al ways occur i n t he XML st r i ng as a set . The DQM syst em can accommodat e onl y up t o f our uni que sea suct i on l ocat i ons. Suggest ed opt i ons f or t he nami ng convent i on can be f ound i n t he exampl e dat aset i n par agr aph DATA FORMAT.

3. 1. 19 Pumpout

When t he hopper dr edge i s bei ng pumped out , r epor t a " t r ue" val ue; when i t i s not , r epor t a " f al se" val ue. The onl y per mi ssi bl e val ues ar e " t r ue" and " f al se. "

3. 2 NATI ONAL DREDGI NG QUALI TY MANAGEMENT PROGRAM SYSTEM REQUI REMENTS

The Cont r act or ' s DQM syst em must be capabl e of col l ect i ng, di spl ayi ng, and t r ansmi t t i ng i nf or mat i on t o t he DQM dat abase. Recor d t he appl i cabl e par amet er s f r om par agr aph REQUI REMENTS FOR REPORTED DATA as event s l ocal l y and cont i nual l y t r ansmi t t ed t o t he DQM dat abase anyt i me an I nt er net connect i on i s avai l abl e. Equi p t he Dr edge wi t h a DQM comput er syst em, consi st i ng of a comput er , moni t or , keyboar d, mouse, dat a modem, UPS, and net wor k hub. Pr ovi de a st andal one comput er syst em, excl usi ve t o t he DQM

SECTI ON 35 20 23. 23 Page 6 moni t or i ng syst em, and wi t h USACE DQM sof t war e i nst al l ed on i t . I f a har dwar e pr obl em occur s, or i f a par t of t he syst em i s physi cal l y damaged, t he Cont r act or i s r esponsi bl e f or r epai r i ng i t wi t hi n 48 hour s of det er mi nat i on of t he condi t i on.

3. 2. 1 Comput er Requi r ement s

Pr ovi de a dedi cat ed onboar d comput er f or use by t he DQM syst em. Thi s comput er must r un USACE sof t war e and r ecei ve dat a f r om t he Cont r act or ' s dat a- r epor t i ng i nt er f ace. Thi s comput er must meet or exceed t he f ol l owi ng per f or mance speci f i cat i ons:

CPU: I nt el or AMD pr ocessor wi t h a ( non- over cl ocked) cl ock speed of at l east 1. 6 gi gaher t z ( GHz)

Har d dr i ve: 250 gi gabyt es ( GB) ; i nt er nal

RAM: 4 gi gabyt es ( GB)

Et her net adapt er : I nt er nal net wor k car d wi t h an RJ- 45 connect or

Por t s: 1 f r ee ser i al por t wi t h st andar d 9- pi n connect or s; 1 f r ee USB por t

Ot her har dwar e: Keyboar d, mouse, moni t or

I nst al l a f ul l y l i censed copy of Wi ndows 7 Pr of essi onal Oper at i ng Syst em or l at er on t he comput er speci f i ed above. Al so i nst al l any necessar y manuf act ur er - pr ovi ded dr i ver s f or t he i nst al l ed har dwar e. Locat e and or i ent t he comput er t o al l ow dat a ent r y and dat a v i ewi ng, as wel l as t o pr ovi de access t o dat a por t s f or t he connect i on of ext er nal har dwar e.

3. 2. 2 Sof t war e

The DQM comput er ' s pr i mar y f unct i on i s t o t r ansmi t dat a t o t he DQM shor esi de dat abase. Do not i nst al l sof t war e whi ch conf l i c t s wi t h t hi s f unct i on on t hi s comput er . The DQM comput er must have t he USACE- pr ovi ded Dr edgi ng Qual i t y Management Onboar d Sof t war e ( DQMOBS) i nst al l ed on i t by DQM per sonnel al ong wi t h USACE- sel ect ed sof t war e f or r emot e suppor t and management .

