Headquarter Information > Corporate Social Responsibility > Commitment to Environment:Nippon Express

Home > Headquarter Information > Corporate Social Responsibility > Commitment to Environment > Initiatives to Introduce Low-pollution Vehicles and Enhance Fuel Economy

Initiatives to Introduce Low-pollution Vehicles and Enhance Fuel Economy

Nippon Express is making vigorous efforts to reduce emissions of CO2, NOx and particulate matters, as well as putting eco-friendly vehicles into service to improve fuel efficiency.

Eco-friendly (Low-emission) Vehicles

Instead of merely obeying the law, Nippon Express went beyond and actively introduced eco-friendly vehicles including newly developed models. In 2005, we reviewed the definition of the clean energy vehicles that we had been adopting until then and revised our policy. We stopped purchasing electric and methanol vehicles, manufacturing of trucks had been discontinued, and emphasis was shifted to decreasing emissions of large vehicles. In fiscal 2006, we increased the purchase of hybrids and CNG vehicles that conform to the new long-term regulations for large-sized vehicles, which increased our total fleet at the end of March 2007 to 2,670, against our target of 2,500 vehicles.

(Number)

Vehicle type FY
2001 2002 2003 2004 2005 2006
Methanol vehicles 33 32 31 8 1 0
Compressed natural gas vehicles 117 171 228 264 300 337
Hybrid vehicles 30 44 61 155 229 322
Electric vehicles 3 2 2 0 0 0
LPG vehicles 759 866 998 1,079 1,120 1,143
Ultra-low PM vehicles (large type) 117 339 447
New long-term regulation vehicles 14 139 421
Total 942 1,115 1,320 1,637 2,128 2,670

Eco-friendly Vehicles

  • Compressed Natural Gas (CNG) Trucks

    Fuel for these trucks is the same natural gas used by urban households, compressed under high pressure. CO2 emissions are 20 to 30% lower than gasoline, NOx emissions are much lower than diesel and there is no PM. However, further problems that need to be solved include making fuel tanks smaller and lighter and enhancing fueling stations.

  • Hybrids

    Hybrids use a combination of motive force, including ordinary engines and electric motors. Energy created by the engine and braking is converted to electricity and stored, then used as supplemental driving power when starting, accelerating and climbing.

  • LPG Trucks

    Engines are fueled with liquefied petroleum gas, which is commonly used by taxis. NOx emissions are far lower than diesel and there is no PM. Because fueling stations (LPG stations) are found nationwide, this is the most common type of clean energy truck.

  • Compressed Natural Gas (CNG) Trucks

  • Hybrids

  • LPG Trucks

Eco-driving Education

“Eco-driving” has two meanings: ecological driving and economical driving. The idea behind eco-driving, or driving in an eco-friendly manner, is to protect the environment and resources and yet achieve economical profits. Furthermore, it involves working toward safety by endeavoring to drive moderately.

Every year from facilities around the country, Nippon Express gathers employees who play a central role in driving instruction and conducts comprehensive instructor training. This training program is called the “driving instructor training course,” and its purposes include mastering eco-driving, learning how to drive safely and having participants see how driving smoothly without sudden acceleration and braking is an integral element of safe driving. Those who complete the course are designated as in-house driving instructors, who then train and instruct drivers personally. This course enables instructors to understand eco-driving with both mind and body , and they further educate fellow drivers at their respective branches.

Installation of Digital Operation Recorders

Digital operation recorder

Digital operation recorder

Through the installation of digital operation recorders, operation data items standardized for the entire company are accumulated in the operation management system’s server via our intranet, enabling people in all sections, branches and headquarters to share objective data on fuel economy, engine idling and other information.

This system now makes it possible to calculate for each vehicle eco-driving factors such as excessive vehicle speed, sudden acceleration and braking, idling time, and excessive engine speed. When values set in advance are exceeded, the date, time, place and other data are recorded on a card, and an operation manager will use the performance output following vehicle operations to give the driver meticulous guidance. Fuel efficiency is improved through repeated guidance and supervision of drivers’ everyday vehicle operation.

This initiative with respect to fuel-efficient driving, through the introduction of an operation management system utilizing digital operation recorders, won the Logistics Environmental Conservation Activities Award of the seventh Logistics Environment Award from the Japan Federation of Freight Industries in June 2006.

Digital Operation Management System (Conceptual Diagram)

Digital Operation Management System (conceptual diagram)

Frequently Asked Questions about IR (FAQ)

Frequently Asked Questions about IR (FAQ)

Related Information