ZEOX Increases its Stake to 59 in ZEOX Performance Materials LLC: related news

ZEOX Increases its Stake to 59% in ZEOX Performance Materials, LLC

Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The "Company" or "ZEOX") (TSX VENTURE:ZOX) is pleased to announce that the Company has purchased an additional 8% of ZEOX Performance Materials, LLC ("ZPM") from Cheto Partners, LLC, a company controlled by a director of the Company. The acquisition raises ZEOX's interest in ZPM to 59%. The Company paid US$42,814.00 in consideration for the transaction.

ZEOX Increases its Stake to 59% in ZEOX Performance Materials, LLC

Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The "Company" or "ZEOX") (TSX VENTURE:ZOX) is pleased to announce that the Company has purchased an additional 8% of ZEOX Performance Materials, LLC ("ZPM") from Cheto Partners, LLC, a company controlled by a director of the Company. The acquisition raises ZEOX's interest in ZPM to 59%. The Company paid US$42,814.00 in consideration for the transaction.

ZEOX Increases its Stake to 59% in ZEOX Performance Materials, LLC

VANCOUVER (Marketwire) - Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The "Company" or "ZEOX") (TSX VENTURE:ZOX) is pleased to announce that the Company has purchased an additional 8% of ZEOX Performance Materials, LLC ("ZPM") from Cheto Partners, LLC, a company controlled by a director of the Company. The acquisition raises ZEOX's interest in ZPM to 59%. The Company paid US$42,814.00 in consideration for the transaction.

ZEOX Increases its Stake to 59% in ZEOX Performance Materials, LLC

VANCOUVER, BRITISH COLUMBIA -- 06/27/08 -- Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The "Company" or "ZEOX") (TSX VENTURE: ZOX) is pleased to announce that the Company has purchased an additional 8% of ZEOX Performance Materials, LLC ("ZPM") from Cheto Partners, LLC, a company controlled by a director of the Company. The acquisition raises ZEOX's interest in ZPM to 59%. The Company paid US$42,814.00 in consideration for the transaction.

ZEOX Increases its Stake to 59% in ZEOX Performance Materials, LLC

VANCOUVER, BRITISH COLUMBIA--(MARKET WIRE)--Jun 27, 2008 -- Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The "Company" or "ZEOX") (CDNX:ZOX.V - News) is pleased to announce that the Company has purchased an additional 8% of ZEOX Performance Materials, LLC ("ZPM") from Cheto Partners, LLC, a company controlled by a director of the Company. The acquisition raises ZEOX's interest in ZPM to 59%. The Company paid US$42,814.00 in consideration for the transaction.

ZEOX Increases its Stake to 59% in ZEOX Performance Materials, LLC

Octillion Announces Appointment of Nanostructured Inorganic Photovoltaic Researcher to Advisory Board

ZEOX Corporation: New Nanotechnology Breakthrough-Lipotrope

Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The "Company" or "ZEOX") (TSX VENTURE:ZOX), is very pleased to announce that the Company's subsidiary, ZEOX Performance Materials, LLC ("ZPM") under the leadership of Chief Technology Officer, Dr. David Chaiko, and his scientific team have developed a new class of surfactant technology based on a newly developed molecular structure known as Lipotrope®. Surfactants are surface active agents required in the chemical processing of many industrial products.

ZEOX Corporation: New Nanotechnology Breakthrough-Lipotrope(R)

Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The "Company" or "ZEOX") (TSX VENTURE: ZOX), is very pleased to announce that the Company's subsidiary, ZEOX Performance Materials, LLC ("ZPM") under the leadership of Chief Technology Officer, Dr. David Chaiko, and his scientific team have developed a new class of surfactant technology based on a newly developed molecular structure known as Lipotrope(R). Surfactants are surface active agents required in the chemical processing of many industrial products.