3. 2. 3 UPS

Suppl y an Uni nt er r upt i bl e Power Suppl y ( UPS) f or t he comput er and net wor ki ng equi pment . The UPS must pr ovi de backup power at 1 kVA f or a mi ni mum of t en mi nut es. The UPS must i nt er f ace wi t h t he DQM comput er t o communi cat e UPS st at us. Ensur e t hat suf f i c i ent power out l et s ar e avai l abl e t o r un al l speci f i ed equi pment .

3. 2. 4 I nt er net Access

Mai nt ai n an I nt er net connect i on capabl e of t r ansmi t t i ng r eal - t i me dat a t o t he DQM ser ver and suppor t i ng r emot e access, as wel l as enough addi t i onal bandwi dt h t o c l ear hi st or i cal l y queued dat a when a connect i on i s r e- obt ai ned. I f connect i v i t y i s l ost , que and t r ansmi t unsent dat a upon r est or at i on of connect i v i t y. Del ays i n pushi ng r eal - t i me dat a t o t he DQM dat abase shoul d not exceed f our hour s. Except i ons t o t hese r equi r ement s may be gr ant ed by t he DQM Suppor t Cent er on a case- by- case basi s wi t h consi der at i on f or cont r act - speci f i c r equi r ement s, s i t e- speci f i c

SECTI ON 35 20 23. 23 Page 7 condi t i ons, and ext r eme weat her event s.

Acqui r e and i nst al l al l necessar y har dwar e and sof t war e t o make t he I nt er net connect i on avai l abl e f or dat a t r ansmi ssi on t o t he DQM web ser vi ce. Conf i gur e t he har dwar e and sof t war e t o al l ow t he DQM Suppor t Cent er r emot e access t o t hi s comput er . Coor di nat i on bet ween t he dr edgi ng company' s I T and t he DQM Suppor t Cent er may be r equi r ed i n or der t o conf i gur e r emot e access t hough any secur i t y, f i r ewal l , r out er , and t el emet r y syst ems. Tel emet r y syst ems must be capabl e of meet i ng t hese mi ni mum r epor t i ng r equi r ement s i n al l oper at i ng condi t i ons.

3. 2. 5 Dat a Rout i ng Requi r ement s

Onboar d sensor s must cont i nual l y moni t or dr edge condi t i ons, oper at i ons and ef f i c i ency and r out e t hi s i nf or mat i on i nt o t he shi pboar d dr edge- speci f i c syst em ( DSS) comput er t o assi st i n gui di ng dr edge oper at i ons. Por t i ons of t hi s Cont r act or - col l ect ed i nf or mat i on must be r out ed t o t he DQM comput er on a r eal - t i me basi s. Use an RS- 232 9600- or 19200- baud ser i al i nt er f ace t o send st andar d sensor dat a t o t he DQM comput er . Conf i gur e t he ser i al i nt er f ace as 8 bi t s, no par i t y, and no f l ow cont r ol .

3. 2. 6 Dat a Repor t i ng Fr equency

Log dat a as a ser i es of event s. Each event wi l l consi st of a dat aset cont ai ni ng dr edge i nf or mat i on i n accor dance wi t h par agr aph REQUI REMENTS FOR REPORTED DATA. Each set of measur ement s ( t i me, posi t i on, et c. ) wi l l be consi der ed an event . Col l ect any r equi r ed i nf or mat i on i n par agr aph REQUI REMENTS FOR REPORTED DATA t hat i s not an aver aged var i abl e ( dr af t and ul l age) wi t hi n 1 second of t he r epor t ed t i me. Send a dat a st r i ng f or an event t o t he DQM comput er ever y 6 t o 12 seconds. Thi s i nt er val must r emai n const ant t hr oughout t he cont r act ; do not t r ansmi t dat a st r i ngs mor e t han once per ever y 5 seconds. Col l ect and comput e any aver aged var i abl e wi t hi n t hi s sampl i ng i nt er val .

