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NDM - KYPipe

1. 12 LE1sure 2 EL Basic NDNE Graphical User Interface uy au au tun latin 14 Figure 2 2 File and Program Options Command Bar i 15 J s re o S Map Funcion Meni uuu lele 15 Foue 2 4 Opernumne NO W Ir coe bote lola 16 Fisure 2 5Openmns aNew File CONUnUEd ilaele 17 Figure 2 6 Example Water Distribution Network System Schematic 18 Figure 2 7 Going to Settings Menu from Map VieW ii 19 Figure 2 8 Settings Menu Adding a Background Map 20 Figure 2 9 Navigating to the Desired Map File 1 e CITY_Map bMp 21 Figure 2 10 Returning to Map View to See the Background Map 22 J sure 2 LE Pipe alas NCU sqb E bis utes lalla 23 oli 2 12 Node Data Meni sere hill 24 L 5uie 2 T5 Addinp ac Valve toa BID ilaele 25 Lisure OP le Added Pipes i aaa ci raise i 25 Figure 3 1 Select Contaminated Area by a Polygon 26 Figure 3 2 Contaminated Area of Network Graphically Identiflied 27 Figure 3 3 Contamination Report polygon selection 28 Figure 5 4 Selecane Contamination Area Dy Point sore 29 Figure 3 5 Expansion of Contamination Area by Valve Selection 30
2. Kentucky gov KY Agencies KY Services Search Kentucky gov v Go Kentucky k Infrastructure Authority y 4 L LY Home Site Map Documents KIA Board KIA Staff Water Resource Information System Rusty Anderson What is the WRIS 1 Go to http kia ky gov zo e uthori Office of the Governor Introduction The Water Resource Information System WRIS has been developed through the Resources About Us cooperative efforts of water and wastewater treatment systems and local regional and state agencies It is used by all these entities and provides much of the aoe Loan Programs information needed for all aspects of water resource planning from watershed protection to infrastructure development The WRIS includes a geographic information wars Map Gallery WRIS system GIS and information on water resources drinking water systems wastewater treatment systems project development emergency response regulations and WRDC Water Plans planning WRDC Sewer Plans The WRIS is comprised of strategic plans water resource maps and publications WRIS Portal systems management information reporting and regulatory requirements guidance and training documents procedural guidance and forms for project implementation and inn Management funding and internet links to support services Interactive maps in the system support planning and regionalization efforts The interactive maps also
3. 380 KB 94KB SS tank zi ae 197 KE zp Extraction Wizard Welcome to the Compressed zipped Folders Extraction Wizard The extraction wizard helps you copy files from inside a ZIP archive 9 Unzip the files To continue click Next Cancel v lt li gt Type Compressed zipped Folder Date Modified 10 31 2011 11 01 AM Size 39 2 MB PI My Computer Figure 5 7 Proceed with the File Extraction 47 Page Favorite Tool H elp Q Back Y v 27 JJ Search Br iy Folders Address CAkia database Folders fr kia database File Edit ie Back v M 99 Search 10 Select the folder to put pumpstat zip 111 KB watprop zip 3 324 KB watproppoly zip 50 KB wattank zip 197 KB Extraction Wizard Select a Destination Files inside the ZIP archive will be extracted to the location you choose Select a folder to extract files to Files will be extracted to this directory Browse Password theunzipped files C kia database watlin Al Extracting Co lt lii i Favorite Help Hal ig Folders Address Q C kia database Folders x I pumpstat zip watprop zip Al 111 KB i 3 324 KB watproppoly zip watpump zip 350 KB cdi 234 KB waltank zi LJ watin Extracti
4. Facilities report Inventory cost Pipe Type Find pressure zone Figure 2 2 File and Program Options Command Bar Map Function Menu Map Setting Map Layout Mode Map Text Mode Fixed Mode 1 Cannot move or add nodes Fixed Mode 2 Cannot move Can add nodes Select Multiple Nodes and Pipes Select Nodes Pipes using a polygon Attach a note to the map Clear selections View data tables Refresh map Add north arrow to map Views Undo last map change Redo last map change Zoom and pan functions Zoom and pan functions Shift map window functions Shift map window functions Figure 2 3 Map Function Menu Note Undo and Redo features do not work in the Decon Version of KYPIPE 15 Page 2 2 Opening an Existing Data File Network schematics of water distribution systems may be input into NDM using pre existing data files or constructed using data from the Kentucky Infrastructure Authority website Instructions for the latter are provided in Chapter 5 A new network model may be loaded into the Map Viewing area at any time by clicking on the File drop down menu the first button in the Program Command Bar see Figure 2 2 and then selecting the Open command At this point the user will be asked whether or not to save the existing file before loading a new one For this tutorial select no A new pop up dialog box will appear which the user can use to select the new file To load the example file 1 click on the
5. Directional A connection of one or more pipes is required to each side of the device that maintains downstream pressure pressure regulating valve upstream pressure pressure sustaining valve or flow flow control valve The direction must be set and the pipe links connected to the appropriate side Regulator Elevation 244 EEE Setting ol 74 Page Let 9 LE Library Back Flow Preventer A special loss element for which head flow data 1s provided based on manufacturer model and size See Loss Elements Library Mame BFP 1 ype RPD endor CMB FE Model 826YD 10 Active Valve A valve which may be opened and closed and for which the minor loss is included in the network analysis Active Valve Elevation 400 m m esist C IEC a m Init Ratio 75 Page APPENDIX C USING KYPIPE FOR ADDITIONAL NETWORK ANALYSIS As discussed previously KYPIPE can be used to perform additional hydraulic and water quality analyses which may be useful in support of decontamination activities associated with a contaminated water system This appendix provides additional instructions on how to build a network model in the KYPIPE environment as well as perform basic hydraulic analyses For additional support on should consult the KYPIPE website www kypipe com Water Distribution System Decontamination Decision Support Rule Based Decision Network Decontamination Support Tool RBDST
6. 25 10 Te While files from the Internet can be useful some Save 9 harm your computer IF you do not trust the soureeNereereeeperre save this file What s the risk Regulations MELLON Well Sources Member of the Kentucky Open Records ZIP 28 0KB updated 02 25 10 L fo da hatnak Requests Purchase Sources em News amp Events ZIP 35 5KB updated 02 25 10 Reader alb Figure 5 4 Downloading the KIA Water Lines Files WRIS Geospatial Data EPA Find us on the Kentucky The data provided on this page is a subset of the water and wastewater related Geography Network layers in the Water Resource Information System WRIS The information is a Keyword WRIS compilation of worknarfarmad cinco mide 1009 bu Vontuclanc ANDE and the WRIS with updates through GABER wun Tee OR TANG a m x Contact Person Rusty Anderson 502 573 0260 x239 Email Authority Office of the Governor About Us All geospatial datz Kentucky Single Z System visit the ected to the Cooridnate Loan Programs Save s WRIS Please note that made as data bec odo Savein C9 kia database Water Layer 5 Navigate to the folder WRIS Portal i My Recent you want the files to be x Water Management ZIP 39 2MB saved e g kia database Planners Water Tank ADD GIS Staff ZIP 196KB Desktop nante Water Treatment Plan ADD GIS Resources
7. Check for Crisscrass a lines Save P2E File Exit TT Figure 5 16 The Program will download all the KIA Database Files the user should now select a particular system to model w Pipe2010 KIA Shape File Import Utility CopyRight 2010 KTPIPE LLC n y Select Utility Name ADAIRVILLE WATER WORKS s watlin PolpLine Selected attibute data Reading KIA database t Junctions ShapeFile watlin STATREASON 1 of 25 P Mb E X Match FA DISCSTATUS Tanks l S Selection i SIZE Reservoirs Ely wi TRAMLISE Hydrants grade pressure a faa Is Valves Meters p2k Nodes Pipe Pretix F Made Pref 0 Def Rough 100 1 19 The following menu willappear as the Link program creates the Status e i network data file for the Title selected utility Oncethe T s E NE program finishes it will end close automatically Process Reservoir Data Please wait Exit Figure 5 17 The following menu will be displayed as the program processes the files Once the program finishes it will close and control will be returned back to the NDM GUI 52 Page 53 Page EN Pipe2010 AG Edit View Labels Contours Cursornotation Facilities management Tools Help New Open 20 To open the network data file that you have just created you will need to now run the Decon program if it is not already running Nextyou will need to open the file This i
8. Click on the Import ImportKIA Database KIA Database tab M Cancel some features are not available in this version of Pipez 00h Figure 5 12 Now Click on the Import KIA Database Button w PipeZ010 KIA Shape File Import Utility CopyRight 2010 KYPIPE LLE W Use shape files of complete KlA database W Single Step Conversion Process all shapes generate pk file and EXIT 15 Make sure both boxes Tables are checked and then click Selected attibute data on Start Selection fi Es Tola 0 001 Pipe Prefix P Node Prefix 0 Def Rough 1001 Set Node Names Fm Connectivity Errors Check for Crisscross n lines Save P2K File Exit Abort Disclaimer Figure 5 13 Set the Program Import Options and then click on Start 50 Page Pipe2010 KIA Shape File Import Utility CopyRight 2010 KYPIPE LLC 4 Use shape files of complete KIA database i PE etm Start 4 Single Step Conversion Process all shapes generate pk file and EXIT Pipes Select a shapefile to set the path for shape and dbf files folder ng Utility names Junctions Pumps Look in Guan ww e e amp Tanks Reservoirs Hudrants Valves My Recent 2 0 0001 Documents Meters en 0 1 p2k Nodes 16 Navigateto the folder me P Desktop that contains the watlin Pl EET 39 shapefile Highlight the Rough 1007 fileand then click on open t Node Names Head Pipe My Documents Shape Fil
9. Enter desired size For the example enter 24 9 Return to Map Figure 4 3 Designating the Node Image Size Figure 4 4 Node Image Sizes 40 Page Finally Figure 4 5 shows the last step which is to click Show on Map under the Node Image menu in the Node Information area Mode lef crmmation Ow Mow Data Com AS e i i Node Image Elevabon I Show on Mao Show Al Full Pes Moa 11329 10287 D 9632 Figure 4 5 Showing the Node Image on the Map 41 Page The critical user infrastructure label and 1mage can be formatted differently or moved as desired To illustrate the possibilities click on Settings see step 6 in Figure 4 2 Figure 4 6 shows the first three steps within the settings menu for a different format for the node label box 1 Select the Labels tab 2 Select Horizontal Text 3 Then return to the Map view es Backgrounds Grids Labels Emphasis Contours Legend Preferences Tale Tele m Resut A m I Matena M junc OmType r Roughness I fV Selected Labels Only 7 Selected Labels Only af o i i On mmm I J am Box Color Change Foot Box Color Change Font Label Type Label Type C Label in Box Label in Box C Angled On Longest Segmen Horizontal Text fastest C Angled f space permits C Angled Parallel to Pipe 2 Click Horizontal Text 3 Return to Map Figure 4 6 Reformatting the Node Lab
