Nearly Waterless Washing Machine to Debut in 2009
July 29th, 2008 by Lisa Zyga
Xeros Ltd's washing machine uses less than 2 percent of the water and energy of a conventional machine.
A new washing machine that uses just a cup of water, a pinch of detergent, and about 1,000 small plastic chips to clean clothes may be available for consumers in the UK next year.
Researchers at Leeds University designed the machine, which will be marketed by a spin-off company called Xeros Ltd (which means "dry" in Greek). Company founder Stephen Burkinshaw, a professor of textile chemistry, explains that the machine will reduce both water and energy consumption.
Currently, washing machine use accounts for 13 percent of daily household water consumption in the UK, or about 21 liters (5.5 gallons) of water per day, according to the UK organization Waterwise. Besides saving water, the Xeros machine uses just 2% of the energy of a conventional washing machine. And since clothes come out nearly dry, they don´t require the use of a dryer.
"We have shown that it can remove all sorts of everyday stains, including coffee and lipstick, while using a tiny fraction of the water used by conventional washing machines," Burkinshaw said.
When doing a load of wash, users throw their clothes in like a normal washing machine. Then a cartridge in the back of the machine adds plastic chips - about 45 pounds (20 kg) of them - to the load. Next, a cup of water containing the detergent is added. After the water dissolves the dirt, the chips absorb the water, without the need for a rinse or spin cycle. When finished, a grill at the bottom of the machine opens to collect the chips.
According to Xeros, the chips can last for about 100 loads of laundry, or about six months for an average family. The company has not yet provided details on what the chips are made of, or how easily and safely the chips can be disposed of or recycled.
Working with Leeds University´s commercialization partner IP Group, Xeros has secured an investment of almost 500,000 pounds ($984,400) for the project. The price of the Xeros washing machines for consumers is "not expected to be dramatically different from (conventional) washing machines," according to the company.
More information: www.XerosLtd.com
via:InventorSpot, Reuters
Jun 22, 2009 |
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umm.. kinda a big deal this info...
Without the best patent insurance law firms, the early disclosure of trade secrets by publication or patent guarantees a complete lack of protection or funding.
Whether or not you believe China's economy rode in on Microsoft's piriated software, as early as the 1980's the patent & copyright process was a smorgasbord for Asian entrepreneurs. The fines were either completely avoidable or dwarfed by returns in local markets.
Think of global entrepreneurs as corporate members of the World Trade Organization, with diplomatic immunity to common law in foreign nations. Think of the 800 pound Gorilla, the Magna Charta, and other explorers historic pillaging of weaker villages; then you'll understand modern economies never fool mother nature.
They must use hydroscopic plastic chips to absorb the water, then the chips must be dried afterwards with dessicant or heat. Again how is the dirt separated with only a cup of water?
And of course the chips will eventually need to be cleaned or disposed of(dry cleaning solvent typically gets cycled through many large loads before being disposed of.) And I can't quite understand how the machine separates the dirty chips from the clothes.
I just hope the chips aren't some mechanism for delivering some gastly Fabreeze-like chemical nastiness into more nooks and crannies of our lives.
-plastic chips in pockets
-disposal of the plastic chips
-toxicity of the plastic contaminating clothes
-what happens to dirt (after 100 diaper/nappy washes all that dirt goes somewhere-biohazard)
Uh, surely you mean the cartridge holds 45 pounds total? Or "4-5 pounds?" I am assuming this machine can't really be adding 45 pounds of plastic to EACH load.
2) What happened to the Japanese washer of a few years ago that used ultrasonics? It was already in production when I read about it.