3. 2. 7 Dat a For mat

Repor t dat a as an ext ensi bl e Mar kup Language ( W3C st andar d XML 1. 0) document as i ndi cat ed bel ow. Li ne br eaks and spaces ar e added f or r eadabi l i t y , but t he car r i age r et ur n, l i ne f eed char act er combi nat i on i s added onl y t o del i neat e r ecor ds ( HOPPER_DREDGI NG_DATA t ag) f or act ual dat a t r ansmi ssi on.

{ ?xml ver si on=" 1. 0" ?} { HOPPER_DREDGI NG_DATA ver si on = " 2. 0" } { DREDGE_NAME} st r i ng32 { / DREDGE_NAME}

{ HOPPER_DATA_RECORD}

{ DATE_TI ME} t i me dat e st r i ng { / DATE_TI ME} { CONTRACT_NUMBER} st r i ng32 { / CONTRACT_NUMBER} { LOAD_NUMBER} i nt eger st r i ng { / LOAD_NUMBER} { VESSEL_X coor d_t ype=" LL" } f l oat i ng poi nt st r i ng

{ / VESSEL_X}

{ VESSEL_Y coor d_t ype=" LL" } f l oat i ng poi nt st r i ng

{ / VESSEL_Y}

{ PORT_DRAG_X coor d_t ype=" LL" } f l oat i ng poi nt st r i ng

{ / PORT_DRAG_X}

{ PORT_DRAG_Y coor d_t ype=" LL" } f l oat i ng poi nt st r i ng

{ / PORT_DRAG_Y}

{ STBD_DRAG_X coor d_t ype=" LL" } f l oat i ng poi nt st r i ng

{ / STBD_DRAG_X}

SECTI ON 35 20 23. 23 Page 8

{ STBD_DRAG_Y coor d_t ype=" LL" } f l oat i ng poi nt st r i ng

{ / STBD_DRAG_Y}

{ HULL_STATUS} OPEN/ CLOSED st r i ng { / HULL_STATUS} { VESSEL_COURSE} f l oat i ng poi nt st r i ng { VESSEL_COURSE} { VESSEL_SPEED} f l oat i ng poi nt st r i ng { / VESSEL_SPEED} { VESSEL_HEADI NG} f l oat i ng poi nt st r i ng { / VESSEL_HEADI NG} { TI DE} f l oat i ng poi nt st r i ng { / TI DE} { DRAFT_FORE} f l oat i ng poi nt st r i ng { / DRAFT_FORE} { DRAFT_AFT} f l oat i ng poi nt st r i ng { / DRAFT_AFT} { ULLAGE_FORE} f l oat i ng poi nt st r i ng { / ULLAGE_FORE} { ULLAGE_AFT} f l oat i ng poi nt st r i ng { / ULLAGE_AFT} { HOPPER_VOLUME} f l oat i ng poi nt st r i ng { / HOPPER_VOLUME} { DI SPLACEMENT} f l oat i ng poi nt st r i ng { / DI SPLACEMENT} { EMPTY_DI SPLACEMENT} f l oat i ng poi nt st r i ng