10. Examples tab on the left side of the dialog box and then 2 select the folder named 8 Decon in the directory window see Figure 2 4 File Edit View Labels Contours Cursor notion facite management Took Hee Figure 2 4 Opening a New File 16 Page After selecting the 8 Decon folder the available files within that folder will appear in the window at the right side of the dialog box The file decon example p2k may already be highlighted but if it is not 3 click the file s name to highlight it then 4 click OK See Figure 2 5 below File Ede View Labels Contours Cunornotation Fackbes management Toots Help Cube feet sec highlight Desired file Figure 2 5 Opening a New File continued 17 Page Figure 2 6 below shows the example network schematic The Open File dialog box can be used to open any user network data file The user should navigate to the drive folder where the desired file is stored highlight the filename and then click OK as was demonstrated for opening the example file E Pipe2010 user manus File Edit View Labels Contours Cursornotation Facilities management Tools Help KYPipe US gallons min Eq HW Table Index Node 11 Map Settings MACHA E E rj di 5364 10431 Figure 2 6 Example Water Distribution Network System Schematic 18 Page 2 3 Settings Menu Loading a Background Map When the program is first exec
11. Figure 3 6 Isolated Pipes and Volume Summary BOX ii 31 4 Page Figure 3 7 Contamination Report by Point enne eene nennen nns 33 Figure 3 8 Saving Contamination Report as a Documetnt 34 Ficure 3 9 screen Capture BMP Pile Image rane ea 35 pure o DO TProncMenu WIndOW DOX zat edad ree my Dam a Duka qas ua oie COE 36 Fisute S L T Pile Creation Dialog Box 2 Figure 4 1 Locating Critical Users Infrastructure with a Node Pornnt 38 Figure 4 2 Selecting the Critical Infrastructure Icon Image 39 Proure 4 5 Desiematine the Node Imate Size lla ea 40 T ioure q Node Image SIZES ilaele 40 Fisure 4 5 5howine the Node Image on the Map isabella 4 Figure 4 6 Reformatting the Node Label Box sees nennen eene eene nnne nnns 42 Preure 4 7 Moving the Node Image accen ete iecit EE alla AURA 43 Figure 5 1 Importing KIA database files into NDM i 44 Figure 5 2 Kentucky Infrastructure Authority KIA Webstfe 45 Figure 5 3 Access Water Lines File by Clicking on the WRIS tab 45 Figure 5 4 Downloading the KIA Water Lines FIIeS in 46 Figure 2 5 Steps to Save the Downloaded File age silla 46 Fe
12. Model NDM Guidance Rules KYPIPE 76 Page C 1 Laying Out a Pipe System Pipe2010 is designed to provide a very simple intuitive interface for your pipe system development All development is done in Layout mode When you are not developing or modifying your system you should select a different mode usually Fixed so you will not inadvertently modify the layout The layout and subsequent modifications are done with the following operations 1 Select a Node or Pipe Link Point mouse to node or pipe and LC left click 2 Add Pipe Segment and Node Select starting node existing and point mouse to ending node location new and RC right click NOTE Right or left click AGAIN and the newly created node will NOT automatically be made into an intermediate node if it will subsequently be made an in line node it will remain as a junction 3 Add Pipe Segment Select starting node existing and point mouse to ending node location existing and RC right click 4 Move Node Point mouse to node and hold down left mouse button and drag to the new location 5 Insert Node Point mouse to desired location in pipe link and LC left click Click Insrt Pipe Information Window and select node type from pop up list 6 Change Node Type Select node and click on current node type selector below name and select from node type pop up list Node Information Window 7 Delete Internal Node Select interna
13. Title 2 File Edit View Labels Contours Cursor notabon Facilities management Tools Help LE KYPipe US gallons min Eq HW Table Index 8 Node 36 Node Information Map Settings Det More pe oma SEEN eme AA Nsme 14 Node Title Elevation pi Node Image iv Show on Map Show All ZAI ZWin Ab JE d md fi 9 5 te z e ZPm S db av V s de MORS VR CRM Node Data Menu 2 i hs j JN wa om J ui E to amata Pa X 10993 Y 3198 D 7426 Figure 2 12 Node Data Menu 2 6 Adding Valves or Hydrants to a Pipe SInce the KIA database does not Include valves and hydrants a more common action wlll be to add valves and hydrants to the existing model Figure 2 13 illustrates how to add an on off valve First 1 the user clicks left mouse button on the pipe at the location which to add the valve or hydrant Next 2 the user should click left mouse button on the Insert Insrt button on the Pipe Information Menu This will bring up a drop down menu which includes possible options In this case 3 the user should click on On Off Valve Figure 2 14 shows the newly added valve All selections have been cleared in the figure using the button shown see also Figure 2 3 on page 15 for this function A hydrant can be added following the same steps with the exception of selecting hydrant instead of on off valve Once an element has been added the
14. air release valves 71 Page B 3 End Nodes End nodes are located at each end of all pipe links End nodes represent both passive connections such as junctions and connections to supplies and active elements such as pumps One or more pipe links can connect to a common end node For non directional end nodes junctions reservoirs tanks variable pressure supplies and sprinklers pipe links can be connected in any manner For directional end nodes pumps loss elements and regulators an inlet and outlet connection point are shown and pipe links must be connected to the appropriate side of the element so that the direction indicated 1s correct Pumps and loss elements but not regulators can connect on one side directly to a reservoir This condition is modeled when no pipe link connections are made to one side of the element This side is then modeled as a constant head reservoir and the reservoir head must be specified with the input data All end node types can be interchanged If a change is made from a non directional to a directional node the pipe links will connect arbitrarily It is necessary to make sure that the direction is correct and the pipe links are properly connected However an end node can be changed to an internal node only if there are exactly two pipe links and the basic pipe link properties are the same except length and minor coefficients If the properties are not the same the change to an internal node will be p
15. has been developed as one component of a larger Water Distribution Network Decontamination Decision Support System WDNDDSS as shown in Figure 1 1 Water Distribution System Decontamination Decision Support System WDNDDSS Rule Based Decision Network Decontamination Support Tool RBDST Model NDM Guidance Rules GIS Datasets KYPIPE Figure 1 1 Schematic of WDNDDSS The larger WDNDDSS consists of a Rule Based Decision Support Tool RBDST that 1s an expert system that provides step by step guidance to system operators with regard to the appropriate steps to follow in decontaminating their system as a result of an accidental or intentional contamination The RBDST relies on previously developed guidance rules synthesized from published contaminant response publications as well as interviews from actual system operators The RBDST also utilizes computational results of the NDM As a consequence the NDM is normally executed first prior to running the RBDST In addition the NDM has been designed to allow the use of pre developed GIS datasets for use 1n constructing graphical representations of water distribution systems In particular the model has been developed to allow use of the Kentucky Infrastructure Authority KIA water distribution system database Finally the NDM has an option that will allow the user to export any model developed within the NDM graphical user interface GUI for possible subsequent use with a fully f
16. mouse 200 feet right and RC move mouse 200 feet down and RC a move mouse 200 feet left back to existing node and RC select node at b and move 100 feet up and 100 feet to left and RC 80 Page Now all the pipes and nodes are laid out Note all nodes are either junction or intermediate nodes and Pipe2010 has assigned pipe and node names b change node types Select any nodes which are different than shown and change to the correct node type To do this select the node and click on drop down node list Node Information Window below Name and select desired type from list Select node at Reservoir A LC and change node type to Reservoir Select node at Reservoir B and change node type to Reservoir The system should now look as shown below Figure C 2 Completed Pipe System Layout C provide data Select each pipe and end node and provide data Select each pipe and click Pipe Type Pipe Information Window and select choice from drop down list Select ductile 250 6 for pipe from Reservoir A and pvc 150 4 for the rest Note that default roughness values are provided Provide appropriate Fittings Data elbow for pipes with 900 bend for example Select each Reservoir and provide values shown for Grade HGL and Elevation Select each junction and intermediate node enter Elevation d save data file Provide a name and save your data file 81 Page Click on File Main Menu and Save As and provide a file name in the pop
17. selector Pressure for example to change to the node results A helpful selection 1s Loss head loss for pipes and HGL for nodes because it provides a very useful view of the system operation Printouts based on these selections are shown Figures C 3 and C 4 82 Page OWES Pressure MPEG Hiowrate Figure C 3 Case 1 Pressure and Flow LIU NODES AGL PIPES Head Loss Figure C 4 Case 1 Loss and HGL 83 Page C 3 Additional KYPipe Demonstration Example A simple pipe system representing the main pipes of a small municipal distribution system is shown in Figure C 5 This system is used to demonstrate the use of KYPipe2010 for regular and extended period simulations and Surge for surge analysis A number of modeling features may be demonstrated using the data files provided 1n the DEMO subdirectory We suggest that you run the demonstration files with a screen resolution of 1024 by 768 or higher if possible Figure C 5 Pipe System Layout for Demonstration Examples KYPipe Regular Simulations Click on File Main Menu and Open and select the file Demoreg in the demo subdirectory using the browser You should get the pipe system and map shown in Figure C 5 The Demoreg file sets up the baseline analysis Case 0 and two additional scenarios Cases 1 and 2 Case 0 The pump is running with normal demands Case 1 The pump is off and the tanks supply the system Case 2 The pump is off and a fire demand of 650 g p
18. software formats e g EPANET More detailed instructions about how to use KYPIPE to perform additional hydraulic analyses are provided in Appendix C Water Distribution System Decontamination Decision Support System WDNDDSS Network Decontamination Rule Based Decision Support Tool RBDST Model NDM Guidance Rules GIS Datasets KYPIPE Figure 6 1 Exporting a Network File Developed in NDM for Use in KYPIPE 55 Page a Pipe2010 adairville water works Edit View Labels Contours Cursor notation Facilities management Tools Help New Open Save Save as Delete Unnecessary Files Pipe2000 Utilities Print Reload Current File pak c decon demo shortcourse decon example p2k c decon demo shortcoursesdeconshortcourse p2k c decon demo shorteoursesdeconshortcourse2 p2k c documents and settings all users documents kypipe docs kypipe water demo copy 1 of demi amp godel p2k Exit 1 Once a network model has been created in the Decon Program the file may be exported for use inthe regular KYIPIPE program by simply saving the file Save current file under a new name Figure 6 2 Step One in Exporting a File for Use in KYPIPE 3 Pipe2010 adairville water works File Edit View Labels Contours Cursor notation Facilities management Tools Help 2 Save File File Name adairville water works p2k Directory C adairville w
