What Do We Need Graphene For? (Graphene LIVE! USA 2013)

Graphene Technologies synthesizes bulk graphene from carbon dioxide in a highly scalable, high quality process. If there was a developed market for graphene, we are quite sure that GT would find success as a production technology company. However, there is virtually no uncontested market for graphene at present. The completely uninspiring development of the CNT market is a caution as well. Indeed, here are many cons that must be confronted by interested parties. Given this, how do the interested parties present - researchers, producers, intermediaries and product companies - assure that graphene does not disappoint? The message is clear and the producer industry is increasingly focused on this - we need to create several killer apps that have step function superiority in credible, large markets.

Jon Myers took an unusual path to the nano-materials space. After a childhood as a science nerd, building telescopes and

nearly burning his house down twice with his chemistry set, Jon

took a degree in Economics at Williams College and an MBA at

Kellogg Graduate School of Management. From there, Jon went

to Wall Street where he spent over 16 years in trading and sales.

While on Wall Street, Jon helped develop many of the analytical

technologies and securities concepts that have become

ubiquitous today (for good and ill). In 1996, Jon left Wall Street,

moved to California and became a serial high-technology

entrepreneur. Jon has founded very successful companies in the

business intelligence, cloud services and artificial intelligence

spaces. In 2007, Jon and a team of very successful inventors

took on the challenge of making a useful, commercial product

from carbon-dioxide. The result of that work is Graphene

Technologies which produces graphene and other nanomaterials

from carbon-dioxide in a highly scalable, ultra-efficient

process.

Graphene Technologies GT is a Silicon Valley, California-based early commercial stage company that has patented and developed a technology for production of synthetic bulk graphene, a highly valued nano-material offering a range of unprecedented capabilities. The GT Synthesis Process utilizes Carbon Dioxide, a low-cost to free industrial waste gas. GT is working with leading global corporations to develop graphene-based products in heat transfer systems,

conductive coatings, catalytics, sensors and super capacitors.