{ / EMPTY_DI SPLACEMENT}

{ DRAGHEAD_DEPTH_PORT} f l oat i ng poi nt st r i ng

{ / DRAGHEAD_DEPTH_PORT}

{ DRAGHEAD_DEPTH_STBD} f l oat i ng poi nt st r i ng

{ / DRAGHEAD_DEPTH_STBD}

{ PORT_DENSI TY} f l oat i ng poi nt st r i ng { / PORT_DENSI TY} { STBD_DENSI TY} f l oat i ng poi nt st r i ng { / STBD_DENSI TY} { PORT_VELOCI TY} f l oat i ng poi nt st r i ng { / PORT_VELOCI TY} { STBD_VELOCI TY} f l oat i ng poi nt st r i ng { / STBD_VELOCI TY} { PUMP_RPM_PORT} f l oat i ng poi nt st r i ng { / PUMP_RPM_PORT} { PUMP_RPM_STBD} f l oat i ng poi nt st r i ng { / PUMP_RPM_STBD} { VALVE_1_LOCATI ON} st r i ng32 { VALVE_1_LOCATI ON} { VALVE_1_STATUS} open/ cl osed { / VALVE_1_STATUS} { VALVE_1_LATCHED} t r ue/ f al se { / VALVE_1_LATCHED} { VALVE_2_LOCATI ON} st r i ng32 { / VALVE_2_LOCATI ON} { VALVE_2_STATUS} open/ cl osed { / VALVE_2_STATUS} { VALVE_2_LATCHED} t r ue/ f al se { / VALVE_2_LATCHED} { VALVE_3_LOCATI ON} st r i ng32 { / VALVE_3_LOCATI ON} { VALVE_3_STATUS} open/ cl osed { / VALVE_3_STATUS} { VALVE_3_LATCHED} t r ue/ f al se { / VALVE_3_LATCHED} { VALVE_4_LOCATI ON} st r i ng32 { / VALVE_4_LOCATI ON} { VALVE_4_STATUS} open/ cl osed { / VALVE_4_STATUS} { VALVE_4_LATCHED} t r ue/ f al se { / VALVE_4_LATCHED} { PUMP_OUT_ON} t r ue/ f al se/ unknown st r i ng { / PUMP_OUT_ON}

{ / HOPPER_DATA_RECORD}

{ / HOPPER_DREDGI NG_DATA}

Car r i age Ret ur n - ASCI I val ue 13 Li ne Feed - ASCI I val ue 10

Exampl e

{ ?xml ver si on=" 1. 0" ?} { HOPPER_DREDGI NG_DATA ver si on = " 2. 0" } { DREDGE_NAME} Essayons{ / DREDGE_NAME}

{ HOPPER_DATA_RECORD}

{ DATE_TI ME} 04/ 11/ 2002 13: 12: 05{ / DATE_TI ME}

{ CONTRACT_NUMBER} GDSNWP- 11- G- 0001{ / CONTRACT_NUMBER}

{ LOAD_NUMBER} 102{ / LOAD_NUMBER}

{ VESSEL_X coor d_t ype=" LL" } - 80. 123333{ / VESSEL_X} { VESSEL_Y coor d_t ype=" LL" } 10. 123345{ / VESSEL_Y} { PORT_DRAG_X coor d_t ype=" LL" } - 80. 1233371{ / PORT_DRAG_X} { PORT_DRAG_Y coor d_t ype=" LL" } 10. 12335{ / PORT_DRAG_Y} { STBD_DRAG_X coor d_t ype=" LL" } - 80. 123339{ / STBD_DRAG_X} { STBD_DRAG_Y coor d_t ype=" LL" } 10. 123347{ / STBD_DRAG_Y}