19. the contamination are assumed to be closed part of the system became isolated even though it was not itself contaminated It is isolated from the rest of the system and cannot receive any flow due to the valves that have been closed The isolated pipes are highlighted in green Once a contamination point has been selected and the program determines the contamination area a summary box appears in the lower right hand corner of the map providing both the contaminated volume and the isolated volume See Figure 3 6 Fie Eda View Labels Contours Cursornotation Facilities management Toots Help KYPipe US galloni min Eg HW Volume Summary Box L wa i r a T Li y Lm I 1 Pe j Eo su Au w a 4 Le F F E i Nw i P lt n L ag e Bor i am m Un d 7g uw ad Y Li a w f 1 ad w k P E f a li z F A minated Volume 3028 047 fale isolated Volume 1339 131 t 3 m 3369 4117 Figure 3 6 Isolated Pipes and Volume Summary Box 31 Page To obtain the contamination report select Contamination Report from the drop down menu under Facilities management Figure 3 7 shows the contamination report generated from the situation of Figure 3 5 Note that the contamination report contains the following information from top to bottom l File name of the network 2 Date that the analysis was performed 3 Name of the pipe t
20. user may click on the element and drag it to a new location along the line if desired A valve or hydrant can also be deleted by clicking the element to select it and then clicking the delete button Del which is found in the same menu area as the Insert button 24 Page KiPipe US alien ma q HW Tobie Inder 9 Node Poeti CT4wrntown elections Figure 2 14 Valve Added to Pipe 25 Page 3 0 GENERATING A CONTAMINATION REPORT The primary purpose of the NDM is to generate a contamination report This can be accomplished by two primary means either by selecting an area of the distribution system using a polygon or by clicking on the pipe in which it 1s believed the contamination occurred 3 1 Selecting Contamination Location by Polygon To generate a contamination report by a polygon first click on Facilities management in the top Program Command Bar refer back to Figure 2 2 and select Contamination polygon from the drop down menu The program will respond with a message prompt which reads Left click to draw a polygon around the contaminated area Right click to finish the polygon Hit OK For an example draw a polygon around the region shown below in Figure 3 1 Figure 3 2 shows the result of this selection after the polygon is finished by a right click polygon 6 File Edit View Labels Contours Cursornotation Facilities management Tools Help f KYPipe US gallons min Eq HW Node Info
21. 7 698 fti p Contaminated Cutomers 0 Save as type DOC Fies Cancel Contaminated Demand 0 US galloni Isolated Volume 1339 131 ft 3 Isolated Cutomers 0 Isolated Demand 75 US gallons min The following valves must be turned off 1 V 11 V 13 V 14 V 15 V 16 V 17 Save the Report as a DOC file for word processors Figure 3 8 Saving Contamination Report as a Document 34 Page 3 4 Printing Saving the Contamination Image From the Edit menu in the Program Command Bar refer back to Figure 2 2 select Copy Map to Clipboard Then you can paste the map to PowerPoint or any other platform for the image From the Edit menu in the Program Command Bar select Screen Capture BMP This option saves the image as a BMP file giving it a filename based on the current network file and saves the image in the same location as the current file Figure 3 9 shows the screen capture option result for the map display of Figure 3 5 I LN D rele s A DI e m i Li w ML pa s Na 1 o lr LO Mahen pa e E Mos mM m ae tn nu n Qe or rey DLE Sr PEE Tons So TT Ww a Mort OW ea le Exe fe Dos ECT E LS s 3 nn o T i e CN uv RR T a ee tati Soo san v ME 2C ba LO ii vs ga te Muros uei fup ur a a Sai ER ut uet n r 0 z pe A DF ae EE d nai tatto 1 Ve Y gi ut Ea ao HE D Ba ae di r ru i IT um a
22. DM for Use in K YPIPE 55 Figure 6 2 Step One in Exporting a File for Use in KYPIPE 56 Figure 6 3 Step Two in Exporting a File for Use in K YPIPE 56 Figure A 1 Insert Flash Drive into a USB port and wait for the following message 57 Figure A 2 Now wait for this menu and click Open Folder when the menu appears 58 Figure A 3 Now double click on the Setup exe file and respond to the series of screens shown in Foe ASTOA T uuu m unum DM DM LL LM IM D M UN MM M ee EDU 58 Figure A 4 Navigate to the All Programs Menu and Click on the Diagnostic Settings tab under the EZIO e ER E II 59 Figure A 5 Set the options for the NDM Program uuu L u u u D T uu a 59 Figure A 6 Execute the PIPE2010 Program which will execute DNM 60 Fisgute A 7 Downloading KY Pipe Demo alal 61 Ligure A Savin Pipe 2010 Demo ea 62 Figure A 9 Opening Page of the Set up Wizard Click on the Next button 63 Figure A 10 License Agreement Explanation Click on the I accept the agreement button and Bene WC COD INO SE cerco ananas ota uen andar ee a UA M CE TS 63 Figure A 11 Enter a User Name and Organization and the click the Next button 64 Figure A 12 Type
23. M r 2 moa m l E fra s sait a Hiraet JHlr iL Eis A ae n a doe x wae x L co wae S a es 1 hh IC MES ea esee Q uu a LIE D a 75a E E i el TENE Ste z uM I in o annia Isolated Volume 1339 131 ft 3 Figure 3 9 Screen Capture BMP File Image 35 Page To have control over the file name and file location of the saved map image select File from the Program Command Bar and then select Print A print menu window box will open as shown in Figure 3 10 On the left side of the window bottom middle as indicated in the figure there are print options In the print options printer can be selected for a hard copy of the 1mage or the 1mage can be saved as a BMP PDF or JPG file If BMP PDF or JPG 1s selected then to create the file click Create at the bottom left corner of the print menu window box After create 1s chosen a dialog box will appear which allows the user to stipulate the file name and file location of the image file see Figure 3 11 gt 4499 Text Size 50 Lal Node Pipe Size 50 2 Ki i Options Small Normal Contour Size 50 Lei Small Normal Resolution 50 Draft Normal Background Brightness ft Off 50 Left Mrg 5 Pht Mrg 3 Top Mro B Bottom Mrg s b W Auto Updge Make Poster Print Optors C Printer BMP C PDF C JPG Paper Shape Letter Portrait v o nc
24. NDM Network Decontamination Model User s Manual Developed by The University of Kentucky and KYPIPE LLC under subcontract 09 09 WKU Western Kentucky University Prepared for the National Institute of Hometown Security 368 N Hwy 27 Somerset KY 42503 May 21 2012 1 Page Table of Contents ECOPC UFO electa 4 LO INTRODUCTION RN 8 LrSotware Operating ENVINOMMCING radsi ll ile 8 L 2PIcRFOUN ia 9 1 3 NDNIEUDCHODSIIE 3d uk u u O enden tt eluted a undi emanates ela 9 1 4 Downloading the Software From the Internet nennen 13 ESAPPNINS tieso temi 13 2 0 NDNI GRAPHICALUSER INTERFACE Leelee lana 14 PM Steal vane Q Saa aa e us A E E AERA 14 2 2 Opening ati Existing Data File uyu le do Ur qu t iat GQ ku un bbc urs 16 2 3 Settings Menu Loading a Background Map nennen nennen 19 2 4 Editing the Elements of an Existing Data FIle nennen 23 2 5 Adding Pipe or Node Elements to an Existing Data FIle 23 2 6 Adding Valves or Hydrants to 3 PIDe iie set Ee vi u Ru usuta Tere tod Duo M o Seo eV EXE ve E QURE VUE 24 3 0 GENERATING A CONTAMINATION REPORT ii 26 3 1 Selecting Contamination Location by POIYgon eene 26 3 2 Selecting Contamination Location DY POINT assiro 29 3 3 Printing Saving the Contamination Report nennen G 34 3 4 Printing Saving the Contamination Image nennen nennen nnns 35 4 0 Highlighting Crit
25. Pipe2010 Demo C Pipe2010 S Program Data Folder _ Remote Update Ei Setup Wizard C Uninstall Pipe2010 di Pipe2006 Back Search programs and fies Dougster Documents Pictures Music Games Computer Control Panel Devices and Printers Default Programs Help and Support Shut down y Figure A 6 Execute the PIPE2010 Program which will execute DNM A 1 2 Downloading the Program from the Internet To download the KYPipe Demo go to http www kypipe com 1 and click on Download Demo or Version Update on the left menu 2 see Figure A 7 Registration 1s required for using the free demo version This will require that you create a personalized account and password 3 From the Downloads web page select Pipe2010 Demo 4 Save the zip file to your hard drive into a unique folder e g Kypipe Decon see Figure A 8 Follow the directions in the setup wizard to prepare the demo to be used 5 see Figures A 9 A 15 After setup has completed run Diagnostic Settings from the Pipe2010 folder in the Start Menu see Figure A 16 In the Diagnostic Setup make sure Decon Version is checked 6 and click OK 7 see Figure A 17 Open the KYPipe Demo and click on the Demo button 8 see Figure A 18 In the new file specification window that opens select Load File 9 to open an example network see Figure A 19 KYPipe LED NACL auto La La iti Arid SOMME ha Bees Aly ae ciale Tuc hie llre Aham LP Forums P
26. RANT OF LICENSE For each license purchased from KYPipe LLC or one of its authorized distributors KYPipe LLC grants to the user the right to use one copy of the software program s on a single terminal connected to a single computer i e gt COT accept the agreement Ida not accept the agreement Cema mes Ce Figure A 10 License Agreement Explanation Click on the I accept the agreement button 63 Page and then click on Next User Information Please enter your information User Name o Organization pO Figure A 11 Enter a User Name and Organization and the click the Next button Select Destination Location Where should Pipe2010 be installed cJ Setup will install Pipe2010 into the Following folder To continue click Next IF vou would like to select a different Folder click Browse At least 419 6 MB of free disk space is required Figure A 12 Type in a path to the folder you want the program installed e g C Program Files KYPIPE Pipe2010 64 Page Select Start Menu Folder Where should Setup place the program s shortcuts Setup will create the program s shortcuts in the Following Start Menu Folder To continue click Mexk IF vau would like to select a different Folder click Browse ipe2010 Browse Cem Jones Figure A 13 Click on the Next button to place a program short cut in the Start Menu folder Ready to Install Setup is now ready to begin installing Pipe2010 on
27. V 15 5 V 16 6 V 17 7 W 1B B V 13 Ihe following hydrants are in the Contaminated region 1 H 1 3 H 14 8 H 15 Ihe lowest hydrant is H 10 at elevation 610 Summary of pipes in Contaminated region 582 ft of di 150 6 B347 3 ft of di 150 B I Figure 3 7 Contamination Report by Point 33 Page 3 3 Printing Saving the Contamination Report The contamination report can be printed by clicking Print at the top left corner of the contamination report window box A print set up window box will appear in which you can set up printing options To save the contamination report as a document click Save as a DOC file at the top of the window box a save file dialog box will appear giving the user the option of where to save the file and what to name the created file see Figure 3 8 pm File Edit View Labels Contours Cursornotation Facilities management Tools Help f KYPipe US gallons min Eq HW Table Index Node 60 Map Settings Use Edit Copy to copy some or all of the re A Date modified 7 25 2011 9 52 AM 3 9 2011 3 06 PM 12 7 2011 2 35 PM 4 16 2012 3 46 PM 3 8 2011 3 14 PM Pipe2000 Contamination Rej File folder File folder File folder File folder File folder System Name decon example p2k 4 TI Date 05 15 12 Broken Pipe P 24 File name decon example Contaminated Volume 302
28. ZIP 43 7KB updated WE Spring and Surface Sq My Documents Legislation amp ZIP 42 2KB updated I Regulations i 6 Click Save Well Sources DI Open Records ZIP 28 0KB updated Requests My Computer Purchase Sources News amp Events ZIP 95 5KB updated File name watlin zip Water Meters ZIP 123KB updated 0 My Network Save as type Compressed zipped Folder Water Resource Figure 5 5 Steps to Save the Downloaded File File Edit View Favorites Tools Help Back v M 27 Search Folders Fi Address DD C kia database N Folders 2d EBEN pen Search Explore pumpstat zip ei watprop zip 11 KB 2 3 324 KB watpump zip 234 KB Extract All Pa Scan for viruses Si wattank zip Open With 8 Select the Extract All Option Send To Cut Create Shortcut Delete Properties 7 Once the files have been saved navigate to the folderand then click on watlin zip file O kia database lt lt I Extracts folder contents Figure 5 6 Steps to Extract the Zipped Files kia database File Edit View Favorites Tools Help ay s z M 27 Search Folders Gi Address C kia database v Go Folders x N pumpstat zip watlin zip A 111 KB 40 151 KB watproppoly zip watproppt zip