ZEOX Corporation: New Nanotechnology Breakthrough-Lipotrope(R)

Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The "Company" or "ZEOX") (TSX VENTURE:ZOX), is very pleased to announce that the Company's subsidiary, ZEOX Performance Materials, LLC ("ZPM") under the leadership of Chief Technology Officer, Dr. David Chaiko, and his scientific team have developed a new class of surfactant technology based on a newly developed molecular structure known as Lipotrope(R). Surfactants are surface active agents required in the chemical processing of many industrial products.

ZEOX Corporation: New Nanotechnology Breakthrough-Lipotrope(R)

VANCOUVER (Marketwire) - Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The "Company" or "ZEOX") (TSX VENTURE:ZOX), is very pleased to announce that the Company's subsidiary, ZEOX Performance Materials, LLC ("ZPM") under the leadership of Chief Technology Officer, Dr. David Chaiko, and his scientific team have developed a new class of surfactant technology based on a newly developed molecular structure known as Lipotrope(R). Surfactants are surface active agents required in the chemical processing of many industrial products.

ZEOX Corporation: New Nanotechnology Breakthrough-Lipotrope(R)

VANCOUVER, BRITISH COLUMBIA -- 08/12/08 -- Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The "Company" or "ZEOX") (TSX VENTURE: ZOX), is very pleased to announce that the Company's subsidiary, ZEOX Performance Materials, LLC ("ZPM") under the leadership of Chief Technology Officer, Dr. David Chaiko, and his scientific team have developed a new class of surfactant technology based on a newly developed molecular structure known as Lipotrope®. Surfactants are surface active agents required in the chemical processing of many industrial products.

ZEOX Corporation: New Nanotechnology Breakthrough Lipotrope(R)

VANCOUVER, BRITISH COLUMBIA (Marketwire Aug. 12, 2008) Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The Company or ZEOX) (TSX VENTURE:ZOX), is very pleased to announce that the Company's subsidiary, ZEOX Performance Materials, LLC (ZPM) under the leadership of Chief Technology Officer, Dr. David Chaiko, and his scientific team have developed a new class of surfactant technology based on a newly developed molecular structure known as Lipotrope(R). Surfactants are surface active agents required in the chemical processing of many industrial products.

ZEOX Corporation: New Nanotechnology Breakthrough-Lipotrope(R)

VANCOUVER, BRITISH COLUMBIA--(Marketwire - Aug. 12, 2008) - Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The "Company" or "ZEOX") (TSX VENTURE:ZOX), is very pleased to announce that the Company's subsidiary, ZEOX Performance Materials, LLC ("ZPM") under the leadership of Chief Technology Officer, Dr. David Chaiko, and his scientific team have developed a new class of surfactant technology based on a newly developed molecular structure known as Lipotrope(R). Surfactants are surface active agents required in the chemical processing of many industrial products.

ZEOX Corporation: New Nanotechnology Breakthrough-Lipotrope(R)

VANCOUVER, BRITISH COLUMBIA, Aug 12, 2008 (MARKET WIRE via COMTEX) -- Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation (The "Company" or "ZEOX") (CA:ZOX: news, chart, profile) , is very pleased to announce that the Company's subsidiary, ZEOX Performance Materials, LLC ("ZPM") under the leadership of Chief Technology Officer, Dr. David Chaiko, and his scientific team have developed a new class of surfactant technology based on a newly developed molecular structure known as Lipotrope(R). Surfactants are surface active agents required in the chemical processing of many industrial products.

Thu Aug 14, 2008 - ZEOX Corporation: New Nanotechnology Breakthrough-Lipotrope

VANCOUVER, BRITISH COLUMBIA -- Mr. LuVerne E.W. Hogg, President and CEO of ZEOX Corporation, is very pleased to announce that the Company's subsidiary, ZEOX Performance Materials, LLC ("ZPM") under the leadership of Chief Technology Officer, Dr. David Chaiko, and his scientific team have developed a new class of

Zyvex Performance Materials Announces Collaboration with Lockheed Martin to Provide Nano-Enhanced Materials for Military Applications

Zyvex Performance Materials Announces Collaboration with Lockheed Martin to Provide Nano-Enhanced Materials for Military Applications