SECTI ON 35 20 23. 23 Page 9

{ HULL_STATUS} CLOSED{ / HULL_STATUS}

{ VESSEL_COURSE} 258{ / VESSEL_COURSE}

{ VESSEL_SPEED} 3. 4{ / VESSEL_SPEED}

{ VESSEL_HEADI NG} 302{ / VESSEL_HEADI NG}

{ TI DE} - 0. 1{ / TI DE}

{ DRAFT_FORE} 10. 05{ / DRAFT_FORE}

{ DRAFT_AFT} 15. 13{ / DRAFT_AFT}

{ ULLAGE_FORE} 10. 11{ / ULLAGE_FORE}

{ ULLAGE_AFT} 10. 22{ / ULLAGE_AFT}

{ HOPPER_VOLUME} 2555. 2{ / HOPPER_VOLUME}

{ DI SPLACEMENT} 4444. 1{ / DI SPLACEMENT}

{ EMPTY_DI SPLACEMENT} 2345. 0{ / EMPTY_DI SPLACEMENT}

{ DRAGHEAD_DEPTH_PORT} 55. 10{ / DRAGHEAD_DEPTH_PORT}

{ DRAGHEAD_DEPTH_STBD} 53. 21{ / DRAGHEAD_DEPTH_STBD}

{ PORT_DENSI TY} 1. 02{ / PORT_DENSI TY}

{ STBD_DENSI TY} 1. 03{ / STBD_DENSI TY}

{ PORT_VELOCI TY} 22. 1{ / PORT_VELOCI TY}

{ STBD_VELOCI TY} 23. 3/ STBD_VELOCI TY}

{ PUMP_RPM_PORT} 55{ / PUMP_RPM_PORT}

{ PUMP_RPM_STBD} 54{ / PUMP_RPM_STBD}

{ VALVE_1_LOCATI ON} St ar boar d Dr agar m{ VALVE_1_LOCATI ON} { VALVE_1_STATUS} open{ / VALVE_1_STATUS} { VALVE_1_LATCHED} t r ue{ / VALVE_1_LATCHED} { VALVE_2_LOCATI ON} Por t Dr agar m{ / VALVE_2_LOCATI ON} { VALVE_2_STATUS} cl osed{ / VALVE_2_STATUS} { VALVE_2_LATCHED} f al se{ / VALVE_2_LATCHED} { VALVE_3_LOCATI ON} Por t Sea Chest { / VALVE_3_LOCATI ON} { VALVE_3_STATUS} cl osed{ / VALVE_3_STATUS} { VALVE_3_LATCHED} f al se{ / VALVE_3_LATCHED} { VALVE_4_LOCATI ON} St ar boar d Sea Chest { / VALVE_4_LOCATI ON} { VALVE_4_STATUS} open{ / VALVE_4_STATUS} { VALVE_4_LATCHED} f al se{ / VALVE_4_LATCHED} { PUMP_OUT_ON} f al se{ / PUMP_OUT_ON}

{ / HOPPER_DATA_RECORD}

{ / HOPPER_DREDGI NG_DATA}

{ cr } { l f } { DREDGE_NAME} Essayons{ / DREDGE_NAME}

{ HOPPER_DATA_RECORD}

{ DATE_TI ME} 04/ 11/ 2002 13: 12: 10{ / DATE_TI ME}

{ CONTRACT_NUMBER} GDSNWP- 11- G- 0001{ / CONTRACT_NUMBER}

{ LOAD_NUMBER} 102{ / LOAD_NUMBER}

{ VESSEL_X coor d_t ype=" LL" } - 80. 123334{ / VESSEL_X} { VESSEL_Y coor d_t ype=" LL" } 10. 123346{ / VESSEL_Y} { PORT_DRAG_X coor d_t ype=" LL" } - 80. 1233372{ / PORT_DRAG_X} { PORT_DRAG_Y coor d_t ype=" LL" } 10. 12336{ / PORT_DRAG_Y} { STBD_DRAG_X coor d_t ype=" LL" } - 80. 123340{ / STBD_DRAG_X} { STBD_DRAG_Y coor d_t ype=" LL" } 10. 123348{ / STBD_DRAG_Y}

