Most American racing fans think they know all about Jack Roush, the "Cat in the Hat" who can be found most weekends running the show for his Ford cars and trucks in the NASCAR Sprint, Nationwide and Craftsman Truck series. But knowing that much about Jack Roush is like knowing that Roger Penske has won one or two Indy 500s ... The real story is much, much deeper. Roush, headquartered in Livonia, Michigan, right smack in the heart and soul of the Detroit Three's car-making plants, is a company of more than several thousand employees located in offices and factories and assembly plants all over the world. (Photos --- Above, Jack Roush's own "Little Deuce Coupe" is exhibited outside a company display trailer; Below, "The Cat in the Hat" at a NASCAR event).
A recent press release out of the UK reminded us, once again, of how big and far-flung the Roush Empire is (and we don't think he'd mind his company being called an "Empire"). It seems that Roush, in conjunction with a UK outfit called ITM, are working together on a project to not only develop commercial vehicles with internal combustion engines which will run on hydrogen, producing few emissions and no CO2, but they are also going to create new and improved ways to actually make their own hydrogen fuel. Imagine that: Not only could a company use hydrogen as the main fuel for their (now) low-polluting fleet, but they can also make the fuel for their cars and trucks wherever there's access to water and electricity. Not bad, eh?
Hydrogen fuel used in an internal combustion (IC) engine of any type is not the "be all, end all" answer for the world's transportation problems; far from it. We first saw hydrogen used as an engine fuel and displayed for the public by Mazda, used in a rotary engine, at the 2003 Tokyo Motor Show. There are many problems to be overcome, including making the fuel, storing it in some central location, transporting it to other locations by truck, train, pipeline or some new method not yet developed, and then, finally, delivering it to the vehicles which will "burn" it in their IC engines. Once on-board the vehicle which will use it brings up another set of tough problems; storing it safely is just one of them. A given amount of hydrogen does not deliver the same amount of mileage which the same amount of gasoline can produce. But hydrogen as a fuel has a lot going for it: It is the most prevalent element in the universe, and when used in an IC engine, very few pollutants are created. So it's definitely worth looking at it closely, and good to see an American company, Roush Technologies, apparently among those in the lead of this particular race. So here's the latest on Roush, their UK partner, and their corporate plans. So here's some of what Jack Roush is doing when he's not busy promoting Ford and saying nasty things about the Toyota teams in NASCAR. We'll even leave-in the quaint misspellings for those of you who enjoy that sort of thing (as we do) as "proof" that the release did originate in the UK (someone once suggested that Disney should simply buy the UK and turn it into a giant theme park ... Don't laugh; it's still possible!).
2008 Roush and ITM to Collaborate on Hydrogen Vehicles
ITM Power plc & Roush Technologies Limited
Collaboration agreement with Roush Technologies Limited to accelerate the arrival of hydrogen vehicles
ITM Power plc is pleased to announce a collaboration agreement with Roush Technologies Limited in a unique project to realise hydrogen-powered, emission-free vehicles on UK roads. Roush Technologies is one of the world’s foremost automotive design, engineering and development groups and the collaboration agreement is expected to accelerate CO2-free, hydrogen-fuelled commercial vehicles operating in Britain. (Photos --- Below left, artwork for the Roush and ITM collaborative hydrogen project; Below right, one of Roush's Ford Fusion NASCAR race cars after a victory).
Roush Technologies, which already has extensive experience in the commercial vehicle sector, will be responsible for both adapting existing internal combustion-engines in vehicles and researching the development of new power units to utilise hydrogen fuel.
ITM will provide the breakthrough refuelling solution by enabling vehicle operators to generate their own hydrogen fuel. Using a patented electrolyser, due to enter production at ITM’s special facility in Sheffield later this year, it is possible to make hydrogen fuel wherever there is a source of electricity and water. The advances in electrolysis technology that ITM has achieved elegantly address the hydrogen infrastructure issue by using the already developed electricity and water distribution network.
The electrolyser can produce hydrogen from water and any source of electricity including off-peak or renewable energy --– electricity generated by wind, wave or solar power. Unlike petrol or diesel, when hydrogen burns, it releases no CO2, merely water vapour.
This agreement will enable both parties to jointly offer a complete package of hydrogen refuelling systems and hydrogen vehicles to customers. It is anticipated that first sales will be to large commercial or local government organisations that wish to demonstrate a commitment to reducing carbon dioxide emissions. Marketing to third parties will commence as soon as possible.
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