DST Users` Manual
Contents
1. If you alter the numbers in this form the results of calculations for islands and processes will be affected e The base year is used as the beginning year for predictions of waste stream quantities island e The fuel consumption values are used to calculate the quantity g tn of the environmental parameters in the process To change a value click using your mouse on the relevant field and type the new value To save the data press the Save button To close the form press the Close button If you made changes to the values and you press the Close button without pressing the Save button the following message appears Discard Modifications Confirmation A Are you sure you want to discard all current modifications Yes Press Yes to discard all modifications Press No to return to the form Page 35 Countries The Countries form display the list of existing countries Countries x il Save J Close Ld H4 France Malta Country Name esocesurcuesersurcersevsuscersevsesserusvseusersevsessonrevseevsevausersuereueeessereseesusrueseerseuueusevUeuUGUSENSeUeGUsGUUaUCGeuOUTGeUGUNGEFUeUGENGOUUSEDSUDOSUSVISUDOUSOUFENGEUUOENOUSUEUGEVEUEGESGELOESUOFUETOESUSFOSTOESSONDEVUEESEIDEVOGEVENTEFUEUEONTONG Greece Record 1of4 gt m v XxX If you want to add a new country Double click inside the last blank row of the grid where a small star is shown The star2. 7 Greece Syros 19 816 0 33000 0 16650 0 00000 49 254 0 50000 0 00800 0 00000 amp ORS France Martinique i 400 000 0 2800 0 05130 0 01700 480 000 0 00000 0 05130 0 00000 gt Cyprus Cyprus f 78 684 3 00000 0 08760 0 01950 3 795 326 1 00000 0 00260 0 00000 Aja eas France Reunion 804 000 1 03000 0 05000 0 02000 400 000 0 00000 0 05000 0 00000 Parameters A System Parameters Countries Environmental Parameters 608 By Waste Stream Types A Waste Streams M 4 Record3of4 gt MI 4 With the contribution of the LIFE financial instrument of the European Community Copyright 2011 REPT LIFE 07 ENV CY 000081 All rights reserved If you want to filter the list of islands e Type the filter criteria in the blank cells under the grid labels While typing the list of islands is constantly changing to display the islands that fulfill the criteria e Press the Close x button at the bottom of the grid to clear the filter criteria If you want to add a new island press the Add button at the top of the data area For details please refer to the Add a new island chapter If you want to edit an existing island select it from the list of islands and press the Edit button at the top of the data area For details please refer to the Edit an existing island chapter If you want to delete an island select it from the list of islands and press the Delete button at the top of the data area In case t
3. WEEE Decision Support Tool Environmental Policy Support Tool for Recycling in Islands kilowatt hour ton Material Recycling Facility Packaging and Packaging Waste Waste Electrical and Electronic Equipment Page 2 REPT DST Decision Support Tool for Recycling in Islands Overview This Decision Support Tool DST for waste management was developed during the development of the project Environmental Policy Support Tool for Recycling in Islands REPT The project is co funded by the EC through the LIFE Environmental Policy and Governance program The DST is developed to provide national and local authorities as well as private organizations with a tool able to assist decision making in waste management related activities The tool allows for the assessment of both financial and environmental factors thus assisting the user to identify the most environmentally friendly waste management options As part of a greater project focused on recycling in islands the DST was developed having in mind its application in state islands and countries that include islands However its application is not limited to use by any country or local authority or even private organizations and individual users The DST is provided with a database that includes example applications of the Green Dot Organizations of the four countries participating in this effort Cyprus Malta Greece and France and data relevant to the waste management of Wa
4. Choose the waste stream type from the list and press the Tab button in the keyboard Type the name of the new waste stream While typing press the Esc button in the keyboard to clear the data typed Press the tab button in your keyboard to choose the next field Continue the same way to enter data in all cells of the row Press the Save button to save your changes Press the Close button to discard your changes If you want to edit the data of a waste stream Double click inside any cell of the relevant row The star turns into a pencil and the field data are highlighted Edit the data While typing press the Esc button in the keyboard to keep the original data Press the Tab button in the keyboard Press the Save button to save your changes Press the Close button to discard your changes If you want to delete a waste stream Page 42 e Select a waste stream by clicking on the relevant row A small arrow appears at the left side of the grid e Press the minus symbol at the bottom of the grid e Incase this waste stream is involved in processes or scenarios the application will not let you delete it You must first delete all processes and scenarios where this waste stream is involved e Press the Save button to save your changes e Press the Close button to discard your changes If you want to sort the list of waste streams e Press anyone of the labels A small up down arrow ap
5. If you want to print a report for a selected scenario e Select a scenario from the list of scenarios e Press the Print button at the top of the data area e Select a report e For details on reports please refer to the Reports chapter Page 16 Add a new scenario If you want to add a new scenario click the button Add on top of the data area The following form is displayed D Scenario x i Save Gj Close Scenario Country Island Name Description Stream Type Comments Waste Streams Waste Stream M 4 RecordOQofO gt x Processes Sequence Process Input Waste Cost ton M 4 RecordQofO0 gt i xX Enter the following data e Country Select a country from the list of countries by clicking the arrow at the right side of the country field and then press the Tab button on your keyboard If the country does not exist in the list you must first add the country in that case please refer to the relevant chapter of the manual Countries e Island Select an island from the list of islands by clicking the arrow at the right side of the island field and then press the Tab button on your keyboard If the island does not exist in the list you must first add the island in that case please refer to the relevant chapter of the manual Islands e Name Type the name of the scenario and then press the Tab button on your keyboard e Description Type th
