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KTH Railway Group Center for research and education in railway technology Hans E. Boysen Department of Transport Science Royal Institute of Technology 2012-01-11 Fran-Scan Hi-Cube Intermodal Corridor Britain France Scandinavia

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2012-01-11 Session 34: Fran-Scan hi-cube intermodal corridor Britain – France – Scandinavia Higher loading gauges on the railway can be introduced comparatively easily and give better coordination between transportation modes and higher capacity for many loads, including consumer and forest products. For many commodities, volume (rather than mass) limits how much can be loaded into today’s vehicles and load units. On the highways in Europe a vehicle height of 4.5 m or taller is permitted in five nations – Norway, Sweden, France, the United Kingdom and Ireland – which contributes to high capacity and efficiency in transportation. The nations in between, however, only permit up to 4.0 m height on the highways, which prevents through traffic with tall vehicles between France and Scandinavia. On the railways the maximum vehicle height in much of Europe is presently 4.65 m, but there is sufficient margin to normal overhead line height to permit 4.9 m or even taller vehicle height between Scandinavia and England via France. A new intermodal gauge, P/C 450 (2.60 m4.83 m), enables: - 4.5 m high semitrailers on flat wagons with a ramp (ro-ro) - 4.0 m high semitrailers on flat wagons with a ramp - 1.15 m high lumber packages stacked three high (+50 %) instead of two. With ro-ro loading instead of lifting the majority of the existing semitrailer and swap bodies, even without reinforcements, can be handled in intermodal transportation. The new intermodal gauge P/C 450 was introduced in 2011 on the Øresund bridge and already fits in the Eurotunnel between France and England and on some lines in Sweden. Introduction of this gauge is proposed for an integral corridor between Norway, Sweden, northern France and England. Due to its narrow width this new intermodal gauge avoids many obstacles, and can thus be introduced comparatively easily. Surveying a pilot route from a major sawmill to its shipping port revealed zero stopping obstacles. With minor additional enlargement of the loading gauge through Belgium and northern France, a route would be opened to London for the most common European loading gauge, G2. Intermodal coordination, intermodal development and wagonload development are described.

TRANSCRIPT

Page 1: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Hans E. Boysen

Department of Transport Science

Royal Institute of Technology

2012-01-11

Fran-Scan Hi-Cube Intermodal Corridor

Britain – France – Scandinavia

Page 2: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Purpose

• To identify opportunities, challenges and logistic effects of operating higher railway loading gauges in Europe

Page 3: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Presentation Outline

PART 1: INTERMODAL COORDINATION

PART 2: WAGONLOAD COORDINATION

PART 3: WAGONLOAD DEVELOPMENT

PART 4: SUMMARY

Page 4: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Intermodal Transportation Growth

Swedish cross-border rail freight tonnage excluding iron ore (1000 tons)

Cross-border intermodal transportation is growing rapidly.

Data: TA

Page 5: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Standard and Hi-Cube Intermodal Loads Victoria Skeidsvoll

Page 6: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Highway Vehicle Height Limits

4.65 m

4.2 m

4.0 m

>4.5 m

>4.95 m

>4.5 m

Vision: P/C 450

rail corridor

4.1 m

Page 7: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Stockholm

S:t Petersburg

Køben-

Göte-

Tampere

Århus

Uppsala

Turku

Umeå

Oulu

Trondheim

Bergen

Stavanger

Norrköping Linköping

Helsing - borg

Odense

Ålborg

Gävle

Sundsvall

Östersund

Borlänge

Skellefteå

Luleå

Trollhättan

Lund

Halmstad

Varberg

Tallinn

Riga

Helsinki

Skövde

Rail Freight Corridors

Fran-Scan

Hi-Cube

Intermodal

Corridor

(P/C 450)

