Graphene stock investing pros think
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Researchers have demonstrated the use of graphene conductors for dye-sensitized , organic solar cells, and silicon nanostructures. While roll-to-roll production processes have yet to move out of the lab, researchers continue to improve the quality and size of graphene sheets produced in this way. The most advanced version of the technology seems to be vapor deposition of carbon on copper sheets. Other substrates have been used, but copper's flexibility makes it uniquely suitable for roll-to-roll production.
Lockheed Martin LMT announced that it has obtained a patent for perforated graphene nanopore-based water filters in March, and also produces its graphene on copper sheets. The company has not yet commercialized the technology, however, saying that it is still figuring out how to scale up production. Lockheed aims to have a prototype for testing in a desalination plant by or One of the closest applications to commercialization is graphene ink used to lay down circuitry. Last week, I asked my panel of green money managers for their thoughts on investing in graphene, as well as polling my readers.
I'll relay the professional's ideas in the rest of this article, and then take a look at my readers' responses in a follow-up article. The reader poll is ongoing you can take it here. NEXTX invests in companies focused on solutions to the world's key climatic-macroeconomic issues such as climate change, resource constraints and global production capacities.
EPENX has a more diversified focus, and concentrates on companies that provide goods and services that maintain the ecologic health and viability of the Earth, or remediate damage already done. I asked them each which graphene cleantech applications they thought were most promising, the commercialization timeline, and their ideas for stock market investments.
Top Applications Jabusch says "[I]t's hard not to be bullish on the long term prospects for graphene as a material. This unmatched conductivity also means it could greatly improve energy storage and transmission, meaning everything from EVs batteries and super-capacitors, etc.
Graphene's ability to be formed into nanowires means it may provide the smallest and most size and speed efficient circuitry for electronics and LEDs to date, by far. At one molecule thick, it is also transparent, meaning it offers possibilities in touch screens and displays and means that windows may become PV modules in time. From my recent reading, I'm most optimistic about graphene's applications as a thin, transparent conductor in solar and LED lighting applications.
Its ability to both conduct electricity and dissipate heat seem likely to be very useful for LEDs. Graphene circuitry in devices where size and weight are critical also seems likely to be an early application, but are more likely to bring incremental improvement than revolutionary change. Commercialization Timeline Both Morris and Jabusch were cautious about predicting any commercialization timeline. Jabusch said, [W]idespread commercial viability of [graphene's] properties may still be further off than many investors seem to be hoping.
This is mainly because a lot of its benefits are paired with limitations that to greater or lesser degrees, still need to be overcome. There is a lot of research going on addressing this such as with dye-sensitized cells and other ideas, but all of this is primarily still in the lab and not ready for widespread use. Keep in mind, graphene was only discovered in Something we've been aware of for less than a decade will necessarily have a long way to go in terms of our understanding how to best unlock its potential.
Since being founded in , Applied Graphene has developed a sales distribution network that covers Europe and North America; it also has a partner in Japan. These uses include aerospace engine components, medical implants, semiconductors, battery nanomaterials and solar cells. CVD processing can be used to produce graphene and nanomaterials such as carbon nanotubes and silicon nanowires. Based in Italy, Directa Plus states that it has developed a patented graphene material that is both portable and scalable.
The company says it has developed an environmentally sound method of converting ultra-high-grade graphite into the lowest-cost, highest-quality graphene in bulk quantities. It is working with three Australian universities on developing graphene products and associated intellectual properties, including PureGRAPH, its graphene powder.
First Graphene is vertically integrated, and applications for its products extend to fire retardancy, energy storage and concrete, among others. Under the agreement, Graphene Laboratories will assess the performance characteristics and quality of graphene oxide materials in solving environmental challenges.
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I'll relay the professional's ideas in the rest of this article, and then take a look at my readers' responses in a follow-up article. The reader poll is ongoing you can take it here. NEXTX invests in companies focused on solutions to the world's key climatic-macroeconomic issues such as climate change, resource constraints and global production capacities. EPENX has a more diversified focus, and concentrates on companies that provide goods and services that maintain the ecologic health and viability of the Earth, or remediate damage already done.
I asked them each which graphene cleantech applications they thought were most promising, the commercialization timeline, and their ideas for stock market investments. Top Applications Jabusch says "[I]t's hard not to be bullish on the long term prospects for graphene as a material. This unmatched conductivity also means it could greatly improve energy storage and transmission, meaning everything from EVs batteries and super-capacitors, etc.
Graphene's ability to be formed into nanowires means it may provide the smallest and most size and speed efficient circuitry for electronics and LEDs to date, by far. At one molecule thick, it is also transparent, meaning it offers possibilities in touch screens and displays and means that windows may become PV modules in time. From my recent reading, I'm most optimistic about graphene's applications as a thin, transparent conductor in solar and LED lighting applications.
Its ability to both conduct electricity and dissipate heat seem likely to be very useful for LEDs. Graphene circuitry in devices where size and weight are critical also seems likely to be an early application, but are more likely to bring incremental improvement than revolutionary change.
Commercialization Timeline Both Morris and Jabusch were cautious about predicting any commercialization timeline. Jabusch said, [W]idespread commercial viability of [graphene's] properties may still be further off than many investors seem to be hoping. This is mainly because a lot of its benefits are paired with limitations that to greater or lesser degrees, still need to be overcome.
There is a lot of research going on addressing this such as with dye-sensitized cells and other ideas, but all of this is primarily still in the lab and not ready for widespread use. Keep in mind, graphene was only discovered in Something we've been aware of for less than a decade will necessarily have a long way to go in terms of our understanding how to best unlock its potential.
This caution fits well with the results of my research. A Wall Street Journal article printed cautionary notes from two industry experts, Graphene faces hurdles. It is still far too expensive for mass markets, it doesn't lend itself to use in some computer-chip circuitry and scientists are still trying to find better ways to turn it into usable form. Some U. Top Stocks While Morris mentioned three companies he thought might be researching graphene, he was cautious not to predict any near-term measurable benefits.
With all of us expecting commercialization timeliness of at least three years, it's premature to start picking stock market winners. Jabush likens it to investing in biotech in the early s, saying that it makes more sense to hold a basket of the most promising companies, especially those hedged by not having graphene as their entire business.
Note: I'm also long GTI. Proceed with Caution Graphene is undeniably exciting, and has the potential to transform a number of cleantech industries. Breadth of industries this simple product revolutionizes. Were expecting Graphene to become part of every industry in the technology sector within the next 5 years. One of the most enticing investment aspects of this graphene is that it is a physical good. What is Graphene Graphene is a highly efficient conductor of heat and electricity.
What Advances in Technology have we seen? Graphene has been the subject of theoretical proposals and hypotheses for decades, but it was never produced in a lab until Now that such techniques, including a specific roll-to-roll production process, are standard operating procedure graphene is poised to become the secret investment weapon of savvy investors worldwide.
The Basics of Graphene Investing Graphene utilization techniques have evolved rapidly over the last decade.
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