Home > Press > Unique Plasma Process for Single-Walled Carbon Nanotubes
A Green Technology in Response to the Kyoto Protocol
World's Unique Plasma Process for Single-Walled Carbon Nanotubes Production
Montreal, Quebec, Canada | March 30, 2005
Raymor Industries Inc. (TSX-V: RAR) is proud to announce the
signing of an agreement with the Institut National de la Recherche Scientifique (INRS), whereby
Raymor has acquired the exclusive worldwide rights for the commercialization of a new technology for
the production of single-walled carbon nanotubes (C-SWNT), based on a plasma process, unique in the
world. This process is 25 times more efficient, less dangerous, and less costly than any other existing
technologies in the world. Environmentally, this process is non-polluting (green technology) and helps
Canada meets its commitments with respect to the Kyoto Protocol. BCC Research estimates that
global sales of carbon nanotubes will reach US$231.5 million in 2006, with an average annual growth
rate of 173% over the next 5 years.
Raymor plans to increase its current C-SWNT production capacity by using larger power plasma
torches already installed at its plant. The minimum revenue forecasted for the next 12 months is
CDN$1.0 million, with CDN$5.0 million in 24 months, and CDN$10 million in 36 months. As well,
revenues may dramatically increase with increased available capacity from the production units actually
in place. The capacity installed in the plant will allow for a production rate in the order of
10,000 grams/day in the next 12 months. Also, Raymor will use a large portion of its production to
develop future applications with targeted strategic partners.
Presently, the market price of C-SWNT fluctuates around US$500/gram. This elevated price is
primarily due to the very high production costs of the processes used by the competition for the
production of similar quality C-SWNT. Given the very high efficiency of the Raymor process, the
company anticipates offering its C-SWNT at more reasonable prices, while grabbing a large portion of
the global market. The lower price and higher availability will facilitate the rapid integration of C-SWNT
in a large number of future applications.
Raymor’s unique process uses a plasma torch to produce large quantities of high quality C-SWNT
based on methane gas as the raw material. These nanotubes (C-SWNT) are 100 times stronger than
steel at 1/6th the weight, are able to withstand high temperatures, and are extremely conductive. CSWNT
can be used for countless technology innovations, such as chemical sensors, structural
reinforcement, electrical sensors, fuel cells, portable X-ray machines, extremely lightweight and strong
fabrics, artificial muscles and lightweight components of cars and spacecraft, as well as a multitude of
This revolutionary process is highly sustainable because it uses methane, a greenhouse gas
abundantly available worldwide, and it produces C-SWNT and hydrogen. Hydrogen is a secure
emission-free fuel for heat and electricity production or even next-generation vehicles. It is important to
note that the destruction of methane enables Raymor to support Canada’s efforts in meeting its
commitment to the Kyoto Protocol.
In comparison with the Raymor process, the three other known processes used by competitors for
single-walled nanotube production (C-SWNT) have a low production efficiency, a high operating cost,
and/or use a dangerous combination of high pressure, high temperature and toxic carbon monoxide
“There is no question that single-walled carbon nanotubes will have enormous impact on our lives.
This new process makes it easier and safer to produce the high quality nanotubes needed for
breakthrough technologies,” said Stéphane Robert, President of Raymor Industries Inc. “Manufacturers
around the world are looking for sustainable and efficient ways to incorporate nanotechnology into their
products. We’ve brought them one step closer with this Raymor process,” adds Mr. Robert.
Scientific breakthrough has been developed at the INRS-EMT (Montreal)
The development of Raymor’s process started in 1999. A proof of concept of the process was
conducted in 2000. From that point, it took five years to optimize the process, and ready it for largescale
“We’ve waited a long time to see our innovation enter real-world production and, thanks to Raymor, we
are happy that manufacturers around the world will benefit from the extraordinary properties of singlewalled
carbon nanotubes, produced using an efficient and environmentally-friendly process,” said Dr.
Barry Stansfield from INRS.
About Raymor Industries Inc.
Raymor Industries (TSX-V:RAR) has for mission to be the largest Canadian developer of high
technology and a producer/recycler of advanced materials and nanomaterials for high value-added applications.
In November 2004, Raymor Industries created a wholly-owned, industrial subsidiary, AP&C Advanced Powders
and Coatings, specializing in nanotechnology and advanced materials, and comprising four operational divisions:
(1) nanotechnology products, including nano-powders, nano-coatings, and single-walled carbon nanotubes
(C-SWNT) for “the applications of tomorrow”; (2) metal and ceramic coatings, which largely targets aerospace,
military, and mining applications; (3) spherical metallic powders, primarily used for biomedical and aerospace
applications; and (4) net-shape forming, a component manufacturing technique used for ballistic protection and
other aerospace and military applications. Raymor holds the exclusive rights to more than 21 patents throughout
the world, with other patents pending.
Visit www.raymor.com for more information.
Copyright © Raymor Industries
If you have a comment, please Contact
Issuers of news releases, not 7th Wave, Inc. or Nanotechnology Now, are solely responsible for the accuracy of the content.
Institut National de la Recherche Scientifique
Lifeboat publishes its first book: The Lifeboat Foundation has published its first book, "The Human Race to the Future: What Could Happen -- and What to Do" May 14th, 2013
UC Santa Barbara History Professor's Book Elucidates, Celebrates ‘Visioneers' May 14th, 2013
Conceptual Nanomedical Lipofuscin Removal Strategy April 29th, 2013
The Global Desalination Market 2013-2023 April 24th, 2013
UC Riverside scientists discovering new uses for tiny carbon nanotubes: Adding ionic liquid to nanotube films could build smaller gadgets, and create more cost effective 'Smart Windows' that darken in bright sun May 15th, 2013
Development know-how is made available to collaboration partners: Bayer MaterialScience brings nano projects to a close May 8th, 2013
Next-generation transistor outperforms other carbon-based designs May 7th, 2013
Ubiquitous engineered nanomaterials cause lung inflammation, study finds: Substances are used in everything from paint to sporting equipment May 6th, 2013
How do cold ions slide May 24th, 2013
Heinrich Rohrer dies at 79; a father of nanotechnology: With IBM colleague Gerd Binnig, Rohrer invented the scanning tunneling microscope, which can show individual atoms on a surface and move them around May 23rd, 2013
Gold nanocrystal vibration captured on billion-frames-per-second film May 23rd, 2013
Glowing Plant Releases Maker Kit, Enabling Anyone to Make a Glowing Plant at Home: Glowing Plant seeks funds via crowdfunding and raises almost $400,000 May 23rd, 2013
Innovation could bring flexible solar cells, transistors, displays May 22nd, 2013
NanoInk, Inc. Assets To Be Sold May 18th, 2013
HELIOS Program Develops Complete Supply Chain for Integrating Photonics with CMOS Circuit via IC Fabrication Processes May 14th, 2013
Nanotechnology Pioneer Named 'Entrepreneur of the Year': Royal Society of Chemistry honors Chad Mirkin for commercializing innovations May 10th, 2013
Conference Scheduled June 5-7 on Safe Use of Nanotechnology in Environmental Remediation May 23rd, 2013
Bacterial spare parts filter antibiotic residue from groundwater May 22nd, 2013
NIA Public Briefing: Nanotechnology and the Council of Europe May 17th, 2013
Nanoadsorbent Synthesized to Remove Toxic Dyes from Textile Industry Wastewater May 16th, 2013