EU, SIXTH FRAMEWORK PROGRAMME AUSTRIA, 17-18 MAY EU funded Project: Partner: INTERGEO Environmental...

EU, EU, SIXTH FRAMEWORK PROGRAMMESIXTH FRAMEWORK PROGRAMME

AUSTRIA, 17-18 MAYAUSTRIA, 17-18 MAY

EU funded Project:EU funded Project:

Partner:Partner:INTERGEO Environmental INTERGEO Environmental

Technology Ltd.- GreeceTechnology Ltd.- GreeceWPO4: WPO4:

Data compilation and Data compilation and analysis, 2005 1 – 2006 7 analysis, 2005 1 – 2006 7

OPTIMA - WP 04 - Techno-economic dataOPTIMA - WP 04 - Techno-economic data – – IINTERGEONTERGEO

OBJECTIVE OF 4OBJECTIVE OF 4THTH MEETING CONCERNING MEETING CONCERNING WP04WP04

• TO PRESENT THE PROPOSED DATABASE STRUCTURETO PRESENT THE PROPOSED DATABASE STRUCTURE

•TO DISCUSS WITH ESS ABOUT THE DB FORMTO DISCUSS WITH ESS ABOUT THE DB FORM

•TO CLARIFY ISSUES WITH CASE STUDY PARTNERS TO CLARIFY ISSUES WITH CASE STUDY PARTNERS


DATA BASE DEVELOPMENT STEPSDATA BASE DEVELOPMENT STEPS1.1. Set up an on-line data base that can be used through the OPTIMA web. Set up an on-line data base that can be used through the OPTIMA web.

(COMPLETED)(COMPLETED)2.2. Identify the numerous water management technologies, techniques or Identify the numerous water management technologies, techniques or

methods. (ALMOST COMPLETED)methods. (ALMOST COMPLETED)3.3. Start with a subset proposition about the DB structure, fields, templates AND Start with a subset proposition about the DB structure, fields, templates AND

parameter list (COMPLETED)parameter list (COMPLETED)4.4. Develop few COMPLETE examples as a start. (ONGOING)Develop few COMPLETE examples as a start. (ONGOING)5.5. Come into final agreement of TEMPLATES with model requirements – ESS. Come into final agreement of TEMPLATES with model requirements – ESS.

(ONGOING)(ONGOING)6.6. Allow case study partners, that will eventually utilize the database, to enter Allow case study partners, that will eventually utilize the database, to enter

some case specific data to the examples provided (NOT STARTED)some case specific data to the examples provided (NOT STARTED)7.7. Get feedback response by case study users. (NOT STARTED)Get feedback response by case study users. (NOT STARTED)8.8. Filling up the water technology database for each particular case study. (NOT Filling up the water technology database for each particular case study. (NOT

STARTED)STARTED)9.9. Model utilization by case study users, running different water technology Model utilization by case study users, running different water technology

optimization scenario schemes, performance evaluation, database optimization scenario schemes, performance evaluation, database corrections.corrections. (NOT STARTED)(NOT STARTED)

DATA BASE DEVELOPMENT STEP 1DATA BASE DEVELOPMENT STEP 11. Set up an on-line data base that can be used through the OPTIMA web.1. Set up an on-line data base that can be used through the OPTIMA web.

(COMPLETED)(COMPLETED)


DATA BASE DEVELOPMENTDATA BASE DEVELOPMENTSTEP 2STEP 2

2. Identify the numerous water management technologies,2. Identify the numerous water management technologies,techniques or methods techniques or methods (ALMOST COMPLETED)(ALMOST COMPLETED)