6. Ria Islands C Parameters a System Parameters Countries Environmental Parameters H Waste Stream Types 9 Waste Streams K3 Bring system collection for Glass Bring system collection for PMD SYROS Bring system collection of Glass SYROS Bring system collection of paper SYROS Curbside collection Disposal of Residue SYROS Disposal of residues from sorting Export of cardboard to Indonesia for recyding by ship Export of glass to South Africa for recyding by ship Export of metals to Vietnam by ship Export paper materials Kerbside collection lightweight packaging Recyding of glass Sale SYROS Sorting glass Sorting of lightweight packaging Sorting PMD SYROS Transhipment of glass for SYROS Transhipment of paper SYROS 4 Recordiof22 gt Bring system collection disposal of materials Collection of Glass bring system in single stream Bring system collection of PMD in single stream Collection of glass in single stream Bring system collection of paper in single stream Collection of PPW from curbside in single stream Disposal of residue after the sorting of the P landfill of residues after sorting process Ship transportation of cardboard to Indonesia ship transportation of glass to Cape Town So Ship transportation of metals to Vietnam Export paper materials Kerbside collection of lightweight packaging in Use of glass waste for the production of new Sale of paper glas
7. indudes metals plastic bottles and Ship transportation of cardboard to In ship transportation of glass to Cape To Ship transportation of metals to Vietnam landfill of residues after sorting process Collection of glass in single stream Bring system collection of paper in singl Bring system collection of PMD in single Transhipment of paper from SYROS to Transhipment of glass from SYROS to Transhipment of PMD from SYROS to A Manual and automated sorting of PMD The capacity refers to 1 shift of the sorting facility Disposal of residue after the sorting of Sale SYROS Sale of paper glass PMD Collection HOOK Collection of TVs MONITORS through We have purchased 40 hooks 6 000 Euros each and th Sorting TVs Monintors Sorting TVs Monitors Treatment TVs Monitors Treatment TVs Monitors Collection Paper kerbside Nicosia For the kerbside collection of the pape For the kerbside collection of the paper a brown plastic b _ M 4 Record iof23 gt If you want to sort the list of processes e Press any of the grid labels Process Description or Comments A small up down arrow appears at the right side of the selected label e The list of processes is displayed in ascending descending order REPT Decision Support Tool for Recycling in Islands m ER File Help BY os Processes aAdd Edit Delete B Repaci Process Description Comments Ww Scenarios A Processes
8. involves the sorting of waste in a sorting facility or a Material Recovery facility MRF Sorting may involve separation of specific waste streams i e glass paper metal from a mixed stream of waste or the separation of a single waste stream into different grates and the removal of contaminants One example would be the mechanical color sorting of waste glass and the removal of ceramic or metallic contaminants e Treatment is any process that changes the characteristics of a waste to make it less of an environmental threat Each process type may include as many processes as the user defines The main processes for each process type i e for PPW management are presented in the diagrams below Page 5 Collection Transport Door to Door Use of collection trucks to collect waste Collection single door to door in a single stream i e paper 8 stream plastic metal glass in a single bag Door to Door Use of collection trucks to collect waste door Collection to door in multible streams i e paper plastic multistream metal glass in different bags Collection from Use of private Use of collection vehicles to trasport trucks to collect Bins waste to bins waste from bins Compination of a of waste is a of waste is Door to Door and collected door to collected by bins Bin collection door Transport of waste Trasnport of NaN ECs Export of waste W waste to aste to sorting facilities waste to Landfill une eae to trea
9. on current 2010 cost of the Contractor Sales refered to the mean sale prices achieved by the Contractor from the sale of the recovered materials in 2010 Waste Streams Glass Plastic Residue M 4 Recordiof7 gt mM asx Processes J Sequence yan Process Input Waste Cost ton al gt 1 Bring system collection of paper SYROS 21 80 39 00 2 Transhipment of paper SYROS 21 80 50 00 3 Sale SYROS 21 80 100 59 M 4 Recordiof3 gt M vx Edit the relevant data you want to change Change of Stream Type You cannot change the stream type without first deleting all the waste streams in the scenario In case you try to change the stream type in a scenario that contains waste streams the following message will be displayed Change of Stream Type x N The selected Stream Type cannot be changed wy Please delete first the Waste Streams and try again If you want to delete a process Page 19 e Select a process by clicking on the relevant row A small arrow appears at the left side of the grid e Press the minus symbol at the bottom of the grid e Press the Save button to save your changes e Press the Close button to discard your changes If you want to delete a waste stream e Select a waste stream by clicking on the relevant row A small arrow appears at the left side of the grid e Press the minus symbol at the b
10. turns into a pencil and the cursor blinks in the beginning of the row Type the name of the new country While typing press the Esc button in the keyboard to clear the data typed Press the Enter or Tab button in the keyboard Press the Save button to save your changes Press the Close button to discard your changes If you want to edit the name of a country Double click inside the row of the grid The star turns into a pencil and the country name is highlighted Edit the name of the country While typing press the Esc button in the keyboard to keep the original name Press the Enter or Tab button in the keyboard Press the Save button to save your changes Press the Close button to discard your changes If you want to delete a country Page 36 e Select a country by clicking on the relevant row A small arrow appears at the left side of the grid e Press the minus symbol at the bottom of the grid e Incase this country has scenarios the application will not let you delete it You must first delete all scenarios of the country e Press the Save button to save your changes e Press the Close button to discard your changes If you want to sort the list of countries e Press the label Country Name A small up down arrow appears e The list of countries is displayed in ascending descending order If you want to filter the list of countries e Double click inside the blank row o
11. 2006 IPCC Guidelines for National Greenhouse Gas Inventories Vol 2 2 Ecoinvent report N14 p104 emission indices for diesel locomotives Table 6 9 Ship 2577 96 5 01 5859 EcoinventreportNi4p t75_ Sorting processes require as input data the Energy Consumption of the sorting facility in kWh tn of waste sorted A field for the capacity of the sorting facility tons sorted per year is also available in order to give an idea of the sorting facility under assessment The latter figure IS NOT included in the calculations and serves only an informative purpose Page 45 Type of sorting Energy consumption Data Source facility kWh tn PPW 20 00 kWh tn Actual sorting facility energy consumption in Cyprus and bibliographical sources for a 12000t year facility WEEE kWh tn R Hischier et al 2005 The main environmental impact associated with sorting facilities is the consumption energy the production of residue waste is considered as a different process in the DST The consumption of electricity is related to atmospheric emissions of the following main pollutants Type of sorting Environmental Parameter Data Source facility Emission Rates g kWh Estimated based on figures from PPW 830 23 1 73 6 11 the Statistics and prospects for the European electricity sector 1980 2000 2004 2005 2006 2010 2030 WEEE 830 23 173 6 11 EURPROG 2008 Page 46
12. 2019 200 2 01 2023 2024 2025 20 TAMMO ROECUEOS ISE1OROO ISOIIMOO PEONO MAIORO MIAMO ITALOS MENLO IMEOOE SOINA SOTAA HONE AULE ATTIE lt ETEC EETERT amm ames smoms smsa smesse accima aceiee ditame atsoa digan dmim ameet amna amzise aaan sa anana amii OMSET ELAASE MIAE POMM ULA MIA STAID SOMME SEIMIS OLLI MEAS IENA NUOLEE NIAS l onean emar amawas sass Assas SEiopoT SESE OREN I7SRI 1819049 TERTURT SEUSS INEO SURAE MORI PMAN IIMS 296745 Zasseas Geeta asasoss sezsa men pon Saat man Sous Wk ARMOR sasono pecena atom apika grame maaus ssam ammas acca saamat 2O smem Emio Emu Eesm mro eis Tma pas rra tses amsn sota asme simmar sass smes soomes asam sman zmeu woso zsrs 207s asso azs aiar aser7e apam arsos ass assos amaw anrs asss Magas sasasi ee er nee 4 asss smesa sostas noras smsos zosece imn soen ma mu wen aw a ma n na nme w aas a oa wn dasse aas ssas omon senas SSDEZE TRG SIES mee NS MDE 3 ORSA JAMGSO TAE MEMS SESE MINAS MOE MIUT DISI WM NHI MH MESME TESTERS SECIE ISITI RIMAS 174985 Masse IBOS IMSAT SOMAN FONA LAPIE ROMIE FETIS FLORIS OMIS MINIS 2860 Please refer to the relevant chapter of the manual for the explanation of this form s interface Reports Page 34 System Parameters The System Parameters form display the global parameters that are unique for all islands and countries System Parameters x ipl Save GJ Close Year Base Year Fuel Consumption L km Private Car 0 10 Truck 0 30 Train 0 00 Ship 280 00
13. 5000 2 02 Sulphur dioxide 1 23000 1 15 Ammonia 3 56000 3 34 M 4 Recordiof4 gt w asx Edit the relevant data you want to change If you want to delete an environmental parameter e Select an environmental parameter by clicking on the relevant row A small arrow appears at the left side of the grid e Press the minus symbol at the bottom of the grid e Press the Save button to save your changes e Press the Close button to discard your changes Page 26 Islands This is the part of the tool where waste quantities and future projections of produced waste are calculated Waste production in islands involves mainly waste produced by the local residences and the tourist population visiting the island The calculations are based on the per capita waste production of both populations The waste quantities are used in the financial cost and environmental cost assessment carried out in the DST The data area of the Islands displays the list of available islands REPT Decision Support Tool for Recycling in Islands File Help P ost _ Islands Add J Edit Delete Reports E R Country Island Scenarios gt Cyprus Cyprus France Reunion tn Islands Greece Syros Cc Parameters Q System Parameters Countries Environmental Parameters E j Waste Stream Types A Waste Streams W 4 Recordiof4 gt mI 4 Copyright 2011 REPT LIFE 07 ENV CY 000081 All rights reserved If you want to
14. 61 65 1 466 73 1 471 83 1 476 95 1 482 09 1 487 25 1 492 42 1 497 62 1 502 83 1 508 06 1 513 31 1 518 58 1 523 87 1 529 17 1 534 50 1 9 Residue 8 939 15 8 970 25 9 001 47 9 032 81 9 064 25 9 095 80 9 127 47 9 159 25 9 191 14 9 223 15 9 255 27 9 287 50 9 319 85 9 352 32 9 384 90 9 417 60 9 4 Drink cartons 146 05 146 56 147 07 147 58 148 10 148 61 149 13 149 65 150 17 150 69 151 22 151 74 152 27 152 80 153 33 153 87 Printed paper 1 331 21 1 335 85 1 340 49 1 345 16 1 349 84 1 354 54 1 359 26 1 363 99 1 368 74 1 373 50 1 378 29 1 383 09 1 387 90 1 392 74 1 397 59 1 402 46 1 4 The first column of the grid contains the following fields e Population e Tourist e Total PPW Packaging Waste e Total WEEE e Allthe waste streams that were defined in the relevant grid of the island form For all these fields the projected data for 20 years are displayed in 20 columns You may scroll the form using the scroll bar at the bottom of the form The data for PPW WEEE and waste streams refer to quantities in tons You may clear all calculations by pressing the Clear button on the form To recalculate press the Recalculate button on the form To print the calculations press the Print button on the form The following form is displayed Page 33 File View Background HSM FGHR QANA A 4 4 gt PaO Island Yearly Calculations Country Cyprus Island Cyprus 2007 2008 200 2010 20m 2012 2013 2014 2015 2016 2017 2018
15. Below you will find an overview of the application s main components Before beginning your work within REPT DST take a few minutes to get familiar with them A Menu bar 2 REPT Decision Support Tool for Recycling in Islands wa o x Reports E Print Data area Reports Available Reports Report Parameters cenario Description and Details Country Island Stream Type Scenario Scenarios huantities per waste stream and process type ost per waste stream and process type Processes ergy consumption for sorting processes gt Cyprus Cyprus Bring system collection Glass Limassol nergy consumption production saving for treatment processes Bay issions per waste stream and process F SP Blends PETERA Greece Syros Bring system collection paper glass PMD Parameters X France Reunion Bring site collection glass door to door System Parameters Countries Environmental Parameters B Waste Stream Types 6 Waste Sig Selection area W 4 Record 1of3 gt W With the contribution of the LIFE financial instrument of the European Community Copyright 2011 REPT LIFE 07 ENV CY 000081 All rights reserved Page 8 Menu bar The Menu bar contains 2 items 1 File 2 Help Choose File gt Exit in order to exit the application Choose File gt About in order to see the about screen Choose File gt User manual in order to load this guide Page 9 Selection area Click on one of the 9 a
16. Close button to discard your changes Page 32 Calculations for the island The population data the tourist data and the yearly production per capita data are used to make the projection of the total population of the island and the quantities of the waste streams for 20 years a Island Calculations J o ji x H Recalculate GJ Print Clear Uj Close Description 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 a 3 19 816 00 19 881 00 19 947 00 20 013 00 20 079 00 20 145 00 20 211 00 20 278 00 20 345 00 20 412 00 20 479 00 20 547 00 20 615 00 20 683 00 20 751 00 20 819 00 20 8 Tourist 49 254 00 49 500 00 49 747 00 49 996 00 50 246 00 50 497 00 50 749 00 51 003 00 51 258 00 51 514 00 51 772 00 52 031 00 52 291 00 52 552 00 52 815 00 53 079 00 53 3 TotalPw 3 693 40 3 706 19 3 719 15 3 732 13 3 745 12 3 758 12 3 771 12 3 784 31 3 797 51 3 810 71 3 823 93 3 837 32 3 850 73 3 864 14 3 877 56 3 891 00 3 9 TotalWEEE 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 Paper 1 331 80 1 336 43 1 341 09 1 345 76 1 350 45 1 355 15 1 359 87 1 364 61 1 369 36 1 374 14 1 378 92 1 383 73 1 388 55 1 393 39 1 398 25 1 403 13 1 4 Glass 471 33 472 97 474 62 476 27 477 93 479 59 481 26 482 93 484 61 486 30 487 99 489 69 491 39 493 10 494 82 496 54 4 Metal 428 76 430 25 431 74 433 25 434 75 436 26 437 78 439 30 440 83 442 36 443 90 445 45 447 00 448 55 450 11 451 68 d Plastic 1 456 58 1 4