Zyvex Performance Materials Announces Collaboration with Lockheed Martin to Provide Nano-Enhanced Materials for Military Applications

Zyvex Performance Materials Announces Collaboration with Lockheed Martin to Provide Nano-Enhanced Materials for Military Applications

Firefox Javascript Performance To Get A Shot In The Arm

If you are anything like me, then websites which make heavy use of Javascript may get slightly frustrating at times, slowing down pages that would otherwise be responsive. The good news is that Mozilla has been working on some new optimization to greatly increase the performance of Firefox's Javascript engine. The optimization tactic called 'tracing' has seen performance increases of between 20 and 40 fold in some cases, and believe the work being put down will pave the way for developers to use Javascript for writing full applications. It should also increase Firefox performance in general, as a number of components and extensions are coded in Javascript. The code should see inclusion in the next update to Firefox (3.1), and it is worth noting that Apple have also been implementing performance improvements, which are due to find their wa

Using Nanotechnology to Create High-performance Materials

The GKSS Research Centre in Geesthacht is coordinating a European project for the development of new plastics. The project is being coordinated from Geesthacht by the director of the Institute of Polymer Research, Prof. Volker Abetz. "One of the aims of our first meeting will be to discuss the current state of materials development and the steps that need to be taken, especially with regard to the materials' subsequent applications," says Abetz. Because the new composites do not build up an electrostatic charge and are electrical conductors, they could be used for petrol fuel lines in automobiles, for example, as well as for special packaging materials and membranes.

Best Buy celebrates first Vancouver Island store with free Jully Black performance

Weekend events include character appearances, $500 gift card giveaways & Wii gaming tournament BURNABY, BC, July 4 /CNW/ - Best Buy, Canada's fastest growing retailer and e-tailer of consumer electronics, computers and entertainment products, will celebrate the grand opening of its first Vancouver Island store, located at North Town Centre, starting July 18th with a weekend of festivities and celebrity appearances, including a free musical performance by JUNO Award-winning artist, Jully Black. Free Jully Black Performance - Saturday, July 19th at 3:30pm Jully Black will take the stage outside the new Best Buy store at North Town Centre on Saturday, July 19th at 3:30 pm. While the performance is open and free to the public, wristbands for VIP access to the performance will be handed out one week prior, on Saturday July 12th, to the first 1

Nano Pet Products, LLC Increases Availablity of Its Revolutionary Nanotechnology-Based Pet Products Through One of the Nation's Largest Pet Supply Distributors

Nano Pet Products, LLC Increases Availablity of Its Revolutionary Nanotechnology-Based Pet Products Through One of the Nation's Largest Pet Supply Distributors

Using Nanotechnology to Create High-performance Materials

The project is being coordinated from Geesthacht by the director of the Institute of Polymer Research, Prof. Volker Abetz. “One of the aims of our first meeting will be to discuss the current state of materials development and the steps that need to be taken, especially with regard to the materials’ subsequent applications,� says Abetz.

Using nanotechnology to create high-performance materials

(Nanowerk News) The polymer researchers at the GKSS Research Centre in Geesthacht (Germany) expected about 30 scientists to attend the kick-off meeting of the new EU project HARCANA (High Aspect Ratio for Carbon-based Nanocomposites). New kinds of plastic-based nanocomposites could be used to develop lightweight materials that would increase the mechanical stability of materials and add electrical or magnetic properties, for example.

Moncada Enters Solar Energy Market with Contract for Applied Materials' SunFab Thin Film Line

Zyvex Performance Materials Announces Collaboration with Lockheed Martin to Provide Nano-Enhanced Materials for Military Applications

PhysX Performance Update: GPU vs. PPU vs. CPU

In our original PhysX Performance with GeForce article we highlighted the performance of NVIDIA’s PhysX API running on GeForce GPUs ranging from the GeForce 9600 GT all the way up to the latest GeForce GTX 280. For comparison purposes we also included scores with the same PhysX apps running on the CPU to highlight the performance improvement GPU-based PhysX can bring.

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