29. amination area graphically can also be printed or saved as an image Instructions for these operations will be provided after the discussion of generating contamination reports by point selection 28 Page 3 2 Selecting Contamination Location by Point A contamination report by point selection can be generated if On Off valves are present in the system To generate a contamination report by point selection first click on Facilities management in the top Program Command Bar refer back to Figure 2 2 and select Contamination point from the drop down menu Next click on a point on a pipe in the network map at the location of the contamination For an example click on the point shown in Figure 3 4 by the large red circle with a yellow bull s eye Once the contamination point is selected an instructional message prompt will appear which reads Click on valves to turn them on or off and see the effect on the contamination Click OK Figure 3 4 shows the map view which graphically identifies the contaminated pipes in the network by highlighting these pipes in red A File Edit View Labels Contours Cursor notation Facilities management Tools Help x KYPipe US gallons min Eq HW Map Settings NI itexd z Bee Edit Node Set Set Selection Ai Status gt a5 6 L IM Mapal 7 e Bier Mt i VW CN Item to Edit o dl Operation New Value v Proceed I Dd wrlowri Contaminate
30. asic Functions The NDM software has been developed using the existing KYPIPE graphical user interface to allow a more seamless migration of data files developed using NDM to KYPIPE to provide additional analysis capabilities The basic NDM GUI is shown in Figure 2 1 As can be seen from the figure the GUI 1s divided into five sections 1 the File and Program Options Command Bar 2 the Map Settings option buttons 3 the Map Function Menu 4 the Map Window and 5 the Pipe and Node Data Menu area Additional details of the File and Program Options Command Bar are provided in Figure 2 2 while additional details of the Map Function Menu are shown in Figure 2 3 Pipez 010 File Edit View Label Contour Cursornotalon Facdiies management Took Help 4 File and Program Opti cubic leet sec Pipe Information Map Settings amp Map Setting Options J o ee proes KA KA AA Anal Cros n inert Lacs eg Um A Bere 3D Function Map Window Pipe and Node Menu Data Menu amp 1010 Y 306 Figure 2 1 Basic NDM Graphical User Interface 14 Page Program Command Bar Pipe2010 File Edit View Labels Contours Cursor notation Facilities management Tools Help Map Functions Contamination point Ctrl B Contamination polygon Edit Functions Contamination Report File Functions paR Hydrant report
31. ate go c adairville water works p2k gt kia database E watlin fi adairville water works KYP 2 To save the file specify thename of the file and the folder in which you would like the file saved Cancel File Type Pipe2000 Files Save current file under a new name Figure 6 3 Step Two in Exporting a File for Use in KYPIPE 56 Page APPENDIX A INSTALLING THE SOFTWARE Water Distribution System Decontamination Decision Support System WDNDDSS x Network Decontamination Model NDM Rule Based Decision Support Tool RBDST Guidance Rules GIS Datasets KYPIPE A 1 Program Installation Options The NDM program can be installed off of a flashdrive if provided or downloaded directly off of the internet A 1 1 Executing the Program from a Flash Drive When running off of a flashdrive follow the steps in Figures A1 A3 M Your device is ready to use X o Device driver software installed successfully Figure A 1 Insert Flash Drive into a USB port and wait for the following message 57 Page General options L Open folder to view files using Windows Explorer Speed up my system using Windows ReadyBoost more A ions in rol Pan oc e gt Computer gt STORE N co MO 000 Search STOREN GO M Organize Open Burn New folder Name Date modified Type Size Jr Favorites NE Desktop gt msinf sys 10 29 2011 6 08 PM SYS File di Downloads setu
32. ated or disposed ex situ e g hydrant flushing it would be very helpful have a map or schematic of the water distribution system with the locations of hydrants and valves superimposed on a topographic map that would provide guidance with regard to which hydrant was at the lowest elevation or nearest to a stream etc Such a map would also allow the user to identify where any discharged hydrant flows would flow The NDM has been designed with the capability to upload a background map that would contain such information see Figure 1 3 9 Page File Edit View Labels Contours Cursor natation Facilities management Tools Help raaa KY Pipe US gallons min Eq Hw Table Index Mode 8l Hode Information Del hore p Data Copy AA SA AA Less User ria Map Settings A 11543 Y 7161 Figure 1 2 Example Network Model 3 In addition to having a map of the network it would also be helpful to have a feature that would allow the user to immediately see if any critical pieces of infrastructure are impacted by the contamination event This functionality has been provided by allowing the user to turn on infrastructure icons which can be readily seen and identified in the program GUI see Figure 1 4 4 The proposed model should be able to identify what valves need to be closed to isolate a particular pipe or section of pipes in the event of a contamination event This can be accomplished using a schematic of the water distribution sys
33. ay a single CAD file with enhanced method CAD file name Layers OwO 7 Show All Layers Hide All Layer Zoom To CAD File Figure 2 10 Returning to Map View to See the Background Map 22 Page 2 4 Editing the Elements of an Existing Data File Once a model has been either created or loaded into the map viewing area the user can review or edit the data associated with each element pipe node or valve This is done by moving the mouse cursor over the element and then clicking the element with the mouse button When clicking on an element the data associated with the element will be shown in the Element Information area of the GUI Figure 2 11 shows the Pipe Information area for a selected pipe and Figure 2 12 shows the Node Information area for a selected node 2 5 Adding Pipe or Node Elements to an Existing Data File In addition to viewing the data associated with the different elements the user may also add elements to the model Instructions for adding new pipe and node elements are provided in Appendix B Pipe2010 deconshortcourze CP democityl KYPipe US gallons mn Eq HW Table Index Pipe 15 liLength i706 r F Rough 120 r Fil Set Label Angle Figure 2 11 Pipe Data Menu 23 Page Fittings Closed Fittings Ig I8 IN Ig IN IN rr IN I3 UA A Angie Rese 3D Node 1 1 7a Node 2 J 8 Reverse Residential D Meters Ref Year San Pipe
34. cally inserted at all changes in alignment These are automatically changed to junction nodes if only one or more than two pipes are connected or if the properties of the two connecting segments differ To automatically lay out junctions instead of intermediate nodes go to System Data tab and the Preferences Tab and click on Do Not Automatically Layout Intermediate Nodes 78 Page C 2 Quick Start Example Step 1 Initial Preparation Initial steps include file selection background preparation and system data selections a file selection You can access an existing data file or as for this demonstration create a new one Click on File top menu box and select New b system data selection The New File setup screen appears As a minimum you need to specify the flow units and head loss equation to use Click on the Units drop down list and select GPM The default head loss equation showing Hazen Williams and the defaults showing for data features are all acceptable Click on MAP to return to the Pipe2010 map c background preparation You can import a drawing map utilize grid lines or choose not to use a background For this demonstration we will turn on a grid and use it to guide our layout letting Pipe2010 calculate pipe lengths Click on Map Settings Grids The default grid settings of 1000 major and 100 minor are good for our demonstration so we will use them Click on Major Grid and Minor Grid check boxes This w
35. d Volume 1835 695 ft 3 Isolated Volume 0 ft 3 lt a ha d Ne T 7M s E J TM Y v IT A z ne x Ri i va x D T Poo 3 N 1 ag geo 7M d 12 i z bue di i L s CENE u E a s dida g s sh Fi ON df F RS Mt NN NE o a B XB s 4 PAG z a LES E n S Se e oe oe wh Le S Pi es 7 a 2M int ONCE FA Fe Souler es sca Fao EN v 5 IT 7 1 pu vL i di n ed au NU gt w y z2 lt od e ci Eire 11411 8354 Figure 3 4 Selecting Contamination Area by Point 29 Page The pipes deemed to be contaminated are determined by the point selected and the assumption that all the valves at the ends of these pipes these valves will also be highlighted red are closed Therefore the graphic shows the extent of the contamination upon the condition that the displayed boundary valves get closed If the user knows or suspects that the contamination has moved beyond a certain valve then while the map is still showing the contaminated pipes in red a single click on a valve will designate that valve to be open or to have remained open and allow the contamination to move beyond that valve to the next boundary of valves The graphic display will update accordingly Another click on the same valve will designate it to be closed again and the analysis will update with the new boun
36. dary information For example click the valve at the northwest boundary valve of the contamination as pointed out in Figure 3 5 The graphic display updates with additional red highlighted pipes to show the contamination move north and west until it hits the next boundary of valves Additional valves can be opened in the same manner After this effect has been observed if the user wishes to designate this valve to be closed again another single click on the valve will perform it If the user clicks again on the valve used in the example the map display will return to be as shown in Figure 3 4 Once a valve has been toggled to an open designation it remains open to the program for all future analysis until it is toggled back to closed J polygon 7 E F e Eda View labels Contours Cursornotation Facilties management Tools Help KYPipe US galloes min Eq HW Node Information Map Settings Dei ww gy ow i i i Lena Used BH Single click this valve to see the contamination E dit Node F move north and west in the system A On C Of hem to Edit Operation New Value v 3369 4117 Figure 3 5 Expansion of Contamination Area by Valve Selection 30 Page When the contamination was expanded by valve selection as shown in Figure 3 5 a problem arose other than just the movement of the contamination north and west in the system Because the boundary valves of the area containing
37. e Process Pipe Data hy Computer Process Junctia File name Data f My Network Files of type ShapeFiles shp Save Pek File Places Exit Open as read only Selected attibute data Reading KIA Database Pipes 2 of 25 17 The following menu will Tek 0 0001 appearas the program Tolfenifoi processes the kia database Pipe Prefix p files Node Prefix j 4 Def Rough 100 1 SetNode Names C Cc C Ci C C C Bi 205463 records Fix Connectivity Errors Check for Crisscross lines Figure 5 15 The following menu will appear as the program processes the KIA database files 51 Page w Pipe2010 KIA Shape File Import Utility CopyRight 2010 KTPIPE LLC r Select Utility Hame MEANA ARTE Single Step Conversion Process all shapes generate p2k file and EXIT Pipes watlin 18 Select the utility you Index would like to createa i model for and then click Length on the single step N AZ PalyLine Selected attibute data Sorting Tol n 000 Tal len 01 Diameter b tt Roughne conversion button Minar Lass K YEARCUM Pipe Pretix P Status MATERIAL Made Prefix J Length Fixed OTHMATL Selected AGENCY Def Rough 100 1 Title CONTACT Set Node Names sY SDUREE xY ISSUES ATT SOURCE ATT ISSUES Roughness Fixed MateriallR ating Reference year of Meters Mi 205463 PalyLine Shapes Fm Connectivity Errors
38. e in flushing 27 Page T A pipe summary giving the combined length of each type of pipe within the contaminated region categorized by material rating and diameter respectively The user may return to the map view to see the graphical display by clicking on the map tab pointed out in Figure 3 3 F e Edt View Labels Contours Cursornotation Fachties management Tools Hep Returnsuser to map view _ Print Clear Font Load Swap Customize Save as a DOC file Use Edt Copy to copy some or all of the repot Edit Cut and Edit Paste also function on the report Find System Mame user manual examplel p2k Dare 05 01 12 Contaminated Volume 1400 763 ft 35 Contaminated Customers 0 Contaminated Demand 60 US gallons min ihe following valves are in the Contaminated region No valves found The following hydrants are in the Contaminated region Heib z H i7 1 M 3 Static Pressure 63 1 Fireflow 689 4 he lowest hydrant is H 16 at elevation 607 ry of pipes in Contaminated region 3221 ft of di 150 2224 ft of di 150 8 Save the Report as a DOC He for word processors Figure 3 3 Contamination Report polygon selection After returning to the Map View the user may reset or clear the contaminated area selection by clicking on the Clear Selections button refer back to Figure 2 3 or Figure 2 14 The contamination report can be printed or saved as a document The map view displaying the cont
39. el Box 42 Page The node image can be place in one of the four corner positions around the node location It can be moved to the desired location by selecting the move button within the Node Image menu in the Node Information area as shown in Figure 4 7 In the example the image may be in the way of the label and it can be moved to the lower right corner as seen in the figure KYPipe US galloni min Eq HW Table Index Noded7 ilv Show on Mao ES Fri fa Fut Load Clear L P D wriown Figure 4 7 Moving the Node Image 43 Page 5 0 Importing KIA Datasets In order to facilitate the development of a network model for use in NDM the program has been developed to allow the use of datasets developed by the Kentucky Infrastructure Authority see Figure 5 1 Water Distribution System Decontamination Decision Support System WDNDDSS Rule Based Decision Network Decontamination Support Tool RBDST Model NDM GIS Datasets Guidance Rules KYPIPE Figure 5 1 Importing KIA database files nto NDM Detailed steps for accessing and downloading files from the KIA online database are provided in Figures 5 2 5 8 Additional steps for using these files to build a basic network in the NDM environment are then summarized in Figures 5 9 5 17 Finally the steps required to import the developed data file into the NDM models are described in Figures 5 18 5 20 44 Page 45 Page
40. evelopers and engineers parts who make up the a proaded ni no ur puestianms mbo t Username Password Login Log in using OpenID o Create new account o Request new password KYPipe Steady State Surge Gas Steam and SWMM in a seamlessly integrated software suite Contact Us Pricing Training Home ID KY PI PE Download Pipe2010 Pre Ro 4 Q Available Downloads Pipe2010 Demo 4 e Current 5 012 e Version 5 010 o Free Tech Support o Meet Dr Wood o Meet Dr Lingireddy e Version 5 006 o Product Overview e Version 5 005 o Download Demo or Version e Version 5 004 Update e Version 5 003 Figure A 8 Saving Pipe2010 Demo 62 Page Welcome to the Pipe2010 Setup Wizard This will install Fipe2010 ver 5 016 on your computer It is recommended that vau close all other applications before continuing Click Next to continue or Cancel to exit Setup PIPE2010 mm Ces Figure A 9 Opening Page of the Set up Wizard Click on the Next button License Agreement Please read the following important information before continuing Please read the following License Agreement You must accept the terms of this agreement before continuing with the installation LICENSE AGREEMENT This is a legal agreement between the user and KYFipe LLC By accepting using or installing any portion of this software the user agrees to be bound by the terms of this agreement SOFTWARE LICENSE G
41. facilitate drought b ADD GIS Staff monitoring and response and rapid response to contamination emergencies The GIS i a contains data for water and wastewater treatment facilities water lines water Member of the Kentucky ADD WMP Resources sources storage facilities sewer lines and a database of non spatial systems Geography Network information The GIS provides the fundamental data needed for the planning and emergency response activities Using the GIS infrastructure data in computer models Ml 2 nok alle bi lh o mimo im elbow eb cee md fe nil sl wre os ADD GIS Resources Figure 5 2 Kentucky Infrastructure Authority KIA Website WRIS Geospatial Data The data probed on thi page n subset of the water and uthornty wastewater related layers n the Water Resource Informabon System ______ J i Whar of the i a ETAT WRIS The informabon i a compdabon of work performed since mad f Contact Person 1998 by Kentucky s ADOs ad the WRIS mith updates through earty About Us TO Fi kar geom J 2243 of Loan Programs AM c EN c projected to t informabon about the Coondnate System vet the ir to the night Re urd es 1 updates w be Water Layers PDF 19 bm Eggs zx ica d iE ities Water Lunts Paca Coocdcate ista fib JI Jug updated C2 21 10 L Water Tanks TIP 19058 updated ONIN LO Legi lation A i m Regulations Water Treatment Pla
42. h they do provide added modeling capabilities Internal node types can be interchanged They also can be changed to an end node at anytime However end nodes can be changed to internal nodes only if there are exactly two connecting pipe links with identical pipe properties LL 1 Intermediate Node No device at this location usually represents a change of alignment To delete all intermediate nodes see Deleting Intermediate Nodes 5 2 Valve Indicates location of cut off valves The minor loss for this inactive valve is not automatically included in the network analysis or the report To account for a minor loss due to a valve the user may enter the loss as a pipe fitting or using the active valve element ft 3 Hydrant Indicates location of fire hydrants iMI 4 In line Meter Indicates presence of an in line meter for pipe link It is used for EPS reports of total flows 70 Page Lt 5 Check Valve Directional Indicates device in pipe link that prevents flow reversal The correct direction flow allowed in direction indicated must be selected in the pipe link 6 Metered Connections Indicates location of metered connections Meter ID may be specified to interface with meter records Meters with IDs Ay Delete dd ID Meter2 Type R Demand 57 E pis 7 Customized Device Two additional internal nodes can be used to represent any desired devices such as
43. hat contains the source of the contaminant this is defined by where the user clicked to insert the point contamination 4 Volume of water contained in the contaminated pipes and the number of affected customers and their associated demand 5 Volume of water contained in pipes that are not contaminated but are isolated from a source the number of isolated customers and their associated demand 6 List of valves that must be turned off in order to contain the contamination y List of hydrants that are in the contaminated region Name and elevation of the lowest hydrant In the contaminated area for use in flushing 9 A pipe summary giving the combined length of each type of pipe within the contaminated region categorized by material rating and diameter respectively 32 Page File Edit View Labels Contours Cursor notation Facilities management Tools Help Map Settings Print Clear Load Swap Customize SaeasaDOCSe gt Use Edit Copy to copy some or all of the report Edit Cut and Edit Paste also function on the repart Find Pipe 000 Contamination Report System Name user manual examplel pzk Date 05 01 12 Broken Pipe P Zz4 Contaminated Volume 3028 047 ft 3 Contaminated Cutomers 0 Contaminated Demand 0 US gallons min Isolated Volume 1339 131 frei Isolated Cutomers 0 Isolated Demand 75 US gallons min The following valves must be turned off 1 V 11 z V l3 3 V 14 4
44. hen 5 click Open Figure 2 9 below illustrates these steps Fie Edit View Labs Contours Conornotabon l achbes management Took Help KYPipe US galionz ma Eq HW Table Index 8 Nodes 4 Scroll down to findthe map file iw Map Files Al Types TL Figure 2 9 Navigating to the Desired Map File i e CITY Map bmp 21 Page The view will revert to the Settings Menu and the name of the background map will appear in the files window To see the background map and return to the Map View 6 click on the Map tab as shown in Figure 2 10 The end result can be seen by referring back to Figure 1 3 A user can follow the same process to load any background map that 1s desired The user should use the dialog box to navigate to the location and name of the desired file and select Open Pipe2010 user mar Pe dn Wet Labels Contowss m Cuntornomiien Facer menegementaTovie n Hop Mapa gate orl Mags Backgrounds Grids Labels Emphasis Contours Legend Preferences Background s internet Maps Add Map di o Map mete Scale Background to Pipes Move Selected Map To Toad List Properties Scale Pipes to Background CITY Map bmp wssble _ Make Map Visible Hidden _ Make Map Visible Hidden Zoom to Selected Map E ZoomtoAl Mps Zoom to Maps and Pipes Kahi 2170383883 Y shat 3388 10380 Scale Factor 7 0825024 Show Text on OXF and DWG maps slower I Displ
45. hi o m I BEEN deis Fresa n Fassi Contaminated Volume 3028 047 ft 3 Isolated Volume 1339 131 ft 3 Save As Default Load Default Figure 3 10 Print Menu Window Box 36 Page e gt tan Text Size 50 EN small Normal Node Pipe Size 50 Save in k Images Small Normal Contour Size 50 Small Hormal Resolution 50 EE agriculture Dratt Normal Background Brightne File name Hf 50 Save as type Bitmap Files Left Mro 2 E Right hare Top Mra Bottom Marq gt s Iv Auto Update Make Poster Prin C Printer BMP C PDF C JPG Faper Shape Letter Fortrait A Inches Do inches jo Ta i A Update Preview SERE Contaminated Volume 3028 047 ft 3 Isolated Volume 1339 131 ft 3 cave As Default Load Default scale Cancel Figure 3 11 File Creation Dialog Box 37 Page 4 0 Highlighting Critical Users Infrastructure Critical users or infrastructure can be highlighted so that they are immediately ascertainable in the map view This process will be illustrated by placing a school on the example map Figure 4 1 shows the first three steps 1 Select Text Mode 2 Left click on the map where the school is located this creates a new node point Clicking too near a pipe will result in the pipe becoming selected 3 Click inside the text field within the Node Information area and type School J Pipe201C i r L i i Lig wp ne 5 Vis K La 3 3 Click in
46. ical Users Infrastructure n ar 38 5 0 Importing KIA Datasetbin ao 44 6 0 Exporting Data tO KYPIRE etel mr a O e aaa 55 APPENDIX A INSTALLING THE SOFTWARE uuu nnne enne Q u Su nnns essa sante essa sss 57 A Tl Prosram instalation OD UGS uu u tiat espressa Cosa ph kukun ea 57 A 1 1 Executing the Program from a Flash DTIIVE 57 A 1 2 Downloading the Program from the Internet 61 2 Page APPENDIX B HOW TO ADD NEW ELEMENTS TO YOUR NETWORK FILE 69 Ed INCEW ORK Ele i oerien irren dte ia edocti biet aaa bees ies 69 B 2 iinternaliNodeSa ill lc bb 70 PO ERdNOGOS cota 72 APPENDIX C USING KYPIPE FOR ADDITIONAL NETWORK ANALYSIS 76 C lIRVIARQUES PIPpeSYSeMane le RAT dco on a ae bI UR CUR 77 C 2 OUICK Start Examples dos Cot on n trate arate cat eet UR rena I ecole tei MU pru tau Rare cat a UE 79 C 3 Additional KYPipe Demonstration Example nennen 84 3 Page List of Figures Fioure lal schematic o1 WDNDDSS 55 enne eo beide pete ME ex alim ush apama MUe uU GufienR ute 8 Ficu 42 Example Noto Alo klu uay elet iaia 10 Figure 1 3 NDM GUI with Network Schematic Super imposed on Background Map 11 Figure 1 4 Network Schematic and Map with Critical Asset Icons
