Replies to post #9306 on NanoTech Gaming Inc (NTGL)

[brg88tx]

thanks orangeman. who ever called you a basher.

[legolambazoid]

Thank you Orangeman! That is great news, i had mistakenly assumed that someone had already called and inquired about this matter, kudos to you sir for taking the initiative!
Lego

[RamSpace]

Well done, Orangeman. So What is delaying the PR - obviously it is no more secret.

[Ceteksevenmillion]

This sounds like Cerotex (trademark Wilson TurboPower) is produced by Cetek Technologies.

About Cerotex, Wilson TurboPower

Based on research at MIT, Wilson TurboPower, Inc. (WTPI) is developing two efficiency-enhancing products. The first is its high-temperature, super-efficient ceramic heat exchanger called Cerotex™.
The second is its super-efficient ceramic microturbine for distributed power generation and military and transportation propulsion systems. This engine optimizes the benefits of Cerotex™ and has the potential to revolutionize the energy industry by offering least cost and lowest emissions electricity.

BTW, good DD Orange. My compliments to you.

Good Luck,
Ceteksevenmillion

[PennyWorld]

Orange, Nice job! Now maybe I'll go out and average down more :)

[end2war]

Orangeman... Did you learn anything else from Anderson which you will share? For example, did CTKH furnish this funding of $815,000?.... and how much product is WTP using of CTKH?

http://masshightech.bizjournals.com/masshightech/stories/2006/05/01/daily5.html?surround=lfn

Wilson TurboPower picks up first funding
Mass High Tech: The Journal of New England Technology - May 1, 2006

Woburn's Wilson TurboPower Inc. (WTPI), a maker of unique heat exchangers for fuel cell and microturbine systems, has landed a first round of funding, totalling $815,000. The funds were provided by current individual investors who have funded the company since inception in 2003.

WTPI announced earlier this year that it had achieved a breakthrough in industrial heat exchangers. Using exclusively licensed technology from MIT, WTPI demonstrated operating temperatures above the ranges at which metal heat exchangers typically perform, in excess of 1,650 degrees Fahrenheit. With further development, the system is expected to operate at even higher temperatures, according to company officials.



The technology is based on a ceramic rotary "regenerator," called Cerotex. The system can also transfer heat from one gas to another at an efficiency in excess of 98 percent, officials say. For traditional heat exchangers to reach such a rate, they must be substantially larger.

Possible applications for the new technology include hydrogen reforming, metal refining, biomass drying, power generation, and food and pharmaceutical processing. The regenerator can also be used in cold applications such as air-cycle cooling and refrigeration.

The company will use the new capital to continue its product development and increase its marketing efforts.