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Download full report - Toyota Motor Europe

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<strong>Toyota</strong> <strong>Europe</strong>an Sustainability Report 2010 I Environmental Performance<br />

28<br />

The transport sector’s contribution to climate<br />

change<br />

These commitments, called the 20-20-20 action plan, directly<br />

affect the transport sector.<br />

The transport sector, consuming about 28% of the total energy<br />

used in the EU, is an energy-intensive sector and a significant<br />

contributor to the manmade generation of CO 2 emissions.<br />

We need to balance the need for enhanced mobility with the<br />

needs of our environment and society. To contribute to a lowcarbon<br />

society, we need to improve the energy efficiency of<br />

our cars and to encourage low-carbon fuels usage.<br />

CO 2 g/km<br />

Biofuels<br />

180<br />

170<br />

160<br />

150<br />

140<br />

130<br />

120<br />

110<br />

100<br />

90<br />

80<br />

<strong>Toyota</strong><br />

140<br />

We have long considered energy efficiency and the development<br />

of fuel-efficient vehicles a priority. We have introduced<br />

technologies such as Dual-VVTi, Valvematic and D-4S dual<br />

injection, as well as our innovative Hybrid Synergy Drive ®<br />

technology. Plug-in Hybrid solutions represent the next step<br />

in fuel-efficiency.<br />

To create a low-carbon society, we also need to switch<br />

from fossil fuels to low-carbon fuels, preferably made from<br />

renewable energy sources.<br />

Year 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20<br />

We believe that biofuels can offer a sustainable and lowercarbon<br />

alternative, provided they meet certain criteria and<br />

are available in sufficient volume. Today, most biofuels used<br />

in transport are made from agricultural feedstock and are<br />

referred to as first-generation biofuels.<br />

Ethanol originates from sugar-based feedstock such as sugar<br />

cane, cereals or sugar beet, and is then blended into petrol.<br />

Biodiesel originates from oil-seed based feedstock such as<br />

rapeseed, and is then blended into diesel.<br />

Regarding the use of biofuels, <strong>Toyota</strong> has three concerns:<br />

1- Biofuels must be produced in a way that minimises<br />

CO 2 emissions and environmental impact. <strong>Toyota</strong><br />

is involved in a number of initiatives to establish<br />

criteria to guarantee that biofuels are produced in a<br />

sustainable way.<br />

Contributions to the EU CO 2 targets<br />

120<br />

2- Biofuels must meet strict quality criteria to ensure the<br />

fuel is fit for purpose and delivers expected performance<br />

in the vehicle. <strong>Toyota</strong> supports the Committee of <strong>Europe</strong>an<br />

Normalization’s work in drafting common fuel standards<br />

and calls for their introduction across EU member states.<br />

Hydro-treated Vegetable Oil (HVO) is a promising low-carbon<br />

biological alternative to diesel and is available on the market today.<br />

Made by a refinery-based process which converts vegetable<br />

oil to paraffin, HVO is a high-quality product that has the<br />

potential to substantially reduce greenhouse gas emissions.<br />

<strong>Toyota</strong> is also a member of the Alliance for Synthetic Fuels in<br />

<strong>Europe</strong> that promotes the uses of synthetic fuels as a highquality<br />

alternative to diesel fuel. For more information please<br />

see www.synthetic-fuels.org/index_en.php<br />

3- The production of biofuels should not compete with<br />

food production. <strong>Toyota</strong> support second-generation

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