17. REPT Environmental Policy Support Tool for Recycling in Islands The REPT project started in January 2009 under the project awarded to Cyprus The project objective is to coordination of the Cyprus Ministry of Interior and its total analyse ard improve reqycling and management of duration is thirty months It is supported by the European packaging waste and waste from electrical and electronic Commission through the LIFE financial instrument and equipment EEE in island states and countries with is the first LIFE Enviromment Policy ard Governance islands targeting optimal and environmental solutiors REPT partnership MINISTRY OF INTERIOR CYPRUS DEPARTMENT CF CNL SND ENVIRONMENTAL EYGNEERING UNWERSITY OF CYPRUS P NIQOL4DES SND ASSOCIATES LTD GREEN DOT CYP RUSH PUBLIC CO LTO GREEN DOT MALTA LTO HELLENIC RECOVERY RECYCLING CORPORATION ECO EMBSLLAGES v University of Cyprus MNSTAY OF INTERIOR e Cantact Details Qprs Ministry of hberio bal 457 22 805471 GAl6 Labortoy of Envranmental Enginesring University af Gyprus bel 357 22 892225 P Nicdaides ard Sssacitbes Lid ta 4557 22 31156 Green Dot Cyprus Public Ca Lid ba 357 22 585000 Green Oot Mata Lid tal 5 21 W033 Halani Recovery Recycling Copr ion HE R RCo bel 39 210 8910362 3 EoErbdlaga ba 43 140891877 Far mare infarmstian abaut the REPT praject pleme visit WWww engucyacoy rept LFE 07 BAY ANATA List of acronyms DST REPT kWh tn MRF PPW
18. ation data o Population for the base year ca Type the population for the base year and then press the Tab button on your keyboard The base year is referred in the relevant chapter of the manual System Parameters o Yearly increase rate Type the yearly increase rate as a percentage and then press the Tab button on your keyboard o Yearly production per capita for PPW tn ca y Type the yearly production per capita for PPW in tn ca y and then press the Tab button on your keyboard Page 29 O Yearly production per capita for WEEE tn ca y Type the yearly production per capita for WEEE in tn ca y and then press the Tab button on your keyboard e Tourist data O Population for the base year ca Type the population for the base year and then press the Tab button on your keyboard The base year is referred in the relevant chapter of the manual System Parameters Yearly increase rate Type the yearly increase rate as a percentage and then press the Tab button on your keyboard Yearly production per capita for PPW tn ca y Type the yearly production per capita for PPW in tn ca y and then press the Tab button on your keyboard Yearly production per capita for WEEE tn ca y Type the yearly production per capita for WEEE in tn ca y and then press the Tab button on your keyboard Mean tourist residence days d y Type the mean tourist residence days in days year and then press the Tab button on your keyboard e C
19. e description of the scenario and then press the Tab button on your keyboard Page 17 e Stream Type Select a waste stream type from the list of waste stream types by clicking the arrow at the right side of the field and then press the Tab button on your keyboard If the waste stream type does not exist in the list you must first add it in that case please refer to the relevant chapter of the manual Waste Stream Types e Comments Type any comments for the scenario and then press the Tab button on your keyboard e Waste streams Select a waste stream from the list of waste streams by clicking the arrow at the right side of the field If the waste stream does not exist in the list you must first add it in that case please refer to the relevant chapter of the manual Waste Streams Continue by selecting the processes which refer to this waste stream e Processes o Click on the Sequence No field and press Tab Note the program automatically numbers the processes You may however give your own number to the process o Select a process from the list of processes by clicking the arrow at the right side of the field and then press the Tab button on your keyboard If the process does not exist in the list you must first add it in that case please refer to the relevant chapter of the manual Processes o Type the of input waste that is involved in the scenario and press Tab Examples of input wastes can be found at the existing scenario
20. f the grid under the label Country Name Type the filter criteria While typing the list of countries is constantly changing to display the countries that fulfill the criteria e Press the Close x button at the bottom of the grid to clear the filter criteria Page 37 Environmental Parameters The Environmental Parameters form displays the list of existing environmental parameters Environmental Parameters x d Save J Close Environmental Parameter Comments Sulphur dioxide Ammonia M4 4 Recordiof4 gt m xX If you want to add a new environmental parameter e Double click inside the last blank row of the grid where a small star is shown The star turns into a pencil and the cursor blinks in the beginning of the row Type the name of the new environmental parameter While typing press the Esc button in the keyboard to clear the data typed e Press the tab button in your keyboard to choose the comments field e Click on the comments field in order to show the comments box e Type in the comments box e Press the Enter or Tab button in the keyboard e Press the Save button to save your changes e Press the Close button to discard your changes If you want to edit the data of an environmental parameter e Double click inside the row of the grid The star turns into a pencil and the name comment is highlighted Edit the name comments of the environmental parameter While typing
21. he island has a scenario the following message will be displayed and the system will not let you delete the island Error Deleting Selected Value From List x The selected value could not be deleted Nay because itis currently in use by another record Page 28 Add a new island If you want to add a new island click the button Add on top of the data area The following form is displayed Island _ o jl x ied Save J Recalculate B Close Island Name Country X Population Tourist Population for the base year ca Population for the base year ca Yearly increase rate Yearly increase rate Yearly production per capita for PW tn ca y Yearly production per capita for PW tn ca y Yearly production per capita for WEEE tn ca y Yearly production per capita for WEEE tn ca y Mean tourist residence days d y Comments Yearly Production per Capita tn ca y Waste Stream Yearly Production Population Yearly Production Tourist M 4 RecordQofO gt i x Enter the following data e Name Type the name of the island and then press the Tab button on your keyboard e Country Select a country from the list of available countries by clicking the arrow at the right side of the country field and then press the Tab button on your keyboard If the country does not exist in the list you must first add the country in that case please refer to the relevant chapter of the manual Countries e Popul
