Photo

Reuters Photojournalism

Our day's top images, in-depth photo essays and offbeat slices of life. See the best of Reuters photography.  See more | Photo caption 

Photo

Devastated by tornado

A huge tornado tears through the Oklahoma City suburb of Moore, killing dozens.  Slideshow 

Photo

Nuclear tsunami wall

Safety upgrades designed to prevent a repeat of the Fukushima disaster.  Slideshow 

Sponsored Links

First fries, then vans: McD's to recycle oil

Related Topics

A McDonalds restaurant is seen in Westminster, Colorado in this January 24, 2007 file photo. McDonald's Corp will convert its British delivery fleet to run on biodiesel made from its own recycled cooking oil, the firm said on Monday in a statement. REUTERS/Rick Wilking

A McDonalds restaurant is seen in Westminster, Colorado in this January 24, 2007 file photo. McDonald's Corp will convert its British delivery fleet to run on biodiesel made from its own recycled cooking oil, the firm said on Monday in a statement.

Credit: Reuters/Rick Wilking

STONELEIGH, Warwickshire | Mon Jul 2, 2007 11:49am EDT

STONELEIGH, Warwickshire (Reuters) - McDonald's Corp said on Monday it is to convert its British delivery fleet to run on biodiesel made largely from its own recycled cooking oil.

Matthew Howe, senior vice president with McDonald's UK, said the fast food restaurant should eventually be able to replace the six million liters of diesel its fleet used last year with cooking oil from its 1,200 restaurants in Britain.

"We may even have a little bit of excess (biodiesel) capacity we can sell into the market," he told Reuters.

McDonald's launched its rollout on Monday with half of its 45-strong fleet based in Basingstoke in southern England and in about 12 months would convert all its 155 delivery trucks to run on the green fuel.

Howe said the fuel would not smell of the company's food.

"If our trucks drove around the High Street and it smelt of our fries, what a Pavlovian effect, it would be fantastic but unfortunately it does not," he said.

"It would have been one of the best marketing campaigns we could ever have had," he added.

The biodiesel will initially be made up of 85 percent used cooking oil collected from around 900 McDonald's restaurants and 15 percent from pure rapeseed oil.

"As we get better at the refinement we will be able to remove virgin rape (oil) from the process," Howe said.

Howe said the company keeps its used cooking oil apart from other supplies.

HEALTHIER OILS

"We have ensured we don't have any other oils. A lot of other cooking oils that are collected are very contaminated," he said, noting animal fats can cause refining difficulties.

McDonald's UK is using a mixture of high oleic UK rapeseed oil and sunflower oil from Spain to fry its food. The company switched to the formula in April as part of its strategy to stop using hydrogenated fats.

Hydrogenation can lead to the creation of trans fats which may have worse effects on the human body than saturated fats, according to Britain's Food Standards Agency.

High oleic oils are designed to replicate the stability and long shelf life of hydrogenated oils without the adverse health impacts.

Howe said the company had been using all UK-grown rapeseed oil prior to the switch but now had to rely partly on imported sunflower oil supplies.

British farmers have begun to plant high oleic varieties of rapeseed but supplies are still very tight with imported high oleic sunflower oil much more readily available.

"We are pretty much buying the whole (UK) crop. Our goal is to get to 100 percent high oleic rape," he said, adding McDonald's is encouraging UK farmers to grow more high oleic rapeseed.

Seed companies have expressed concerns that the growth of demand for rapeseed oil from the biofuels sector was hampering the expansion of healthier but sometimes lower yielding high oleic varieties.

By using the fuel, McDonald's will save 1,675 tonnes of carbon per year, the company said.

(Additional reporting by Daniel Magnowski in London)

Comments (0)
This discussion is now closed. We welcome comments on our articles for a limited period after their publication.