Katrineholm

Nässjö

Drammen

Taulov

Berlin

Rostock

Sassnitz

Malmö Trelleborg

Kouvola

Ånge

Narvik

Älmhult

Hamburg

Oslo

Bremen

Kristiansand

Metz

Fran-Scan corridor

Existing P/C 450 lines

Planned P/C 450 lines

Rail ferry link

Jönköping

Örebro

Västerås

Falun

Lübeck

Osnabrück

Piteå

Örnsköldsvik

Fran-Scan

Esbjerg

Hallsberg

havn

borg

Page 8: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Intermodal Gauge P/C 450

Wagon pocket height 33 cm ATOR (UIC 571-4)

Trailer height

450 cm

Total height

483 cm ATOR

Container/

swap body height

365.5 cm

Wagon floor height

117.5 cm ATOR (UIC 571-4)

Container/

swap body width

260 cm

Overhead contact wire

Trailer width

260 cm

Trailer

P 450

Container/

swap body

C 450

Wagon

Wagon

P = pocket

C = container

ATOR = above top of rail

Page 9: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Sample Intermodal Pocket Wagons

270 mm pocket height, Sdggmrs 270 mm pocket height, Sdggmrss

Green Cargo Ruud

Page 10: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

1155 mm frame height, Sgnss 820 mm floor height, Sffggmrrss (FKA)

Gareth Bayer Anders Jansson

Sample Intermodal Flat Wagons

Page 11: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Wagon pocket height

ATOR

Wagon type, examples

Max. trailer height

within P/C 450

0.330 m UIC 571-4 4.500 m

0.310 m Sdgms 4.520 m

0.270 m Sdggmrs, Sdggmrss, Sdgmns 4.560 m

Intermodal Load Heights in P/C 450

Wagon floor height

ATOR

Wagon type, examples Max. container/swap body height

within P/C 450

1.175 m UIC 571-4 3.655 m

1.170 m Sdgms 3.660 m

1.155 m Sdggmrss, Sdgmns, Sgnss 3.675 m

1.150 m Sdggmrss-t 3.680 m

0.825 m Sffggmrrss 4.005 m

0.820 m Sffggmrrss (FKA) 4.010 m

ATOR = above top of rail

Page 12: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

90

95

100

105

110

115

120

4 4,5

Relative volume capacity (%) vs. trailer height (m)

Relative volume capacity (%) vs. trailer height (m)

Volume Capacity Increase

For mega trailers with

floor height 1.0 m

+17 % larger unit volume capacity with

intermodal gauge P/C 450 than with P/C 400.

90

95

100

105

110

115

120

3,15 3,65

Relative volume capacity (%) vs. container/swap body height (m)

Relative volume capacity (%) vs. container/swap body height (m)

Page 13: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Railway Intermodal Gauges

P410

P400

P359

P380

No code

Interunit 2011

(modified)

P422

P432

P450

Fran-Scan

Page 14: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Approximate Distances

Folkestone – Malmö ≈ 1300 km

Page 15: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Present Corridor Loading Gauges Overhead line

Top of rail Eurotunnel

Øresund

GC

P/C 450

Betuwe

GC

P/C 432

Development: Denmark planning for a taller loading gauge.

Page 16: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Loading Gauges

Corridor

segment

Loading gauge,

height

Norway M, 4.595 m

Sweden C, 4.83 m

A, 4.65 m

Øresund bridge P/C 450, 4.83 m

Denmark G2, 4.65 m

Fehmarnbelt link

Germany G2, 4.65 m

Netherlands G2, 4.65 m

Betuwe line GC, 4.65 m

Belgium GB-M6, 4.602 m

France GB1, 4.32 m

Eurotunnel 5.75 m

Sufficient height of loading gauge SE-C and Eurotunnel for P/C 450

Page 17: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Total clearance 215 mm to 400 mm needed to OHL.

• Overhead line construction tolerance: 30 mm

• Contact wire dynamic movement: 50 mm

• Electrical minimum clearance (EBO, VDE 0115-1):

- 25 kV 220 mm

- 15 kV 150 mm

- 3 kV 50 mm

- 1.5 kV 35 mm

• Vehicle dynamic movement (TSI): 50 mm

• Track ballast tamping allowance: 50 mm

Vertical Clearance Requirements to OHL OHL = overhead line

Page 18: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Corridor

segment

Loading gauge,

height

Norway M, 4.595 m

Sweden C, 4.83 m

A, 4.65 m

Øresund bridge P/C 450, 4.83 m

Denmark G2, 4.65 m

Fehmarnbelt link

Germany G2, 4.65 m

Netherlands G2, 4.65 m

Betuwe line GC, 4.65 m

Belgium GB-M6, 4.602 m

France (north) GB1, 4.32 m

Eurotunnel 5.75 m

OHL

voltage

15 kV

15 kV

25 kV

25 kV

15 kV

1.5 kV

25 kV

3 kV

25 kV

25 kV

and OHL Heights Loading Gauges

Total

clearance

needed

0.33 m

0.33 m

0.40 m

0.40 m

0.33 m

0.215 m

0.40 m

0.23 m

0.40 m

0.40 m

OHL height

needed for

P/C 450

5.16 m

5.16 m

5.23 m

5.23 m

5.16 m

5.045 m

5.23 m

5.06 m

5.23 m

5.23 m

OHL normal

height

5.5 m

5.5 m

5.33 m

5.3 m, 5.5 m

5.3 m, 5.5 m

5.5 m

5.5 m

5.3 m

5.5 m

6.3 m

Sufficient clearances to normal OHL heights for P/C 450.

OHL = overhead line

Page 19: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Lift-on Lift-off Loading

• Lift-on lift-off requires load unit reinforcements.

• Few semitrailers are reinforced (<10 %).

CargoNet

Page 20: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group Trailer Train

4000

4000

4830

4830

Roll-on Roll-off Wagons in P/C 450

Wheels > 0.63 m

Page 21: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

1268 mm floor height, Rs

Anders Karlsson

Other Loads: Construction Equipment

Page 22: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

1268 mm floor height, Rs

Bengt Dahlberg Peter Norberg

Other Loads: House Sections and Lumber

1235 mm floor height, Rns

Page 23: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Maximum

total height

483 cm ATOR

Maximum

load height

353 cm

Wagon riser height

130 cm ATOR

Overhead contact wire

Wagon Wagon

ATOR = above top of rail

House

section

Load width

210 cm

Packaged

lumber

Packaged

lumber

Packaged

lumber

Packaged

lumber

Packaged

lumber

Packaged

lumber

Maximum

section height

356 cm

Wagon floor height

127 cm ATOR

Section width

255 cm

Top of rail

Lumber can be stacked 1 package higher (+50 %)

in intermodal gauge P/C 450 than in P/C 400.

Package

110 cm

Spacer

4 cm

House Sections and Lumber in P/C 450

Page 24: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

1305 mm riser height, Sgns

Ulf Jaarnek

Lumber: Three Packages High (+50 %)

Page 25: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

1305 mm riser height, Sgns

Ulf Jaarnek

Lumber: Three Packages High (+50 %)

Page 26: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Swedish Softwood Lumber Export

to the Main European Markets

Statistics Sweden, Swedish Forest Industries Federation

Page 27: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Presentation Outline

PART 1: INTERMODAL COORDINATION

PART 2: WAGONLOAD COORDINATION

PART 3: WAGONLOAD DEVELOPMENT

PART 4: SUMMARY

Page 28: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Railway Loading Gauges

G2

<G2

>G2

Vision: G2

rail corridor

Page 29: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Loading Gauge G2

• Central and eastern Europe use the G2 gauge.

• HS1 and Eurotunnel are cleared for the G2 gauge.

• How to connect?

Folkestone

Calais

Page 30: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Clearing a Path for G2 to Britain • Belgium: GB-M6 and P/C 450 nearly envelop G2.

• France: GB1 and P/C 450 nearly envelop G2.

Minor additional gauge enlargement would open

London, Folkestone, northern France and Belgium

to the larger wagons of central and eastern Europe.

P/C 450

GB-M6

G2

GB1

P/C 450

G2

Page 31: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Sample Enclosed Wagons

G1 gauge, Habbiins 14 wagon IL 22.6 m, IW 2.83 m, V 173 m3

G2 gauge, Habiis 11 wagon IL 21.838 m, IW 2.83 m, V 186.3 m3

Transwaggon Transwaggon

Page 32: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Volume Capacity Increase

• Volume capacity comparison of Habbiins 14 (G1) and Habiis 11 (G2), per meter of inside length.

+11 % larger wagon volume capacity

with loading gauge G2 than with G1.

94

96

98

100

102

104

106

108

110

112

114

G1 G2

Relative volume capacity (%) vs. loading gauge

Relative volume capacity (%) vs. loading gauge

Page 33: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Presentation Outline

PART 1: INTERMODAL COORDINATION

PART 2: WAGONLOAD COORDINATION

PART 3: WAGONLOAD DEVELOPMENT

PART 4: SUMMARY

Page 34: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Corridor

segment

OHL normal

height

Norway 5.5 m

Sweden 5.5 m

Øresund bridge 5.33 m

Denmark 5.3 m, 5.5 m

Fehmarnbelt link

Germany 5.3 m, 5.5 m

Netherlands 5.5 m

Betuwe line 5.5 m

Belgium 5.3 m

France (north) 5.5 m

Eurotunnel 6.3 m

OHL

voltage

15 kV

15 kV

25 kV

25 kV

15 kV

1.5 kV

25 kV

3 kV

25 kV

25 kV

Maximising Loading Gauge Height

Total

clearance

needed

0.33 m

0.33 m

0.40 m

0.40 m

0.33 m

0.215 m

0.40 m

0.23 m

0.40 m

0.40 m

Loading gauge

height possible

5.17 m

5.17 m

4.93 m

4.90 m

4.97 m

5.285 m

5.10 m

5.07 m

5.10 m

5.90 m

Loading gauge height 4.90 m possible under normal OHL height.

OHL = overhead line

Page 35: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Desired Flat-Top Loading Gauges

Clearance ≥ 0.40 m (25 kV)

P/C 450 2.60 m 4.83 m

P/C 400 2.60 m 4.33 m

Pocket 0.33 m

OHL 5.30 m

Wide 3.60 m 4.90 m

Medium 3.40 m 4.90 m

Narrow 3.15 m 4.90 m

TOR 0.00 m

Page 36: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Loading Gauge Comparison

Note: Largest inscribed rectangle above floor height, 1.2 m.

Page 37: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Opportunities of a Larger Gauge

133 m3 volume, Hiqqrrs-vw wagon 158 m3 volume, SECU container

Kockums Industrier Kockums Industrier

Page 38: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Opportunities of a Larger Gauge

5 seats across, X53 unit 3.45 m width, X55 unit

Frederik Tellerup Michael Nilsson

Page 39: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Presentation Outline

PART 1: INTERMODAL COORDINATION

PART 2: WAGONLOAD COORDINATION

PART 3: WAGONLOAD DEVELOPMENT

PART 4: SUMMARY

Page 40: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Conclusions

• P/C 450 intermodal gauge (2.6 m 4.83 m) enables: - 4.50 m high semitrailers, loaded by lift-on lift-off - 4.00 m high semitrailers, loaded by roll-on roll-off - 1.15 m high lumber packages, loaded three tall.

• P/C 450 fits within the Swedish C loading gauge.

• Overhead line normal heights are sufficient for P/C 450 Norway – France – Eurotunnel – Folkestone.

• Minor expansion would enable G2 gauge to London.

• On rebuilt or new lines, 4.9 m flat-top is desired.

Page 41: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Recommendations

• Show the applicable P/C intermodal gauges in all railway network statements.

• Implement P/C 450 on Fran-Scan connecting lines: - Trelleborg – Halmstad 2015, Skälebol – Oslo - Malmö – Hallsberg, Fors – Luleå - Mjölby – Stockholm - København – Esbjerg

• Implement in the Fran-Scan corridor: - P/C 450: København – Hamburg – Lille – Calais - G2: Rosendaal – Lille – Calais

Page 42: Session 34 Hans Boysen

KTH Railway Group • Center for research and education in railway technology

Railway Group

Thank you!