22. ip transportation of glass to Cape Town So Export of metals to Vietnam by ship Ship transportation of metals to Vietnam tn raat Export paper materials Export paper materials After the sorting the materials produced are sold C Parameters sron taraneres Countries Environmental Parameters g Waste Stream Types 9 Waste Streams x M Process Like Ex Edit Filter M 4 RecordOof4 gt m With the contribution of the LIFE financial instrument of the European Community Copyright 2011 REPT LIFE 07 ENV CY 000081 All rights reserved If you want to add a new process press the Add button at the top of the data area For details please refer to the Add a new process chapter If you want to edit an existing process select it from the list of processes and press the Edit button at the top of the data area For details please refer to the Edit an existing process chapter If you want to delete a process select it from the list of processes and press the Delete button at the top of the data area In case the process is used in a scenario the following message will be displayed and the system will not let you delete the process Error Deleting Selected Value From List x The selected value could not be deleted because itis currently in use by another record Page 22 Add a new process If you want to add a new process click the button Add on top of the data area The following form
23. is displayed D Process i Save E Close Process Stream Type i y Name Description Process Type Y Details Comments Environmental Parameters Environmental Parameter Name Emission Rate Value g ton waste i Mi 4 RecordOofO gt h x Enter the following data e Stream Type Select a waste stream type from the list of available waste stream types by clicking the arrow at the right side of the stream type field and then press the Tab button on your keyboard If the stream type does not exist in the list you must first add the stream type in that case please refer to the relevant chapter of the manual waste stream types e Name Type the name of the process and then press the Tab button on your keyboard e Description Type the description of the process and then press the Tab button on your keyboard e Process Type Select a process type from the list of the 3 process types by clicking the arrow at the right side of the field and then press the Tab button on your keyboard The Details part of the form will be filled with data depending on the process type Page 23 o Process Type Sorting Details Energy consumption Kwh t 0 00 Capacity of sorting facility t year 0 00 If you select Sorting you must type the energy consumption in kWh tn The value in g tn of the environmental parameters will be calculated based on that field The field Capacity of sorting facility is inf
24. n of the environmental externalities of an individual waste management process and later on a waste management scenario The value of the environmental parameters is calculated automatically by the program and depends on the process type If the process type selected is Collection Transport the equation for the calculation of the value is Value g tn waste Fuel consumption of the vehicle L km Distance per trip km trip Emission rate Mean load of vehicle tn trip The Fuel consumption of the vehicle is taken from the relevant field at the System Parameters form If the user chooses e the private car as vehicle the value of the field Private car is used e the truck as vehicle the value of the field Truck is used e the train as vehicle the value of the field Train is used e the ship as vehicle the value of the field Ship is used If the process type selected is Sorting the equation for the calculation of the value is Value g tn waste Energy consumption kWh tn Emission rate If the process type selected is Treatment the equation for the calculation of the value is Value g tn waste Energy consumption kWh tn Energy production kWh tn Energy saving kWh tn Emission rate Page 44 Assumptions and datasets The majority of data fields in the DST are open for the user to alter according to her his needs Howeve
25. ncludes a fixed fee per of residuals Sale of Materials inhabitant 227 000 POPULATION and a variable fee per tonne The fee included 300 plastic bins 1100 L for the commercial points and buildings The upper part of the data area displays the list of available scenarios The lower part of the data area displays the description and comments of the selected scenario If you want to sort the list of scenarios e Press any of the grid labels Country Island Stream Type or Scenario A small up down arrow appears at the right side of the selected label e The list of scenarios is displayed in ascending descending order If you want to filter the list of scenarios e Type the filter criteria in the blank cells under the grid labels While typing the list of scenarios is constantly changing to display the scenarios that fulfill the criteria e Press the Close x button at the bottom of the grid to clear the filter criteria If you want to add a new scenario press the Add button at the top of the data area For details please refer to the Add a new scenario chapter If you want to edit an existing scenario select it from the list of scenarios and press the Edit button at the top of the data area For details please refer to the Edit an existing scenario chapter If you want to delete a scenario select it from the list of scenarios and press the Delete button at the top of the data area Page 15
26. ns Press No to return to the island form Page 31 Edit an existing island If you want to edit an existing island double click an island from the list of islands in the data area or click an island and press the Edit button on top of the data area The following form is displayed Island x fed Save f Recalculate Close Island Name Country Greece x Population Tourist Population for the base year ca 19 816 Population for the base year ca 49 254 Yearly increase rate 0 33000 Yearly increase rate 0 50000 Yearly production per capita for PW tn ca y 0 16650 Yearly production per capita for PW tn ca y 0 00800 Yearly production per capita for WEEE tn ca y 0 00000 Yearly production per capita for WEEE tn ca y 0 00000 Mean tourist residence days d y 7 Comments Yearly Production per Capita tn ca y Waste Stream Yearly Production Population Yearly Production Tourist gt Paper 0 06000 0 00290 Glass 0 02130 0 00100 Metal 0 01940 0 00090 Plastic 0 06580 0 00310 Residue 0 40331 0 01923 Drink cartons 0 00660 0 00031 Printed paper 0 06007 0 00286 M 4 Recordiof7 gt M x Edit the relevant data you want to change If you want to delete a waste stream e Select a waste stream by clicking on the relevant row A small arrow appears at the left side of the grid e Press the minus symbol at the bottom of the grid e Press the Save button to save your changes Press the
27. omments Type the comments of the island and then press the Tab button on your keyboard e Yearly Production per Capita tn ca y O O O O Select a waste stream from the list of waste streams by clicking the arrow at the right side of the field and then press the Tab button on your keyboard If the waste stream does not exist in the list you must first add it in that case please refer to the relevant chapter of the manual Waste Streams Type the yearly production population of the waste stream and press Tab Examples of yearly production population of the waste stream can be found at the existing islands Type the yearly production tourist of the waste stream and press Tab Examples of yearly production tourist of the waste stream can be found at the existing islands Enter data for all the waste streams if they exist To save the data press the Save button To make the projections for population and quantities for 20 years base year 19 consecutive years press the Save button and then press the Recalculate button Please refer to the relevant chapter of the manual for the explanation of the island s calculations Calculations for the island To close the form press the Close button If you made changes to the values and you press the Close button without pressing the Save button the following message appears Page 30 Press Yes to discard all modificatio
