Data Bases of Vilnius City Underground Utilities

Transcription

1 Data Bases of Vilnius City Underground Utilities Municipality enterprice Vilniaus planas GIS division 2014

2 Process Model Savivaldybės Municipality darbuotojai employees Esamų ir Build and projected objects suprojektuotų (utilities, statinių buildings) skaitmeninis digital archyvas archive Projektuotojai Architects Geodezininkai Surveyors Kiti asmenys Other Spartesni su projektavimu Faster projecting processes susiję procesai SĮ Vilniaus planas Visi tinklai vieningoje Vilniaus miesto kartografinių duomenų bazėje Underground utilities in one cartographic data base Cooperation protocol between Vilniaus Planas Bendradarbiavimo protokolas ir SĮ Vilniaus planas sutartys and su: AB Lietuvos dujos Vilniaus filialas, UAB Vilniaus energija, AB Rytų skirstomieji tinklai, AB TEO LT, UAB Vilniaus troleibusai, UAB VGAET, UAB Grinda, UAB Vilniaus vandenys, KŪD, MPD

3 GIS work palce in municipality 2014 m.

4 Topographic and underground utilities DB Started to create ~174 km². ~3600 new data inquiries per year.

5 Topographic and underground utilities DB

6 Paper map sheets production for city archive lines and 6000 plygons lines and points Printed more then 1800 pieces M 1:500 plans (Vilnius city is covered with 3000 M 1:500 paper sheets)

7 Topographic-underground utilities WEB application

8 Topographic-underground utilities WEB application

9 Projected objects detail plans and technical projects Detail plans: Started to create ~200 units per year Technical projects: Started to create ~1800 units per year

10 Technical projects: Projected objects Detail plans:

11 Management of territory planning processes General plan information Detailed, special and technical projects boundaries, information about client, executors

12 Territory planning solutions control matching regulations Detailed plans solutions: new formed parcels, regulations and their boundaries, development boundaries, servitudes, streets boundaries. Technical projects solutions: projected underground utilities, streets covers and buildings

13 Territory planning solutions and existing buildings matching control Detailed plans information Technical projects information Large scale topographic-underground utilities plans information di ¼ɑ + ¼ɑ MN gar. + + A 31A 32A dI ¼ɑ 25 ¼ɑ di A di di di Õ dI 39 ¼ɑ 33A di A ¼ɑ VV VVd d VV 181.4d dm 32 dõ di dr VV dr di d di dt 21 MG 1 34 MG Õ Nr.: ¼ɑ di VV d dv dR 89A dv B 81A dI ¼ɑ dm dr di ¼ɑ ¼ɑ 82A d A ¼ɑ A dI dt dr VV d 21025Õ dõ di dr MG VV Õd 10 V K L KL K F d 63 VS PE K d L 250 PVC d 160 PVC (( ( K F d 40 VS PE <UN</UND> d 200 PVC d 200 PVC 2 2 KL d 160 PVC V KL d 110 PE V d 200 PVC d 40 VS PE d 200 KET 2 di <UN</UND> d 200 PVC 10 MG Nr.: 4( 4( 4( K L 2 d 200 PVC d V 200 KET <UN</UND> d 315 PVC K L d 160 PVC K F d 100 PVC T KL KL 2 <UN</UND> dt d 315 PVC d 200 PVC d 100 PVC V d 250 PVC K F T d D V 4 d 200 PVC <UN</UND> d 200 KET d 250 PVC KL d 160 PVC KF KL d d 200 PVC <UN</UND> dv d 250 PVC <UN</UND> d 110 PE VV d 200 PCV <UN</UND> d 200 KET d 200 KET 2 d 110 PVC d 200 KET 2 V d 250 PVC V K L <UN</UND> V d 110 PE 2 d 200 KET 2 VV 192 d 63 VS PE V

14 Projected objects WEB application

15 Projected objects WEB application

16 Projected objects WEB application Data extract from the server and online conversion from GIS to CAD format

17 Search of metod to publicize spatial data Today only few municipalities in Lithuania own and use proper data of underground utilities for the designing and planning processes. Some of the municipalities gather simple data of underground utilities, which is unstructured, not updateable, has no possibilities to be promoted and published. Certain commercial organizations, which own underground utilities, also have some digital data about them, however this data is not very qualitative (gas, electricity, telecommunications and etc.). Our aim is to provide the newest, detailed data about existing and projected underground utilities to the people, who work in the sphere of surveys, designing, projection, planning

18 Environment: Air Air pollution modelling (ADMS-Urban) Modelling is based on annual data: traffic monitoring, residential heating, industry, meteorology and etc. Database of polygons (PM10, CO, NO2, SO2)

19 Environment: Monitoring Monitoring database: hydrochemical underground (since 2004) and surface water (since 2011), geochemical soil (since 1992), landfill soil, water and gas (since 2004)

20 Environment: Monitoring Updated monitoring, modelling results are published at Vilnius municipality environment webpage ( ) Some of Lithuanian municipalities collect simple unstructured data, which is not being undated and has no possibilities to be published

21 WEB application that presents enviroment data Address: maps.vplanas.lt/aplinka/

22 Strategic noise mapping Noise Mapping (with IMMI software), Noise Exposure Calculation Action Planning in compliance with EU Directive 2002/49/EC for major agglomerations (including industrial sites and ports), major roads and railways and airport

23 Action Planning Action planning Calculating test cases and planning scenarios Testing different types of sound barriers