47. ill display background grid lines Click on Map to return to the Pipe2010 map 79 Page 1 1 1 1 1 1 1 1 Step 2 System Layout The map area which appears on the screen will show a region approximately 1000 x 1000 feet with the 100 foot grid lines displayed This area will be appropriate for the demonstration A larger or smaller region can be displayed by clicking on the zoom in or a zoom out button on the left side Reservoir B 210 250 Reservoir A 200 300 Figure C 1 Example Pipe System The system we wish to lay out is shown above drawn on a 100 foot grid system It is a loop fed by Reservoir A which has a static water level or hydraulic grade line HGL 300 and discharges into Reservoir B which has a static water level or hydraulic grade line HGL 250 The node elevations are noted This is followed by the reservoir HGL s at the two reservoirs The pipe material diameter and roughness 1s noted for each pipe in a box Points a and b are shown for reference in the discussion below The development of the pipe system model 1s accomplished in three steps a layout pipes and nodes The entire piping system can be laid out using the mouse and a right click RC to add pipes and nodes and a left click LC to select a node The following operations will produce the system layout RC on gridline intersection to make first node move mouse 300 feet 3 blocks to right and RC a move mouse 200 feet up and RC move
48. in a path to the folder you want the program installed e g C Program Hesse 64 Figure A 13 Click on the Next button to place a program short cut in the Start Menu folder 65 Figure A 14 Click on the Install button to begin the program installation process 65 6 Page Figure A 15 You will see this menu with the installation is complete Click on the Finish button to CIS 66 Figure A 16 Navigate to the All Programs Menu and Click on the Diagnostic Settings tab under the PIpe20 TO bibbia 67 Figure A 17 Selecting Decon Version of KYPIPE 1 6 NDM 67 J ire A to Opening KY Pipe Demo aaa 68 Pisure 7 19 Opening Example NeWork siriana sro 68 Fisui amp C LExample RpesSysnhisoa acciai 80 Ficure 2 Completed Pipe System Layout arr SI Pee 5 G ase Le Pressure and low allaccio 83 Roue Ce LC a o gt OSS niue 83 Figure C 5 Pipe System Layout for Demonstration Examples 84 Feur C 6 Results labels Case 0 85 ie C 7 COMUOUIS Clare 86 Fiouie o iS ie 6 dSe nanna or 87 7 Page 1 0 INTRODUCTION 1 1 Software Operating Environment The Network Decontamination Model NDM has been developed for use by water utility managers in managing response actions to a potential contamination of their water distribution system The NDM
49. l development is carried out using only these two elements Important definitions are illustrated in the picture below and the following descriptions end node reservoir nternal node intermediate internal node on off valve end node junction Pipe Links Pipe links are uniform sections of pipes same basic properties following any route A pipe link may be comprised of one or more pipe segments A pipe segment is a straight run of pipe with no internal nodes 1 1 1 1 1 1 Nodes Nodes are located at the ends of pipe segments and include all distribution system devices that are modeled Internal nodes are located between two pipe segments End nodes are located at the ends of all pipe links and can connect other pipe links represent a dead end or a connection to a supply Text nodes can be located anywhere on your map and are used for adding information to your map 69 Page End nodes count as nodes used for your model while internal and text nodes do not B 2 Internal Nodes Internal nodes are located between two pipe segments of identical properties The intermediate node is usually a point where a directional change occurs while the other internal nodes valve hydrant in line meter metered connections and check valves are devices or model elements located in a pipe link From the modeling viewpoint internal nodes are essentially passive devices they do not directly affect the calculation althoug
50. l emergency management and operational strategies but also in quantifying the inherent reliability of the system and the cost and economic impact of such events 1 3 NDM Functionality In order to help utility decision makers in managing a contamination event a graphical support tool is needed The functionality included in the NDM was developed based on over 30 years of experience in working with water utilities as well as survey results from representatives of the water industry and the federal and state regulatory community The functionality of the model is summarized as follows 1 One of the unique challenges of developing computer models for small utilities 1s the ability to generate and assemble the required basic network data The Kentucky Infrastructure Authority kia ky gov has assembled extensive GIS data sets for all of the water distribution systems within the state http kia ky gov wris data htm This information includes data on pipelines water tanks water treatment plants water meters and pump stations The NDM model includes functionality to upload such data via a graphical user interface to permit the creation of a schematic of the water distribution system While this functionality will be initially applied to water utilities within Kentucky it should provide a framework for extension of such an approach to other states as well see Figure 1 2 2 In the event that contaminated water in a distribution system must be tre
51. l node and click on Del delete in the Node Information Window Note that this will combine the two connecting pipe segments into one segment eliminating the internal node 5 Delete End Node Select end node and click on Del delete in Node Information Window ek Note that this will also delete ALL the pipe links connecting the node If you do not wish to do this change the intermediate node type to a junction 9 Delete Pipe Link Select pipe and click on Del delete in Pipe Information Window 10 Change Node Direction For directional end nodes pumps loss elements and regulators select node and click on the button shown below in the Node Information Window The symbol in the node icon will change direction You can do this to correct your model or to improve the appearance of the directional node 11 Change Pipe Direction The positive pipe direction for referencing flows etc is from Node I to Node 2 To reverse this click on the button shown below Pipe Information Window It is necessary to ensure pipes with check valves are in the correct direction Reverse 77 Page 12 Change Pipe Link Connection For pipe link connections to directional nodes click the symbol adjacent to the directional node Pipe Information Window You will see the link connection change to the other side of the directional node As you lay out your system using operation 2 intermediate nodes are automati
52. le Case 0 87 Page
53. lling it on your computer are provided in Appendix A In order to insure the maximum potential use of the software a free version of the program is provided with the capability of analyzing a water distribution system with up to 250 pipes In the event a utility has a system with greater than 250 pipes the system may be skeletonized by excluding smaller pipes from the model or by contacting KYPIPE directly for a software upgrade In addition to the associated software the download will also include two example data files for use in explaining the basic functionality of the NDM software These files will include a background map i e CITY Map bmp and a network model for a small water distribution system decon example p2k Both of these files will be used to illustrate the features of the NDM 1n the following chapters 1 5 Applying the Software The basic features of the NDM graphical user interface are provided in Chapter 2 Instructions on how to generate a contamination report are provided in Chapter 3 Chapter 4 contains instructions on highlighting critical infrastructure and information on other advanced features of the NDM GUI Instructions on how to import network data from the Kentucky Infrastructure Authority KIA Database are provided in Chapter 5 Finally instructions on how to export a file generated in NDM for possible application in the full KYPIPE program are provided in Chapter 6 13 Page 2 0 NDM GRAPHICAL USER INTERFACE 2 1 B
54. lso be isolated from the contaminated pipes As a consequence it will be important to identify these isolated pipes as well as the contaminated pipes 6 Once both the contaminated and isolated pipes have been identified the associated volume of water that may have to be decontaminated or replaced could be calculated and displayed Such information would be helpful in evaluating the amount and cost of remediation supplies that would be necessary to decontaminate and remediate the pipe 11 Page File Edit View Labels Contours Cursor notation Facilities management Tools Help F k K YYPipe US gallons min Eq Hw Table Index Node 80 Mode Information Map Settings Del More p Data Copy WA An AA Less m User ria I Wlar leal Ta Am i Rite wey OT I DA Lon LATA n i P MOR e n nde oo a y n V A 11566 Y 4075 Figure 1 4 Network Schematic and Map with Critical Asset Icons 7 The pipe material and age of the pipe may be important in determining the appropriate decontamination strategy for a contaminated set of pipes As a result NDM provides a summary of such material for use by the system operator as well as the Rule Based Decision Support Tool RBDST 8 Once the pipes to be isolated have been identified those hydrants that are connected to and provide access to the contaminated section can also be identified Such information can be used in planning potential decontamination effo
55. m 1s placed Junction J 13 You can see normal demand patterns specified by clicking on Labels Main Menu and selecting Junction Demands and Type To run the analysis click on Analysis Main Menu select Analyze System and make sure that KYPipe is selected before you click Analyze Once the analysis is complete you can click on 84 Page Report to see the tabulated report There are many advantages to viewing the results graphically using several KYPipe2010 features 1 Results Labels Click on Labels Pipe Results and Pipe Result A and repeat for Node Results and Node Results A This will display flow rates in g p m for each pipe and the pressure in p s i for each node for the baseline data Case 0 Figure C 6 shows this display You can use the Results Selector bar at the bottom of the screen to select different parameters for nodes drop down list for N node box and pipes drop down list for P pipe box and look at Cases 1 and 2 using the arrows in the A case time selection box T DEMOREG CP democity Figure C 6 Results Labels Case 0 85 Page 2 Contours Contours are very effective means for showing results Show pressure contours for Case 2 to illustrate this feature Make sure Pres pressure 1s selected in the N box and Case 2 in the A box Results Selector bar Click on Map Settings and Emphasis Contours and select Pressure parameter The contour values should be set at 20 30 40 50 and 60 Click on Show C
56. nts Membr ai tha Lai ZIP 43 7TW opdated 02 23 10 ey ag Mar ipen Record Requests 2pong and Surface Sources EDF 4J JER vielated lO I k A N wents Well Sources Elm Dice updated 02 23 10 Wars Hass Purchase Sources T o i baby qapa ween data htm Mam opdated CUIN 10 Figure 5 3 Access Water Lines File by Clicking on the WRIS tab 46 Page The data provided on this page is a subset layers in the Water Resource Information Sy Authority mus a e S compilation of work performed since mid 199 Name watlin zip Office of the Governor updates through early 2006 Type Compressed zipped Folder 33 2MB From weis ky gov About Us All geospatial data is provided Zipped in ESF Kentucky Single Zone Cooridnate System System visit the link to the right under the Loan Programs WRIS Please note that this data is considered a W v Always ask before opening this type of file 4 made as data becomes available Click Internet Mapping Water Layers Geospatial Data WRIS Portal f Water Lines Water Management ZIP ka 33 2MB Updo 02 25 10 PDF 7 19 9KB Planners Water Tanks 3 Click on Water Lines ADD GIS Staff ZIP 196KB updated 02 25 10 ADD WMP Resources Water Treatment Plants ADD GIS Resources ZIP 43 7KB updated 02 25 10 TENERE Spring and Surface Sources caen ZIP 42 2KB updated 02