WATER TECHNOLOGIES IDENTIFIED YETWATER TECHNOLOGIES IDENTIFIED YET

a. WATER STRUCTURESa. WATER STRUCTURES

Additional/bigger reservoirs, Additional/bigger reservoirs,

Additional damsAdditional dams, ,

Artificial recharge of aquifersArtificial recharge of aquifers, ,

Brackish / Desalination such as:Brackish / Desalination such as:

b. MEASURES FOR REDUCING DEMANDb. MEASURES FOR REDUCING DEMAND

Domestic – Touristic:Domestic – Touristic: Low-volume flush toilets in hotels Low-volume flush toilets in hotels, , Low-Low-flow showerheadsflow showerheads, , Toilet tank volume displacement devicesToilet tank volume displacement devices, , Pressure reduction devicesPressure reduction devices, , Grey Water reuse landscapingGrey Water reuse landscaping, , Xeriscaped landscapeXeriscaped landscape, , etc………..etc………..

Industrial water recycling and reuse:Industrial water recycling and reuse: Cooling / boiler feed Cooling / boiler feed water recirculationwater recirculation, , Wash water recycling,Wash water recycling, Landscape Landscape irrigationirrigation, , etc………..etc………..

Agriculture:Agriculture: Drip irrigationDrip irrigation, , Drought-tolerant plantsDrought-tolerant plants, , Drainage Drainage wastewater reusewastewater reuse, , Municipal wastewater reuse, Municipal wastewater reuse, etc………..etc………..

c. MEASURE FOR ENHANCING SUPPLYc. MEASURE FOR ENHANCING SUPPLY

Water transport – storage:Water transport – storage:Agricultural channel lining – Agricultural channel lining – covering,covering, Agricultural/Drinking reservoir covering – liningAgricultural/Drinking reservoir covering – lining, , Channel pipingChannel piping, , Drinking pipeline breaks/leakage control Drinking pipeline breaks/leakage control rehabilitationrehabilitation, , Groundwater abstractionGroundwater abstraction, , Rainfall harvestingRainfall harvesting etc………..etc………..


OPTIMA - WP 04 - Techno-economic dataOPTIMA - WP 04 - Techno-economic data – – IINTERGEONTERGEO4242 water management technologies, INCLUDED IN THE WEB-BASE water management technologies, INCLUDED IN THE WEB-BASE

DATA BASE DEVELOPMENT STEP 3DATA BASE DEVELOPMENT STEP 33. 3. EVERY WATER TECH INCLUDES THE FOLLOWING FIELDSEVERY WATER TECH INCLUDES THE FOLLOWING FIELDS

NAMENAME of the technology (short, < 16 characters) of the technology (short, < 16 characters)


DATA BASE DEVELOPMENT STEP 3DATA BASE DEVELOPMENT STEP 3DESCRIPTIONDESCRIPTION of EACH technology with the following of EACH technology with the following FORMATFORMAT

• Title Title

• Technology Description (Operation and Maintenance included) Technology Description (Operation and Maintenance included)

• Critical Factors (i.e. those factors that would affect cost, operational efficiency and Critical Factors (i.e. those factors that would affect cost, operational efficiency and sustainability)sustainability)

• SustainabilitySustainability

(i.e. advantages/disadvantages)(i.e. advantages/disadvantages)

• Cost Indication (RANGE)Cost Indication (RANGE)

• Performance Performance OR Water OR Water

Sustainability ContributionSustainability Contribution

• BibliographyBibliography

GOAL:GOAL:GIVE GUIDANCEGIVE GUIDANCE

(SUGGESTIONS) TO THE USER(SUGGESTIONS) TO THE USER

FOR PERFORMANCEFOR PERFORMANCE

AND COST AND COST


DATA BASE DEVELOPMENT STEP 3DATA BASE DEVELOPMENT STEP 3LOCATIONLOCATION (case study (geographical restriction) this applies to, GENERIC for all case (case study (geographical restriction) this applies to, GENERIC for all case

studies by default) studies by default)


DATA BASE DEVELOPMENT STEP 3DATA BASE DEVELOPMENT STEP 3APPLICATION DOMAINAPPLICATION DOMAIN symbolic reference to: symbolic reference to:


DATA BASE DEVELOPMENT STEP 3DATA BASE DEVELOPMENT STEP 3TECHNOLOGY TYPETECHNOLOGY TYPE (annualized investment costs, in Euro) (annualized investment costs, in Euro)

Unit investment cost - EUR Unit investment cost - EUR

Investment reference unitInvestment reference unit

Unit operating cost - EUR Unit operating cost - EUR

Operating cost reference unit Operating cost reference unit

Technology Life TimeTechnology Life Time

Minimum implementation Minimum implementation


DATA BASE DEVELOPMENT STEP 3DATA BASE DEVELOPMENT STEP 3WATER DEMAND AND LOSSESWATER DEMAND AND LOSSES

Demand reduction: % Demand reduction: %

Consumptive use reduction: % Consumptive use reduction: %

Conveyance loss reduction: % Conveyance loss reduction: %

Return flow loss reduction: % Return flow loss reduction: %


DATA BASE DEVELOPMENT STEP 3DATA BASE DEVELOPMENT STEP 3WATER QUALITYWATER QUALITY

BOD reduction: % BOD reduction: %

Tracer reduction: % Tracer reduction: %


DATA BASE DEVELOPMENT STEP 3DATA BASE DEVELOPMENT STEP 3WATER SUPPLYWATER SUPPLY

Incremental Water Supply Incremental Water Supply


DATA BASE DEVELOPMENT STEP 4DATA BASE DEVELOPMENT STEP 44. A COMPLETE EXAMPLE FOR AN OPTIMIZATION SCENARIO TO START4. A COMPLETE EXAMPLE FOR AN OPTIMIZATION SCENARIO TO START

CHANNEL LINING – COMPACTED EARTH (CLAY)CHANNEL LINING – COMPACTED EARTH (CLAY)

INCLUDING INCLUDING

BASIC WATER % DEMAND REDUCTION VALUESBASIC WATER % DEMAND REDUCTION VALUES

ANDAND

BASIC CONSRTUCTION COST VALUESBASIC CONSRTUCTION COST VALUES

ALL WATER TECHS WILL BE SUITABLE COMPLETEDALL WATER TECHS WILL BE SUITABLE COMPLETED

STARTING FROM TECHS RELATED STARTING FROM TECHS RELATED TO WATER DEMANDTO WATER DEMAND

DATA BASE DEVELOPMENT STEP 5DATA BASE DEVELOPMENT STEP 55. Come into final agreement with model requirements – ESS5. Come into final agreement with model requirements – ESS

(NOT COMPLETED)(NOT COMPLETED)

POSSIBLY TEMPLATES OF THE DB POSSIBLY TEMPLATES OF THE DB WILL SLIGHLTY CHANGE SINCE WILL SLIGHLTY CHANGE SINCE

IT HAS NOT BEEN FINALISEDIT HAS NOT BEEN FINALISED


DATA BASE DEVELOPMENT STEPS 6-10DATA BASE DEVELOPMENT STEPS 6-10

6. Allow case study partners, that will eventually utilize the database (AS 6. Allow case study partners, that will eventually utilize the database (AS A GUIDANCE TOOL), to enter some case specific data to the A GUIDANCE TOOL), to enter some case specific data to the examples provided examples provided

7. Get feedback response by case study users. 7. Get feedback response by case study users.

8. Filling up the database and finally completing the web-based, water 8. Filling up the database and finally completing the web-based, water technology database for each particular case study.technology database for each particular case study.

9. Model utilization by case study users, running different water 9. Model utilization by case study users, running different water technology scenario schemes, performance evaluation, database technology scenario schemes, performance evaluation, database corrections.corrections.

THANK YOUTHANK YOU

EU, SIXTH FRAMEWORK PROGRAMME AUSTRIA, 17-18 MAY EU funded Project: Partner: INTERGEO Environmental...

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