28. ormational o Process Type Collection Transport Details Vehicle type a Mean load of vehicle tn trip 0 00 Distance per trip km trip 0 00 Number of trips trip year 0 00 If you select Collection Transport you must first select the Vehicle type Private car Truck Ship or Train Type the mean load of the vehicle in tn trip and the distance per trip in km trip The field Number of trips trips year is informational o Process Type Treatment Details Energy consumption Kwh t 0 00 Energy production Kwh t 0 00 Energy saving Kwh t 0 00 If you select Treatment you must type the energy consumption in kWh tn Then type the energy production on kWh tn and the energy saving in kWh tn e Comments Type any comments for the process and then press the Tab button on your keyboard e Environmental Parameters o Select an environmental parameter from the list of environmental parameters by clicking the arrow at the right side of the field and then press the Tab button on your keyboard If the environmental parameter does not Page 24 exist in the list you must first add it in that case please refer to the relevant chapter of the manual Environmental Parameters o Type the emission rate of the environmental parameter and press Tab Examples of emission rates can be found at the existing processes o The value in g tn will be automatically calculated according to the data entered in the Details
29. ottom of the grid e Press the Save button to save your changes e Press the Close button to discard your changes e Not able to delete Waste Streams You cannot delete a waste stream without first deleting all the processes of this waste stream In case you try to delete a waste stream that contains processes the following message will be displayed Error Deleting Selected Waste Stream x The selected Waste Stream could not be deleted Please delete the details save the record and try again Page 20 Processes The data area of the Processes displays the list of available processes Processes Add Edit Delete Process Transhipment of paper SYROS Transhipment of glass for SYROS Transhipment of PMD SYROS Sorting PMD SYROS Disposal of Residue SYROS Kerbside collection lightweight packaging Export of cardboard to Indonesia for recycing by ship Export of glass to South Africa for recycling by ship Export of metals to Vietnam by ship Transport of plastic to India Chennai for recyding by ship Ship transportation of plastic to India Disposal of residues from sorting Bring system collection of Glass SYROS Bring system collection of paper SYROS Bring system collection for PMD SYROS Description Comments Manual amp automated sorting of lightwei lightweight packaging indudes metals plastic bottles and Kerbside collection of lightweight packa lightweight packaging
30. pears e The list of waste streams is sorted in ascending descending order If you want to filter the list of waste streams e Double click inside any cell of the blank row of the grid under the labels row Type the filter criteria While typing the list of waste streams is constantly changing to display the parameters that fulfill the criteria e Press the Close x button at the bottom of the grid to clear the filter criteria Page 43 Explanation of Calculations Calculations in the Island Form The Island Form is used to estimate waste production in the base year and a period of 19 years in the future Waste production has two main parameters waste produced by the local population and waste produced by tourists visiting the area under examination The tourist factor is especially applicable to islands since tourists visiting a specific island are usually many times more than the actual local population The way waste production is estimated in the DST is presented in the box below Total quantity of PPW Yearly production per capita population for PPW Local Population Yearly production per capita tourist population for PPW Tourist Population Total quantity of WEEE Yearly production per capita population for WEEE Local Population Yearly production per capita tourist population for WEEE Tourist Population Calculations in the Process Form The data provided in the Process Form are used in the estimatio
31. press the Esc button in the keyboard to keep the original name e Press the Tab button in the keyboard e Press the Save button to save your changes Page 38 e Press the Close button to discard your changes If you want to delete an environmental parameter e Select an environmental parameter by clicking on the relevant row A small arrow appears at the left side of the grid e Press the minus symbol at the bottom of the grid e Incase this environmental parameter is involved in processes the application will not let you delete it You must first delete all processes where this environmental parameter is involved e Press the Save button to save your changes e Press the Close button to discard your changes If you want to sort the list of environmental parameters e Press the label Environmental Parameter or the label Comments A small up down arrow appears e The list of environmental parameters is sorted in ascending descending order If you want to filter the list of environmental parameters e Double click inside the blank row of the grid under the label Environmental Parameter or under the label Comments Type the filter criteria While typing the list of environmental parameters is constantly changing to display the parameters that fulfill the criteria e Press the Close x button at the bottom of the grid to clear the filter criteria Page 39 Waste Stream Type
32. r in order to assist the user in operating the DST a dataset containing all the assumptions and data used by the development team in the implementation phase of the DST was comprised and is presented below System Parameters Form In this form data regarding fuel consumption of the waste transport means considered in the DST are presented The four transport means considered are private car truck train and ship The fuel consumption values are used to calculate the quantity g tn of the environmental parameters in the relevant processes considered Typical fuel consumptions used by the project team are presented in the box below Transport Fuel Data Source me consumpton Private Car 0 09 l km ecoinvent report N14 p 39 fora 14 201 Train 2 5 L tn km 1 Green from the Start July 2009 Association of American Railroads P ie 2 for a diesel freight train with capacity 500tn Ship 104 6 L km ecoinvent report N14 for a 50000dwt a ae transoceanic dry bulk carrier Process Form Typical emission rates for the environmental parameters related to collection transport processes are Environmental Parameter Transport Emission Rates g L Type CO NOx SO Ammonia Data Sources Private a 0 1 0 5 0 01 Ecoinvent report N14 p39 for a 1 4 2 0 L Car petrol car Truck 2646 0 1312 0 505 0 01988 Ecoinvent report N13 for a 16t lorry adjusted for stop amp go driving Train 2628 18 33 48 0 50 0 02 1