57. oft Silverlight V Microsoft SOL Server v Fasspersks Andr nus n perky 6 Fipe2010 2 All Programs F F F tal gt F F T ki F F T o F T tal Figure A 16 Navigate to the All Programs Menu and Click on the Diagnostic Settings tab under the Pipe2010 tab Pipe2000 Debug Utility 1 3 sg sj Old Method Analysis Options Pics OK Cancel C Debug A DebugB Branch Diameters None C Crane C Debug C C Pentair C Dev General ASCII Result File Goflow Only Mode Debug Mode Rural Mode v Decan Versioni Key Drive All default C Keylok C SoftKey Network C Demo C CnS C NWebKey C NWibu C SoftKey C USB Key Note Changes take affect when Pipe2000 is started Figure A 17 Selecting Decon Version of KYPIPE i e NDM 67 Page Map Map Settings System Data Other Data Setup Defauits Report PIPE2010 Horn network version 250 Pipe Demo Version Days Left 88 Network Decomammaton Model 15 pipes 10 pipes 15 pipes 15 pipes 15 pipes 15 pipes c 2010 KvPipe LLC Figure A 18 Opening KYPipe Demo Mane lrifarmalauinn Map Map Settings Hew BN Jede OK Load File Load Current Current File decon example p2k Figure A 19 Opening Example Network 68 Page APPENDIX B HOW TO ADD NEW ELEMENTS TO YOUR NETWORK FILE B 1 Network Elements Pipe distribution systems are constructed using the following two elements 1 Pipe Links 2 Nodes Al
58. on Wizard Extraction Complete Files have been successfully extracted from the ZIP archive Files have been successfully extracted to the following directory 11 Click Finish C kia database watlin To see your extracted files check the box below Show extracted files Press finish to continue lt im i 48 Page Figure 5 9 Click the Finish Button Once Completed Pipe2010 wie Edit View Labels Contours Cursornotation Facilities management Tools Help New Open Save Save as Delete Unnecessary Files Pipe2000 Utilities Print Reload Current File p2k c decon demo shortcourse decon example p2k c decon demo shortcourse deconshortcourse p2k c decon demo shortcoursesdeconshortcourse2 p2k c documents and settings all users documents kypipe docs kypipe 12 Start KYPIPE Decon and Open witha New File Create a new system Figure 5 10 Start the NDM program and using the New File Option Pipe2010 aaa Edit View Labels Contours Cursor New Open Save Save As Delete Unnecessary Files Pipe2000 Utilities mm 13 Click on the File tab and then click on the Pipe2000 Utilitiestab Print Reload Current File Exit Figure 5 11 Access the PIPE2000 Utility Function through the File drop down Menu 49 Page Pipe2000 Utilities Export Excel File Export Arcview File 14
59. ontour then Map top tabs to return to the map The pressure contours should be displayed if not click the Refresh button Figure C 7 shows this display Node Pressure Case 2 CC 20 C 30 EE 40 C 50 Figure C 7 Contours Case 2 86 Page 3 Profiles A profile plot showing the pipeline profile and head profiles provides a very useful tool To display this click the Group button and select a starting node J 13 upper center dead end and an ending node the clear well reservoir Next click Analyze Main Menu and Profile and Create Profile from Leftmost Selected Node The profile shown in Figure B 8 will be displayed The envelope of heads for the three cases will be displayed if Show Envelope is selected Select Time Case A and Time Case B and the profiles for the cases selected in A and B Results Selector bar will be displayed You can provide an Upper or Lower Head Limit to see if your heads exceed the limits CR IT ST 2000 4000 6000 ann 10E 4 E EE Distance SSE a ai SN i ETE ST a ST ISS ICS SETS COP USED UC GTS GTEC RCTS SERRE BERESE 7 ShowEnvelope IUHPHPHPHIHHUHHHBEHHHIPHEHHHPEEHTDHD Et UERARERERERERERERERERERERERREERHRBARREERRRERRRERERSRRREERRERERERUREREREERERAREHHAREREERREURRAURRAUERERERERHERAREREREREESRERERERRRERNRRENR m m mua mu mu m mu mu mu mu mu mu mauu mum mu mu rre mu mu mu mu mu mu munaa Figure C 8 Profi
60. ossible only if an option to utilize common properties is accepted Nam 1 Junction A connection of one dead end junction or more pipe links 2 Reservoir A connection of one or more pipe links to a constant level reservoir During a simulation the reservoir level remains constant unless data is provided to change its value 3 Tank A connection of one or more pipe links to a variable level storage node For EPS extended period simulations level changes are calculated 72 Page 4 Variable Pressure Supply A connection of one or more pipe links to a supply where the supply pressure depends on the supply flow and is determined by using pressure flow data provided A 5 Sprinkler Pressure Dependent Outflow A connection of one or more pipe links to a point where flow 1s discharged based on the pressure in the distribution system The characteristics of a connecting pipe may be defined length diameter elevation change This device can model a leak or a pressure sensitive demand 6 Pumps Directional A connection of one or more pipe links to a pump The pump direction must be set and pipe links connected to the appropriate sides 73 Page Let 7 Loss Element Directional An element identical to a pump except instead of a head gain a head loss occurs NE Lass Element Head Flow Ef Elevation 400 Qui oo m co oc 8 i oo oo co co oc oc 8 Regulator
61. p exe 96 2032 E32AM Application 88112K8 de Dropbox Recent Places 3 Libraries all Books 3 Documents a Music ims Pictures E Videos 8 Homegroup mM Computer amp osc WD FreeAgent Drive E tc FantomHD t New Volume L STORE N GO M Sha Network Application Size 86 0 MB CQ Setup exe Date modified 9 6 2011 8 32 AM Date created 9 6 2011 8 32 AM Figure A 3 Now double click on the Setup exe file and respond to the series of screens shown in Figures A 9 to A 15 58 Page After the setup has completed run Diagnostic Settings from the Pipe2010 folder 1n the Start Menu see Figure A 4 In the Diagnostic Setup make sure Decon Version is checked and click OK see Figure A 5 Since this is a licensed version run PIPE2010 instead of Pipe2010 Demo see Figure A 6 E lan Ormsbee Linde RS Ej Auslogics i CCEL Desktop Internet m Intemest E plon m Del gr E mail Ej Dell Accessories H Tnt f rp E a e DocR pair Show Desktop Perey ce x Recycle Ein ET Google Chrome ET Google Earth Microsoft Office wired EF Kaspersky Antivirus 2010 ET Meeting Center Microsoft Office Foa ee 2007 k Adobe Acrobat 8 Professional 3 Microsoft Lyne c Microsoft Office m Plicrosoft Office Live Hiesting 2007 ET Microsoft Siverkght ET Microsoft SOL Server f NeuraSort3_0 3 Frezoce Ga Fipe2010 i F Microsoft Office Exes Fa Kas
62. persky Anl uus F Fipe 2010 2 n x F P F w F Gel Resourced gt desktop ini Internet Explorer WW MON Explorer fg Outlook Express a Diagnostic Settings E International Decimal Setting ep irk ed Pipe2000 Version Checker B o v Bg ooo ve E Pipezoos E Pipezo06 Pipe2010 Pipe2010 Demo a Remote Lipdate Uninstall Pipe2010 i Pos2006 D EPASurge 2 Examole Data Folder 2 Program Data Folder Figure A 4 Navigate to the All Programs Menu and Click on the Diagnostic Settings tab under the Pipe2010 tab 59 Page Pipe2000 Debug Utility 1 3 Old Method Analysis Options None C Debug A C Debug B C Debug C General l ASCII Result File Debug Mode Key Drive f All default C Keylok Softkey Network C Demo C Cns C WebKey E C NWibu C SoftKey C USB Key Note Changes take affect when Pipe2000 is started Goflow Only Mode Rural Mode Ci Deco Versioni Bo Branch Diameters None C Crane C Pentair Dev 3 Input the name of the USB port thatcontains the Flash Drive e g E Figure A 5 Set the options for the NDM Program 60 Page j Nero di Pipe2010 Diagnostic Settings EPASurge Examples Data Folder International Decimal Setting S Map Link Network Decontamination Pipe2000 Version Checker HB Pipe2000_v2 IA Pipe2000_v2Big Pipe2006 _ Pipe2008 C
63. rmation Map Settings Dei More gr Data Cory A Aal A Less qu std text w e Edit Node Set Set Selection Status e ANN M pn m VAN sA SD ET 22 US 25 i i Value s p zu Item to Edit Operation New Value Y Value Proceed 3801 9259 Figure 3 1 Select Contaminated Area by a Polygon 26 Page 2 polygon 7 a Ea File Edit View Labels Contours Cursornotation Facilities management Tools Help Fi KYPipe US gallons min Eq HW Map Settings rex k m ma Edit Node Set Set Selection a a E Value s C On cor no x D 7 x Alear yaf Foe Item to Edit b Operation New Value Y Proceed 4 ed a Ddvwrlowri 3801 9567 Figure 3 2 Contaminated Area of Network Graphically Identified Once the contamination area has been selected the user can obtain a contamination report from the Facilities management menu by selecting Contamination Report Figure 3 3 shows the contamination report obtained from the example The following items are contained in the report from top to bottom l File name of the network 2 Date that the analysis was performed 3 Volume of water contained in the contaminated pipes 4 Number of customers within contaminated area and their associated usage demand gt List of hydrants that are in the contaminated region 6 Name and elevation of the lowest hydrant in the contaminated area for us
64. roduc DILE IE dI KYPIPE F I P E 2 0410 Abit Pipe 20140 Free Tech Suppor Meet Dr Wood Met Dr Lingiracdedy Producd Cena E B B E Deanmicad Dema of Vara bhem Li pedals Take ese lan zs ons a Pipe gt 010 New Feahwes e 61 Page BYP ips has been developing pepe network analysis software for over 35 years Ihe sophisticated analysis algonthms used io analyze Stoady State Surge Gan and Sipam systiers have been perfected by our leading expers in this field One common user interlace Pipe 2006 PipszD 0B8 F pez010 links al these calculation models Chit Pipe 2000 guste of hycdemulic analysis softvemre Water hammer or transiens analysis soltware and compressible gas analysis software is an inbemiational industry standard Conal E regir Sth prolessors Or Don J Wicd and Dr Srini Lingiteddy devslopad the Pipe2010 generatian using imput rom users like you Vie make every effori to incorporate user iipmeani process using the Pigs p DDD suite of modals Lor uou comeniatte in adektian to aur U S based offices we have represantalvea and dali ah KYPIPE Figure A 7 Downloading KYPipe Demo SHIGE and requests ie wrehoome Your caomsbinuesd mipul inta the salvie i ical support for our software is free Ors Wood and Lingireddy are also part of a tes JOO technical Supponi team Unlike many of our compettors technscal support Tar au additional cost You may contact any one of a number of software d
65. rts e g hydrant flushing For example if the system should be flushed can the upstream part of the system be used or does the system need to be isolated and the flushing water pumped through a hydrant If so which hydrant 9 As a result of closing valves additional pipes may also become isolated and or the pressures at different parts of the system may be adversely impacted By coupling a decision support system with a water distribution model the model can be used to evaluate the impacts of such closures and alert system operators about potential operational problems By performing off line analyses of the system for different closure scenarios it is possible that such problems can be avoided by taking 12 Page actions to increase the number of valves in the system or by providing pressure augmentation through the construction of new booster pumps or new parallel lines While some of this functionality can be accomplished by simply using a graphical representation of the water distribution system functionality to fully address all the needs described above would require the utilization of some type of underlying hydraulic and water quality model Thus a final proposed functionality of the proposed NDM would be the ability to upload the assembled data into a fully functional water distribution system model e g PIPE2010 by KYPIPE LLC 1 4 Downloading the Software from the Internet Instructions for downloading the NDM software and insta