{ HULL_STATUS} CLOSED{ / HULL_STATUS}

{ VESSEL_COURSE} 259{ / VESSEL_COURSE}

{ VESSEL_SPEED} 3. 5{ / VESSEL_SPEED}

{ VESSEL_HEADI NG} 300{ / VESSEL_HEADI NG}

{ TI DE} - 0. 1{ / TI DE}

{ DRAFT_FORE} 10. 00{ / DRAFT_FORE}

{ DRAFT_AFT} 15. 15{ / DRAFT_AFT}

{ ULLAGE_FORE} 10. 15{ / ULLAGE_FORE}

{ ULLAGE_AFT} 10. 20{ / ULLAGE_AFT}

{ HOPPER_VOLUME} 2555. 5{ / HOPPER_VOLUME}

{ DI SPLACEMENT} 4444. 0{ / DI SPLACEMENT}

SECTI ON 35 20 23. 23 Page 10

{ EMPTY_DI SPLACEMENT} 2345. 0{ / EMPTY_DI SPLACEMENT}

{ DRAGHEAD_DEPTH_PORT} 55. 15{ / DRAGHEAD_DEPTH_PORT}

{ DRAGHEAD_DEPTH_STBD} 53. 19{ / DRAGHEAD_DEPTH_STBD

{ PORT_DENSI TY} 1. 00{ / PORT_DENSI TY}

{ STBD_DENSI TY} 1. 01{ / STBD_DENSI TY}

{ PORT_VELOCI TY} 22. 5{ / PORT_VELOCI TY}

{ STBD_VELOCI TY} 23. 3/ STBD_VELOCI TY}

{ PUMP_RPM_PORT} 55{ / PUMP_RPM_PORT}

{ PUMP_RPM_STBD} 54{ / PUMP_RPM_STBD}

{ VALVE_1_LOCATI ON} St ar boar d Dr agar m{ VALVE_1_LOCATI ON} { VALVE_1_STATUS} open{ / VALVE_1_STATUS} { VALVE_1_LATCHED} t r ue{ / VALVE_1_LATCHED} { VALVE_2_LOCATI ON} Por t Dr agar m{ / VALVE_2_LOCATI ON} { VALVE_2_STATUS} cl osed{ / VALVE_2_STATUS} { VALVE_2_LATCHED} f al se{ / VALVE_2_LATCHED} { VALVE_3_LOCATI ON} Por t Sea Chest { / VALVE_3_LOCATI ON} { VALVE_3_STATUS} cl osed{ / VALVE_3_STATUS} { VALVE_3_LATCHED} f al se{ / VALVE_3_LATCHED} { VALVE_4_LOCATI ON} St ar boar d Sea Chest { / VALVE_4_LOCATI ON} { VALVE_4_STATUS} open { / VALVE_4_STATUS} { VALVE_4_LATCHED} f al se{ / VALVE_4_LATCHED} { PUMP_OUT_ON} f al se{ / PUMP_OUT_ON}

{ / HOPPER_DATA_RECORD}

{ / HOPPER_DREDGI NG_DATA}

{ cr } { l f }

3. 2. 8 Dat a Repor t i ng

The syst em must t r ansmi t cor r ect l y f or mat t ed event dat a XML st r i ngs t o t he DQM dat abase cont i nuousl y f r om mobi l i zat i on unt i l t he l ast USACE post - dr edgi ng sur vey has been accept ed. I f t he I nt er net connect i on ( par agr aph I NTERNET ACCESS) i s non- oper abl e, per f or m manual backups f r om t he dr edge comput er of t he XML dat a st r i ng whi ch woul d have been t r ansmi t t ed t o t he DQM comput er over t he ser i al connect i on f or each day t he devi ce i s i noper abl e and submi t t o t he DQM Suppor t Cent er wi t hi n 48 hour s. Thi s submi ssi on does not r epl ace t he r equi r ement of cor r ect i ng t he i ssue af f ect i ng t he aut omat i c t r ansmi ssi on of dat a. I n t he event of dat a t r ansf er , t r ansmi ssi on, or har dwar e f ai l ur e, mai nt ai n a manual l y r ecor ded di sposal l og consi st i ng of a ser i es of event s. These event s ar e st ar t of dr edgi ng, end of dr edgi ng, pr e- di sposal , and post - di sposal . I ncl ude t i me st amp ( GMT) , posi t i on ( Lat i t ude and Longi t ude WGS84) , dr af t , ul l age, vol ume, and di spl acement f or each event . Submi t di sposal l ogs on a dai l y basi s t o t he COR dur i ng t he t i me when t he syst em i s not oper at i onal .