33. s The Waste Stream Types form displays the list of existing waste stream types D Waste Stream Types x d Save J Close Waste Stream Type Wi 4 Recordiof2 gt wM v7 x If you want to add a new waste stream type e Double click inside the last blank row of the grid where a small star is shown The star turns into a pencil and the cursor blinks in the beginning of the row Type the name of the new waste stream type While typing press the Esc button in the keyboard to clear the data typed e Press the Enter or Tab button in the keyboard e Press the Save button to save your changes e Press the Close button to discard your changes If you want to edit the name of a waste stream type e Double click inside the row of the grid The star turns into a pencil and the waste stream type is highlighted Edit the name of the waste stream type While typing press the Esc button in the keyboard to keep the original name e Press the Enter or Tab button in the keyboard e Press the Save button to save your changes e Press the Close button to discard your changes If you want to delete a waste stream type Page 40 e Select a waste stream type by clicking on the relevant row A small arrow appears at the left side of the grid e Press the minus symbol at the bottom of the grid e Incase this waste stream type has scenarios processes or waste streams the application will not let yo
34. s o Type the Cost tn of the process for the specific waste stream and press Tab Examples of costs can be found at the existing scenarios o Enter as many processes as you want for the specific waste stream Note You may enter as many waste streams and as many processes you want Please keep in mind that each waste stream may have one or more processes To save the data press the Save button To close the form press the Close button If you made changes to the values and you press the Close button without pressing the Save button the following message appears Discard Modifications Confirmation A Are you sure you want to discard all current modifications Yes i No Press Yes to discard all modifications Press No to return to the form Page 18 Edit an existing scenario If you want to edit an existing scenario double click a scenario from the list of scenarios in the data area or click a scenario and press the Edit button on top of the data area The following form is displayed Scenario re E fed Save GJ Close Scenario Country Greece 5 Island Syros x Name Bring system collection paper glass PMD Description Bring system collection transshipment sorting sale of materials disposal of residue Stream Type PW Comments Collection cost of PW streams is an estimate and vovered by the Municipalities Transhipment and sorting of materials based
35. s PMD Manual sorting of waste glass collected as a si Manual amp automated sorting of lightweight pa Manual and automated sorting of PMD at MRF Transhipment of glass from SYROS to ATTIKI Transhipment of paper from SYROS to ATTIKI 2222 Single stream collection of Glass stream Single stream collection of all PPW streams together After the sorting the materials produced are sold lightweight packaging indudes metals plastic bottles and paper bo lightweight packaging indudes metals plastic bottles and paper bo The capacity refers to 1 shift of the sorting facility With the contribution of the LIFE financial instrument of the European Community Copyright 2011 REPT LIFE 07 ENV CY 000081 All rights reserved Page 21 If you want to filter the list of processes e Type the filter criteria in the blank cells under the grid labels While typing the list of processes is constantly changing to display the processes that fulfill the criteria e Press the Close x button at the bottom of the grid to clear the filter criteria REPT Decision Support Tool for Recycling in Islands _ oa x File Help E ie Processes Add Edit Delete Reports gt Process 7 Description Comments Ed Tamis sian sai Export of cardboard to Indonesia for recyding by ship Ship transportation of cardboard to Indonesia amp Re Export of glass to South Africa for recyding by ship sh
36. s PMD Description Bring system collecton transshipment sorting sale of materiais disposat of residue Refers to PW Open Opens a preview document prnx file S Print Prints the report to a selected printer 4 Print Prints the report to the default printer Cyl Page Setup Sets the size orientation and margins of the report to be printed ie eee ee ey Hand Scrolls around the pages of the report Al Magnifier Magnifies the report zoom in zoom out Q 100 v Zoom out Zooms in out and to a specified scale Zoom Zoom in EEA F Multiple pages Displays a selected number of pages in the same preview pane Il Watermark Places a text or image watermark to the document AO iames pooner AIt zl Send via email Sends the report via email Page 13 All options are also available through the 3 menu options at the top File View and Background Page 14 Scenarios The data area for the scenarios has 2 sections Scenarios Add J Edit Delete G Print Country Island Stream Type Scenario France Reunion PW Bring site collection glass door to door collection Greece Syros PW Bring system collection paper glass PMD Cyprus Cyprus WEEE RECYCLING OF TVs amp MONITORS PW Recycling of Paper Nicosia city M 4 Record4o0f4 gt Description Comments Kerbside collection Semi automated Sorting Disposal Kerbside collection in Nicosia city The collection is weekly and the cost i
37. section of the form For explanation on the calculations please refer to the relevant chapter of the manual Explanation of calculations o Enter as many environmental parameters as you want for the specific process To save the data press the Save button To close the form press the Close button If you made changes to the values and you press the Close button without pressing the Save button the following message appears Discard Modifications Confirmation A Are you sure you want to discard all current modifications Yes Press Yes to discard all modifications Press No to return to the form Page 25 Edit an existing process If you want to edit an existing process double click a process from the list of processes in the data area or click a process and press the Edit button on top of the data area The following form is displayed D Process la Save j Close Process Stream Type v Name Curbside collection Description Collection of PPW from curbside in single stream Process Type Collection Transport X Details Vehide type Truck X Mean load of vehicle tn trip 16 00 j Distance per trip km trip 50 00 Number of trips trip year 2 000 00 Comments Single stream collection of all PPW streams together Environmental Parameters Environmental Parameter Name Emission Rate Value g ton waste gt Carbon dioxide X 2 646 00000 2 480 63 Nitrous oxide 2 1
38. sort the list of islands Populati 778 684 400 000 804 000 19 816 Yearly P 3 00000 0 28000 1 03000 0 33000 Yearly P 0 08760 0 05130 0 05000 0 16650 With the contribution of the LIFE financial instrument of the European Community Yearly P 0 01950 0 01700 0 02000 0 00000 Tourist 3 795 326 480 000 400 000 49 254 Yearly T 1 00000 0 00000 0 00000 0 50000 Yearly P 0 00260 0 05130 0 05000 0 00800 Yearly P 0 00000 0 00000 0 00000 0 00000 Mean To Comments 11 Yearly production 13 Hypothesis popu 17 Hypothesis popu 7 e Press any of the grid labels Country Island Population for the base year Yearly population increase rate Yearly production per capita Population for PPW Yearly production per Capita Population for WEEE Tourist Population for the base year Yearly tourist population increase rate Yearly production per capita tourist population for PPW Yearly production per capita tourist population for WEEE Mean tourist residence days or Comments A small up down arrow appears at the right side of the selected label e The list of islands is displayed in ascending descending order Page 27 REPT Decision Support Tool for Recycling in Islands File Help B ost Islands Add Edit Delete E Reports Country Island Population For The Base Year ca a Yearly P YearlyP YearlyP Tourist Yearly T Yearly P Yearly P
39. ste Electrical and Electronic Equipment WEEE and municipal Packaging Waste Page 3 Key Characteristics The key characteristics of the DST application involve e Estimation of quantities of produced waste for a specific waste stream for a given year e Forecast of the waste quantities produced for a specific waste stream for a period of 20 years e Creation of waste management scenarios for the management of a specific waste stream or co management of multiple waste streams e Estimation of financial cost for every process of a selected scenario e Estimation of environmental externalities for every process of a selected scenario e Estimation of the financial cost and environmental externalities of the selected waste management scenario e Database that includes environmental externalities and cost data Page 4 Philosophy of the DST The philosophy of the DST is simple and based on the practical application of waste management procedures The DST works on two levels the Scenario level and the Process level A Process is described as the individual activities carried out during waste management i e collection of waste The DST considers three main process types collection transport sorting treatment e Collection Transport these processes are considered jointly as the share the same characteristics that involve the use of vehicles to collect waste and transport them from one process to another e Sorting
40. the relevant chapters for the explanation of data presented in this area Page 11 Reports The data area for the reports has 2 sections The list of available reports Reports Print Available Reports Scenario Description and Details Quantities per waste stream and process type Cost per waste stream and process type Energy consumption for sorting processes Energy consumption production saving for treatment processes Emissions per waste stream and process Total emissions How to print a report The list of available scenarios Report parameters Report Parameters Country Island StreamType Scenario PW Bring site collection glass door to door collection Greece Syros PW Bring system collection paper glass PMD Cyprus Cyprus WEEE RECYCLING OF TVs amp MONITORS Cyprus Cyprus PW Recycling of Paper Nicosia city M4 4 Record 1lof4 gt gt e Choose a scenario by clicking on the relevant row of the list of available scenarios An arrow appears on the left side of the selected row e Choose a report by double clicking a report from the list of available reports or by clicking on a report and then click on the print button at the top left corner of the data area The report is displayed in preview mode Page 12 Ble Yow Bsckground HSB PSFSHR OA Alm Aiki rn Pe B s Or Quantities per waste stream amp process type Country Greece island Syros Scenano Bring system collection paper glas
41. tment Transport or MRFs i e by sites i e by PBUT facillities abroad p truck truck train facilities ie by i e by ship train train truck Sorting Manual sorting of single or multiple Manual Sorting waste streams in sorting facilities Mechanical soritng of single or Mechanical Sorting multiple waste streams in sorting facilities Compination of Use of both mechanical and manual MENELA sorting in different stages of the Mechanical Sorting sorting process Page 6 Treatment Production ofa new product using recycled material Recycling Treat waste in order to produce ELAINE electricity or heat Landfill with Landfill of waste in controlled landfill sites with energy recovery energy production facilities Landfill of waste in controlled landfill sites with energy recovery facilities Landfill without energy production The Scenario is described as a sequence of processes that make up the waste management procedure of a selected waste stream Using different combinations of processes different scenarios for a specific waste stream could be created After the financial and environmental costs of the scenarios are estimated the user can identify the most economic or environmentally friendly scenario Loading REPT DST Choose Start gt Programs gt LIFE DST gt DST Application Page 7 Getting Familiar with the REPT DST main screen The DST application has an easy to use interface
42. u delete it You must first delete all processes scenarios and waste streams where this waste stream type is involved e Press the Save button to save your changes e Press the Close button to discard your changes If you want to sort the list of waste stream types e Press the label Waste Stream Type A small up down arrow appears e The list of waste stream types is displayed in ascending descending order If you want to filter the list of waste stream types e Double click inside the blank row of the grid under the label Waste Stream Type Type the filter criteria While typing the list of waste stream types is constantly changing to display the waste stream types that fulfill the criteria e Press the Close x button at the bottom of the grid to clear the filter criteria Page 41 Waste Streams The Waste Streams form displays the list of existing waste streams D Waste Streams ld Save Close Waste Stream T Waste Stream PW WEEE WEEE WEEE Plastic Metal Residue Drink cartons Printed paper Refrigerators amp air conditions TVs amp monitors Energy saving lamps M4 4 Recordiofi0 gt w aJ XK 4 NationalRecoveryRat NationalRecyclingRate 80 75 If you want to add a new waste stream 60 60 23 50 75 65 80 EU Recovery Rate EU Recyciin 80 75 Click inside the first cell of the last blank row of the grid where a small star is shown
43. vailable choices DST mm o Reports W Scenarios AF Processes ws Islands Parameters A amp System Parameters Countries v Environmental Parameters E Waste Stream Types e Waste Streams Click the arrow on the right side of DST in order to hide show the available choices for the DST selection Click on Reports in order to view and print the available reports Click on Scenarios in order to view edit and print the available scenarios or insert a new scenario Click on Processes in order to view the available processes or insert a new process Click on Islands in order to view edit existing island data or insert a new island Click the arrow on the right side of Parameters in order to hide show the available choices for the Parameters selection Click on System Parameters in order to view edit the existing global parameters Click on Countries in order to view edit existing countries or insert a new country Click on Environmental Parameters in order to view edit existing environmental parameters or insert a new environmental parameter Click on Waste Stream Types in order to view edit existing waste stream types or insert a new waste stream type Click on Waste Streams in order to view edit existing waste streams or insert a new waste stream Page 10 Data area In this area the relevant data for e Reports e Scenarios e Processes and e Islands appear Please refer to
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