66. s done by clicking on the File and then Open tabs BIG Open an existing file Figure 5 18 Opening the created data file ls Help ontours Cursor notation Facilities managemen cubic feet sec Map Settings Open File File Name GA gt kia database Show Demo Files len Figure 5 19 Navigating and Selecting to the created data file ADAIRVILLE WATER WORKS p2k Directory C kia database watlin eme ces 21 Once the Open File Steam menu pops up you swm should navigate to the coro folderwhere you saved C User Fied thenew file Next Examples highlightthe file and then click on the OK button File Type ADAIRVILLE WATER WORKS p2k PARIS WATER RKS p2k Pipez000 Files v e Pipe2010 adairville water works File Edit View Labels Contours Cursor notation Facilities management Tools Help n KYPipe US gallons min Eq HW Map Settings 22 Once the Map View appears clickon Z all to make thesystem visible LE Node Information Del More Data Copy On Less AI User thesystem map appears you will need to edit the pipes and nodes toadd additional information e g tanks pumps etc Figure 5 20 Displaying and Editing the created data file 54 Page 6 0 Exporting Data to KYPIPE While the NDM has been developed to suppor
67. side field and type School Figure 4 1 Locating Critical Users Infrastructure with a Node Point 38 Page Figure 4 2 illustrates the next three steps 4 Within the Node Information area click Load under the Node Image menu 5 A file dialog box will appear in which an image named school can be found by using the scroll bar Select this image and click Open 6 After clicking open the dialog box will disappear and the selected image will be shown under the Node Image menu Go to Settings fde fdt View Labels Contours Cursornotabon Facite management Tool Help KYPipe US gallonimin Eq HW Table Index 8 Node85 5 Scroll to find the iconnamed school select it and then click Open 11535 6379 OD 8777 Figure 4 2 Selecting the Critical Infrastructure Icon Image 39 Page Figure 4 3 illustrates the next three steps 7 Select the Colors Sizes Tab Enter the desired node image size for this example enter 24 Figure 4 4 shows the relative size for different node image sizes 9 Return to Map View Acia Sizes Backgrounds Grids Labels Emphasis Contours Legend Preferences Closed P Node Extenor Color x Node Intenor Color Color f Closed Pipe Dashed x Pipe Size 3 2 Junction Size 2 J Node Size 2 H Selected tem Color Node Image Sua can not exceed 500 24 Background Color Note Individual node types may be hidden ung View on the Main Menu 8
68. t decontamination activities associated with a contaminated network some analyses will require the use of a full hydraulic water quality network analysis program e g KYPIPE EPANET etc As the result of closing different valves additional pipes may also become isolated and or the pressures at different parts of the system may be adversely impacted By coupling a decision support system with a water distribution model the model can then be used to evaluate the impacts of such closures and alert system operators about potential operational problems By performing off line analyses of the system for different closure scenarios it 1s possible that such problems can be avoided by taking actions to increase the number of valves in the system or by providing pressure augmentation through the construction of new booster pumps or new parallel lines While some of this functionality can be accomplished by simply using a graphical representation of the water distribution system functionality to fully address all the needs described above would require the utilization of some type of underlying hydraulic and water quality model In order to be able to perform such analyses NDM has been developed to permit the exporting of any network file created in NDM either from scratch or by using data imported from the KIA database for subsequent use by KYPIPE see Figures 6 1 6 3 Once loaded into KYPIPE the file can then be subsequently exported using additional
69. tem and a graphical user interface that would allow the user to click on a pipe or group of pipes so that the software could then highlight the valves necessary to isolate the pipe along with the additional pipes that would be affected by such a closure This information could be displayed visually or summarized in a table that could be downloaded or printed and would provide a list of the valves necessary to isolate that section of the system Such information could also be readily uplinked to the utilities maintenance and operations system for use in alerting and dispatching personnel to close the lines Ideally such valves could be incorporated 10 Page into the utility s Supervisory Control and Data Acquisition SCADA system for remote access and control File Edit View Labels Contours Cursor notation Facilities management Tools Help KYPipe US gallons min Eq Hw Table Index H Node 83 Node Information Map Settings Del wore p gt Data Less User w ac xs I n w ws e n j a Mluelislyp Ita LU s r es WM n oM XIX ie CA n MAT Tn Device Help Figure 1 3 NDM GUI with Network Schematic Super imposed on Background Map 5 In the event that part of the system has to be isolated due to a contamination event it should be recognized that some of the pipes in this isolated system may not be contaminated However they still may be cut off from the rest of the system Obviously these pipes should a
70. unctional water distribution network analysis software 1 e KYPIPE 8 Page 1 2 Background Part of the complexity in addressing spatial issues related to potential contamination arises from the way in which water distribution systems are designed and operated Municipal water distribution systems contain numerous individual pipes that are connected together with pipe fittings similar to the plumbing in a house However in the event that a contamination occurs operators cannot simply identify the affected pipe and close it For economic reasons pipe valves for use in isolating a pipe are typically not placed in each individual pipe but are instead strategically placed at various critical points across the system Thus if contamination occurs in a particular pipe several valves may need to be closed to isolate that one pipe In doing so several pipes including those that may not be affected will also be closed Secondly while the closure of one pipe may or may not prevent the ability of the distribution system to deliver water to the rest of the system the closure of many pipes increases the probability of such an impact Even if the system 1s physically able to continue to transport water to the rest of the system it is unlikely that it will be able to do so with delivery pressures sufficient to meet normal demands let alone demands associated with fire protection Such information 1s critical not only in developing and evaluating potentia
71. up menu Such as QSI for Quick Start example 1 Step 3 Analyze System and Review Results Note Decon users will not be able to analyze their system In order to do this they will need to go into the Diagnostics and uncheck Decon Then run PIPE2010 in the Demo mode The current Demo mode is only configured for a network with 50 pipes To analyze a system larger than this the user will need to contact KYPIPE to purchase the regular KYPIPE software for analyzing a larger system a check data and run analysis Click Analyze Main menu and select Error Check If errors are flagged correct these If the message No Errors appears proceed Click Analyze Main Menu and select Analyze System and click Analyze on the popup menu to accept the defaults Analyze with KYPipe Use Current Year b review results The results can be reviewed on the schematic using Results Labels or by looking at the tabulated output Click on Output Main tabs and scroll through the tabulated summary of data and results If the Page Up and Page Down keys don t work click anywhere on the screen to activate them Click on Maps Main tabs to go back to your system graphical display Click on Labels Main menu and select Pipe Results Pipe Result A and Node Results Node Result A to show the results depicted in the Results Selection bar on the bottom right of the screen You can click on the P selector to change the pipe results to Flow for example and the N
72. ur SoSe tO Emach Zipped FUS srei iaia 47 Lieure 7 Proceed withithe Eile EXtractioh ica 47 Figure 5 8 Specify the Folder to put the Unzipped Files aan ua ai n w aa 48 Figure 5 9 Click the Finish Button Once Completed 48 Figure 5 10 Start the NDM program and using the New File Option 49 Figure 5 11 Access the PIPE2000 Utility Function through the File drop down Menu 49 Figure 5 12 Now Click on the Import KIA Database Button 50 Figure 5 13 Set the Program Import Options and then click on Start 50 Figure 5 14 Select the File that you want to import into NDM 51 5 Page Figure 5 15 The following menu will appear as the program processes the KIA database files 51 Figure 5 16 The Program will download all the KIA Database Files 52 Figure 5 17 The following menu will be displayed as the program processes the files 32 Fisure 5 16 Openmesthe created il uyum Dama ala e eC uk 53 Figure 5 19 Navigating and Selecting to the created data file 53 Figure 5 20 Displaying and Editing the created data He 54 Figure 6 1 Exporting a Network File Developed in N
73. uted the program defaults to the map view By clicking on the Settings button the user may also switch to the Settings Menu which provides additional options for controlling the features of the map view One of the options in the Settings Menu allows the user to upload a background map To load a background map 1 click on the Settings tab as shown in Figure 2 7 1025 8148 Figure 2 7 Going to Settings Menu from Map View 19 Page Once in the Settings Menu 2 select the Backgrounds tab and then 3 click the Add Map button These steps are illustrated in Figure 2 8 Colors Sizes Backgrounds Grids Labels Emphasis Contours Legend Preferences AddMap Add Deyo Map Remove Map Scale Background to Pipes Move Sellted Map To Top oN is Properties Scale Pipes to Background Zoom to Selected Map Zoom to All Maps Zoom to Maps and Pipes Start Maplink Ut ty Xsh amp 2170383883 Ysha 338810380 Scale Factor 7 0625024 R Show Text on DXF and DWG maps slower Figure 2 8 Settings Menu Adding a Background Map 20 Page After this 1s done the program will transfer back to the Map View and a popup dialog box will appear that will allow the user to navigate to a specific folder which contains a background map The example map that comes with the program installation 1s called CITY Map bmp 4 Scroll down the dialog box window until you locate and select the file CITY Map and t
74. your computer Click Install to continue with the installation or click Back if you want to review or change any settings User information Research IS LK Destination location C Program Files PIPEYPipez 10 Start Menu Folder Pipe2010 instal Figure A 14 Click on the Install button to begin the program installation process 65 Page Completing the Pipe2010 Setup Wizard Setup has Finished installing Pipez 10 on your computer The application may be launched by selecting the installed icons Click Finish to exit Setup Figure A 15 You will see this menu with the installation is complete Click on the Finish button to exist the Setup 66 Page startup 3 wibucer r D Acrobat Distile 8 a F Set Program Access and Del sts Z Sdobe Acrobat 8 Professional Hp Corpu MS W Window Catalog o adobe LiveCycle Designer 8 0 d Windows Update EB Adobe Reader 9 De Resourcecp 4 desktop ini M Intemet Explorer WW FN Explorer M Outlook Express 3 Accessories Ormsbee Linde D ob Internet Irena Explorer her E mail Microsoft Office Oud Show Desktop ed Diagnostic Settings E International Decimal Setting Map Link Ed Fipe2000 Version Checker i Recycle Bin Microsoft Office Wo m Kaspersky Bniti winus 2010 me m E Meeting Center la oo e Microsoft Lyre Microsoft Offic Adobe Acrobat 8 Ms I Professional EJ Microsoft Office Live Meeting 2007 xe Mizrozolt Olice Eses a Micros

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