3. 2. 9 Cont r act or Dat a Backup

Mai nt ai n an ar chi ve of al l dat a sent t o t he DQM comput er dur i ng t he dr edgi ng cont r act . The COR may r equi r e, at no i ncr ease i n t he cont r act pr i ce, t hat t he Cont r act or pr ovi de a copy of t hese dat a cover i ng speci f i ed t i me per i ods. Pr ovi de t he dat a, t r ansmi t t ed t o t he DQM comput er , i n t he XML f or mat wi t h no l i ne br eaks bet ween t he par amet er s and each r ecor d st r i ng on a separ at e l i ne. The nami ng convent i on f or t he f i l es i s { dr edgename} _{ St ar t YYYYMMddhhmmss} _{ EndYYYYMMddhhmmss} . t xt . Submi t dat a v i a st or age medi um accept abl e t o t he COR.

At t he end of t he dr edgi ng cont r act , cont act t he DQM Suppor t Cent er pr i or t o di scar di ng t he dat a. The DQM Suppor t Cent er wi l l ver i f y t hat al l dat a has been r ecei ved and appr opr i at el y ar chi ved bef or e gi v i ng t he Cont r act or

SECTI ON 35 20 23. 23 Page 11 di scar d per mi ssi on. Recor d t he f ol l owi ng i nf or mat i on i n a separ at e sect i on at t he end of t he dr edge' s onboar d copy of t he DPI P:

Per son who made t he cal l Dat e of t he cal l DQM r epr esent at i ve who gave per mi ssi on t o di scar d

3. 3 PERFORMANCE REQUI REMENTS

The Cont r act or ' s DQM syst em must be f ul l y oper at i onal at t he st ar t of dr edgi ng oper at i ons and f ul l y cer t i f i ed pr i or t o movi ng dr edge mat er i al on t he cont r act ( see par agr aph NATI ONAL DREDGI NG QUALI TY MANAGEMENT PROGRAM CERTI FI CATI ON) . To meet cont r act r equi r ement s f or oper abi l i t y , i n addi t i on t o cer t i f i cat i on, t he Cont r act or ' s syst em must pr ovi de a dat a st r i ng wi t h al l val ues f or al l par amet er s whi l e oper at i ng, as descr i bed i n t he speci f i cat i ons. Addi t i onal l y, al l har dwar e must be compl i ant wi t h har dwar e r equi r ement s ( par agr aph COMPUTER REQUI REMENTS) . Qual i t y dat a st r i ngs ar e consi der ed t o be t hose pr ovi di ng val ues f or al l par amet er s r epor t ed when oper at i ng accor di ng t o t he speci f i cat i on. Make r epai r s necessar y t o r est or e dat a r et ur n compl i ance wi t hi n 48 hour s. Fai l ur e by t he Cont r act or t o r epor t t he r equi r ed dat a wi t hi n t he speci f i ed t i me wi ndow f or dr edge measur ement s ( see par agr aph DATA REPORTI NG FREQUENCY and par agr aph DATA REPORTI NG) wi l l r esul t i n wi t hhol di ng of up t o 10 per cent of t he cont r act pr ogr ess payment per FAR 52. 232- 5 Payment s under Fi xed- Pr i ce Const r uct i on Cont r act s.

3. 4 LI ST OF I TEMS TO BE PROVI DED BY THE CONTRACTOR

DPI P

ht t ps: / / dqm. usace. ar my. mi l / Cer t i f i cat i ons/ I ndex. aspx

DQM Syst em Sensor i nst r ument at i on: par agr aph REQUI REMENTS FOR REPORTED DATA DQM comput er : par agr aph NATI ONAL DREDGI NG QUALI TY MANAGEMENT

PROGRAM SYSTEM REQUI REMENTS

Dr edge Dat a Event document at i on: par agr aph DATA REPORTI NG Dr edge dat a backups: par agr aph CONTRACTOR DATA BACKUP

QA Equi pment on t he Dr edge Dr agar m dept h chai n Ul l age t ape Ref r act omet er Wat er sampl i ng devi ce

- - End of Sect i on - -

SECTI ON 35 20 23. 23 Page 12

1.5 DREDGE PLANT INSTRUMENTATION PLAN DPIP