diplomska naloga
Aleš Blumauer (Author), Bogdan Zgonc (Mentor), Janko Logar (Thesis defence commission member), Mitja Košir (Thesis defence commission member), Aleš Krainer (Thesis defence commission member), Darja Šemrov (Co-mentor)

Abstract

Preusmeritev tovornega prometa s cest na železnice

Keywords

gradbeništvo;diplomska dela;UNI;prometna politika;koridor;preusmeritev tovornega prometa;oprtni prevoz;logistični terminal;scenarij;

Data

Language: Slovenian
Year of publishing:
Source: Ljubljana
Typology: 2.11 - Undergraduate Thesis
Organization: UL FGG - Faculty of Civil and Geodetic Engineering
Publisher: [A. Blumauer]
UDC: 656.003:656.1/.5(043.2)
COBISS: 6300513 Link will open in a new window
Views: 3288
Downloads: 703
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Other data

Secondary language: English
Secondary title: Shifting freight transport from road to rail
Secondary abstract: Road freight transport in Slovenia is becoming a major issue. High daily volume of trucks are burdening the Slovenian traffic system and their emissions have a negative effect on the environment and people´s health. In the first part of the thesis we have displayed the road and rail freight traffic loads for selected years. Additionally, using the TRANSvisions study we have constructed a forecast of the freight loads for the year 2030. One of the plausible solutions for amending the problem of freight traffic on roads is in its shift to the railway system. This type of the solution is currently implemented solely in one of the Slovenian routes; between Maribor and Wels (Austria). Austria is well known for its strict traffic policies and for shifting freight traffic from roads to railways, which has been a common practice for several years. Also in other European countries the so called piggy back system is already widely implemented. In the second part of the thesis we displayed the technologies that are used in shifting the freight road vehicles (trailers, semi-trailers, swap bodies and containers) to the railways and specialized logistic terminals. Since the bulk of daily transit trucks in direction from Hungary to Italy pass through Slovenia, we have foreseen a logistic terminal in the Prekmurje region for which we have defined its throughput capacity and spatial requirements in order to accommodate the daily truck transit in 2030. Currently, there are two main issues in Slovenia that are impeding the shifting of road freight traffic to railways: Slovenian traffic policy which does not charge the external costs to trucks and inadequate condition of Slovenian railway system. That is why we have assumed that Slovenia will regulate its traffic policy and also restore and upgrade the railway system until the 2030. The goal of the European commission is to shift 30 % of the road freight traffic over 300 km to the railway
Secondary keywords: graduation thesis;civil engineering;transport policy;corridor logistics terminal;freight transport shift;piggy back transport;logistics terminal;scenario;
File type: application/pdf
Type (COBISS): Undergraduate thesis
Thesis comment: Univ. v Ljubljani, Fak. za gradbeništvo in geodezijo
Pages: XXII, 94 str.
Type (ePrints): thesis
Title (ePrints): Shifting freight transport from road to rail
Keywords (ePrints): prometna politika;koridor;preusmeritev tovornega prometa;oprtni prevoz;logistični terminal;scenarij
Keywords (ePrints, secondary language): transport policy;corridor;freight transport shift;piggy back transport;logistics terminal;scenario
Abstract (ePrints): Cestni blagovni prevoz postaja vse večja teţava Slovenije. Veliko število tovornih vozil dnevno obremenjuje slovenske avtoceste, obenem pa s svojimi emisijami škodujejo tako ljudem kot naravi. Zato v prvem delu diplomske naloge prikazujemo prometne obremenitve cestnega in železniškega blagovnega prevoza v posameznih letih ter s pomočjo študije TRANSvisions ocenjujemo blagovne obremenitve v letu 2030. Možna rešitev, kako urediti področje cestnega blagovnega prevoza in o kateri se govori že vrsto let, je v preusmeritvi tovornih vozil na železnico. V Sloveniji to vrsto preusmeritve že poznamo, vendar le na relaciji Maribor-Wels (Avstrija), kjer se zaradi ostre okoljske politike Avstrije že vrsto let preusmerja tovorna vozila na železnico. Drugod po Evropi je tako imenovani oprtni sistem prevoza veliko bolj razširjen. V nadaljevanju naloge prikazujemo tehnologije preusmerjanja cestnih tovornih vozil oziroma le prikolic, polprikolic, zamenljivih tovorišč ali kontejnerjev na železnico ter za to potrebne logistične terminale. Ker iz smeri Madžarske proti Italiji preko Slovenije tranzitira veliko število tovornih vozil, smo v zaključku diplomskega dela predvideli logistični terminal na območju Prekmurja ter določili njegovo pretovorno sposobnost in potrebno velikost za preusmeritev želenega števila tranzitnih tovornih vozil v letu 2030. Preusmeritev tovornega prometa s cest na železnice v Sloveniji onemogočata vsaj dva dejavnika: prometna politika drţave, ki ne zaračunava eksternih stroškov tovornim vozilom ter slabo stanje slovenske železniške infrastrukture. Zato v diplomski nalogi predpostavljamo, da bo drţava do leta 2030 uredila prometno politiko ter obnovila in nadgradila slovensko železniško omrežje. Cilj Evropske komisije je, da se do leta 2030 preusmeri 30 % cestnega blagovnega prometa na razdaljah več kot 300 km na železnico ali vodni promet. To velja za vse države EU, tudi Slovenijo.
Abstract (ePrints, secondary language): Road freight transport in Slovenia is becoming a major issue. High daily volume of trucks are burdening the Slovenian traffic system and their emissions have a negative effect on the environment and people´s health. In the first part of the thesis we have displayed the road and rail freight traffic loads for selected years. Additionally, using the TRANSvisions study we have constructed a forecast of the freight loads for the year 2030. One of the plausible solutions for amending the problem of freight traffic on roads is in its shift to the railway system. This type of the solution is currently implemented solely in one of the Slovenian routes; between Maribor and Wels (Austria). Austria is well known for its strict traffic policies and for shifting freight traffic from roads to railways, which has been a common practice for several years. Also in other European countries the so called piggy back system is already widely implemented. In the second part of the thesis we displayed the technologies that are used in shifting the freight road vehicles (trailers, semi-trailers, swap bodies and containers) to the railways and specialized logistic terminals. Since the bulk of daily transit trucks in direction from Hungary to Italy pass through Slovenia, we have foreseen a logistic terminal in the Prekmurje region for which we have defined its throughput capacity and spatial requirements in order to accommodate the daily truck transit in 2030. Currently, there are two main issues in Slovenia that are impeding the shifting of road freight traffic to railways: Slovenian traffic policy which does not charge the external costs to trucks and inadequate condition of Slovenian railway system. That is why we have assumed that Slovenia will regulate its traffic policy and also restore and upgrade the railway system until the 2030. The goal of the European commission is to shift 30 % of the road freight traffic over 300 km to the railway
Keywords (ePrints, secondary language): transport policy;corridor;freight transport shift;piggy back transport;logistics terminal;scenario
ID: 8312815
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