Noise protection action plans

Noise protection measures:

ico-adobe - Noise protection measures - Part 1 (188 mb)
ico-adobe - Noise protection measures - Part 2 (165 mb)
ico-adobe - Noise protection measures - Part 3 (350 mb)
ico-adobe - Noise protection measures - Part 4 (620 mb)
ico-adobe - Noise protection measures - Part 5 (86 mb)
ico-adobe - Noise protection measures - Part 6 (114 mb)
ico-adobe - Noise protection action plans - Text and conflict maps (93 mb)

Waste management plan for PE “Roads of Serbia” facilities

II stage 

Within II stage of the development of the project “Waste Management Plan for PE “Roads of Serbia” Facilities with Cost Benefit Analysis”, on 22nd and 23rd August 2019 measuring devices with waste collection containers and an explanation on the type of collected waste were installed on three locations.

The data on the change of the weight of the generated waste is collected from the measuring devices monitored online.

The measuring devices with the waste collection containers were installed on the following locations:

 

  1. The supervision centre “Gazela”, Belgrade
     

     
  2. Toll station “Šimanovci”
     

     
  3. Toll station “Beograd”
     

 The forthcoming activities are:
- monitoring the change in the waste quantity in the process of container filling,
- sorting out and measuring the quantities of the generated waste by the type
- analysis of the collected data

Pristup podacima sa mernih uređaja na naplatnim stanicama "Niš" i "Preševo"

U okviru projekta Studija uvođenja obnovljivih izvora energije u objektima JP "Putevi Srbije" sa cost benefit analizom, uz praćenje elektro-energetskih parametara, vrši se i praćenje spoljašnje i unutrašnje temperature u objektima, kao i parametara kvaliteta vazduha PM10 i PM2.5.

PM10 je frakcija suspendovanih čestica (particulate matter) koja prolazi kroz filter čiji su zahtevi utvrđeni u standardu SRPS EN12341, a PM2.5 je frakcija suspendovanih čestica (particulate matter) koja prolazi kroz filter čiji su zahtevi utvrđeni u standardu SRPS EN14907.

Oba parametra služe za utvrđivanje uticaja kvaliteta vazduha na ljudsko zdravlje, predstavljaju smešu čestica dima, čađi, prašine i kiseline uz teške metale poput arsena, kadimijuma, žive i nikla, a nastaju sagorevanjem čvrstih i tečnih goriva i to kao kombinovani uticaj industrije, saobraćaja i u procesu grejanja i njihov uticaj je naglašeniji u urbanim sredinama.

Podacima sa naplatnih stanica "Trupale" i "Preševo" možete pristupiti preko sledećih linkova:

Trupale: https://deutschland.maps.luftdaten.info/#14/43.3963/21.7977
Preševo: https://deutschland.maps.luftdaten.info/#14/42.2951/21.6892

Kompletno uputstvo za pristup podacima u realnom vremenu možete preuzeti na sledećem linku:
http://www.putevi-srbije.rs/images/pdf/strategija/Merenje_temperature_i_parametara_kvaliteta_vazduha.pdf

Notification on the conducted measurement of electric power parameters for three facilities of PE “Roads of Serbia”

SUBJECT: Notification on the installation of devices for on-line measurement of the time diagram for the consumption of active, reactive energy and temperature in characteristic facilities of the PE “Roads of Serbia”.

In accordance with the Contract no. VIII 454-912 from 25.06.2019, signed on the basis of Public procurement no.20/2019 for the requirements of creating the Program of Planned Maintenance of PERS Facilities, we installed the devices for on-line measurement of time diagram for the consumption of active, reactive energy and temperature in characteristic facilities of three PE “Roads of Serbia” tolling stations as follows:

  • Tolling station “Inđija“
  • Tolling station “Stara Pazova“
  • Tolling station “Šimanovci“

The device installation lasted cca30 minutes each, per facility, without turning off the electric power, i.e. without bringing the tolling to a halt.

The devices are connected via Internet, using the “cloud” system so that one is able to observe the measurement at any location at any time, as well as perceive the time diagrams: P = f(t) electric energy consumption, Q= f(t) reactive energy consumption and temperature diagram T = f(t).

For monitoring the stated functions one needs to type in the following on their computer or mobile phone: