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Promoting Modal Shift

Modal shift in freight transport means switching from transport mostly by trucks to transport utilizing railways and ships. In keeping with the objective of the Green Logistics Partnership Conference, Nippon Express promotes collaboration and cooperation between sender companies and freight companies, and in FY2006 successfully implemented numerous cases of modal shift, switching from a truck-centered form of transport to one that makes much use of railways and ships.

CO2 Emission Basic Units by Transport Mode

CO2 Emission Basic Units by Transport Mode

Source: The Ministry of Economy, Trade and Industry Notification No. 66 (March 29, 2006), “Method of Calculating the Energy Usage Involved in the Transport of Cargo Carried out by Freight Haulers”

  • Maximum load for trucks 10,000 kg–11,999 kg; load ratio provisionally calculated at 100%

Effect of Modal Shift

provisionally calculated using the optimum t-km method in the case of transporting a 10-ton cargo

Example of Shift to Rail Transport

Rail Freight Transport

Section Mode
Rail transport distance (km) Collection and delivery distance (km) Energy usage (MJ) CO2 emissions (kg)
Tokyo–Osaka 552 20 3,010 142
Tokyo–Sapporo 1,184 20 6,113 281
Tokyo–Fukuoka 1,185 20 6,118 281

Truck Transport

Section Mode
Transport distance (km) Ferry boat transport distance (km) Energy usage (MJ) CO2 emissions (kg)
Tokyo–Osaka 552 20 3,010 142
Tokyo–Sapporo 1,184 20 6,113 281
Tokyo–Fukuoka 1,185 20 6,118 281

Vs. Truck Reduction Efficacy

Section Mode
Energy usage CO2 emissions
Tokyo–Osaka 62% 74%
Tokyo–Sapporo 46% 64%
Tokyo–Fukuoka 63% 75%

Example of Shift to Domestic Marine Transport

Domestic Marine Transport

Section Mode
Marine transport distance (km) Collection and delivery distance (km) Energy usage (MJ) CO2 emissions (kg)
Tokyo–Kushiro 1,120 20 6,515 457
Tokyo–Sapporo 1,048 76 6,954 487
Tokyo–Fukuoka 1,129 20 6,565 461

Truck Transport

Section Mode
Marine transport distance (km) Ferry boat transport distance (km) Energy usage (MJ) CO2 emissions (kg)
Tokyo–Kushiro 993 242 15,145 1,041
Tokyo–Sapporo 722 242 11,379 782
Tokyo–Fukuoka 1,186 0 16,485 1,130

Vs.Truck Reduction Efficacy

Section Mode
Energy usage CO2 emissions
Tokyo–Kushiro 57% 56%
Tokyo–Sapporo 39% 38%
Tokyo–Fukuoka 60% 59%

Frequently Asked Questions about IR (FAQ)

Frequently Asked Questions about IR (FAQ)

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