I moved from Tel Aviv to Boston last month to begin working as an associate in the Business Law Department of Goodwin Procter LLP, a law firm with a substantial Clean Tech Practice.
Boston, like Israel, is emerging as a leading hub for cleantech research, development, and entrepreneurship. The Boston Israel Cleantech Alliance will be working to connect cleantech investors, entrepreneurs, academic researchers and government officials in both places, and the group is helping organize a number of upcoming events.
Israel Cleantech Investor Conference
On October 28, 16 Israeli cleantech venture capital funds and startups traveled to New York and Boston to meet with private equity, venture capital, and angel investors.
Participating startups included Aquapure Technologies Ltd., Aquatal Ltd., Cequesta Water Ltd., CheckLight Ltd., Coriolis Wind Ltd., CQM Technologies Ltd., En Gibton Ltd., Engineuity Ltd., EPC Wastewater Solution Ltd., Leviathan Energy Ltd., and RealiteQ Ltd.
The Israeli cleantech funds were: AquAgro Fund LP and its parent Gaon Agro Industries Ltd., BDB Technologies & Hi-Tech Investments Ltd., Israel Cleantech Ventures, MIYA, Precede Technologies Ltd., and Whitewater Technology Group.
In Boston, each participant made a 10-minute presentation in the morning and had an opportunity to meet one-on-one with investors like North Bridge Venture Partners and Atlas Venture in the afternoon. A formal reception in the evening included a presentation by Booky Oren, CEO of MIYA and Chairman of WATEC 2009, and a keynote address by Massachusetts Governor Deval Patrick.
You can read press coverage of the events in the Jerusalem Post and Globes and view photos online.
Environmental Symposia Featuring Experts from Ben Gurion University
On November 12, three professors from Ben-Gurion University of the Negev will be in Boston to give presentations on their respective cleantech-related fields of expertise. Prof. David Faiman, who is also CTO of ZenithSolar, will speak about solar energy; Prof. Isaac Meir will discuss "green" architecture; and Prof. Zeev Wiesman speak about biofuels.
You can find more information about the lunchtime and evening symposiums and RSVP at the Boston Israel Cleantech Alliance meetup page.
Biofuels: The Good, the Bad, and the Ugly - A Presentation by Dr. Isaac Berzin
Dr. Isaac Berzin is the founder of Cambridge-based GreenFuel Technologies -- a venture-backed developer of algae-based biofuels -- and the founding director of the Institute for Alternative Energy Policy at the IDC in Herzliya, Israel. Earlier this year, Dr. Berzin was named by Time Magazine as one of the 100 most influential people in politics, business, and science.
Back in June, I had the honor of hosting Dr. Berzin at a CleanIsrael meetup event in Ramat Hasharon.
On November 20th, Dr. Berzin will speak to an audience of venture capitalists, entrepreneurs and graduate students at Harvard Business School. The event is sponsored by Goodwin Procter LLP and Combined Jewish Philanthropies (CJP), in collaboration with the HBS Business & Environment Club, Harvard Kennedy School's Israel Caucus, MIT-Israel Program, and the New England Israel Business Council. You can find out more and RSVP at the event's meetup page.
Shai Agassi, CEO of Better Place
Shai Agassi of Better Place is scheduled to visit Boston on December 3rd and 4th. Stay tuned for more details.
Showing posts with label MIT. Show all posts
Showing posts with label MIT. Show all posts
Thursday, November 6, 2008
Tuesday, December 25, 2007
3GSolar and nanotechnology-based solar power
Israel21c reports on the latest news from 3GSolar, a Jerusalem-based developer of low-cost photovoltaic solar energy modules. Orionsolar is a portfolio company of 21 Ventures.
According to the company's CEO, Barry Breen, 3GSolar's use of nanotechnology could make solar power cost-competitive with power produced by traditional oil and coal sources. The company's technology uses nano-sized cells, coated with an organic dye engineered to react when hit by sunlight to produce energy more efficiently, effectively, and cheaply, than current solar systems. The system includes cells consisting of titanium oxide layers coated with the organic dye and connected to a battery.
The key is in the nano-sized chunks of titanium oxide. "At sizes as small as 10 nanometers, the laws of physics take some interesting turns," says Breen. "We have discovered that when light hits titanium oxide particles of this size coated with our dye, a great deal of energy is produced. It's like photosynthesis. Just as a plant produces nourishment for itself when exposed to sunlight, our cells produce energy, converted to electricity."
The energy produced by the reaction is shunted into a charge controller, and then transferred to a battery, where it is stored. 3GSolar's system, he says, is more efficient, since the dye technology can be used even under low lighting situations, guaranteeing a greater power yield as it continues to gather energy even during the early morning or late afternoon hours. And 3GSolar's dye cell system produces power much more cheaply; module production costs are about half that of silicon photovoltaics, while the cost to put up a manufacturing line is a small fraction of those of silicon based photovoltaic systems, he adds.
Breen, who has a degree in nuclear engineering from MIT, began managing 3GSolar half a year ago, guiding the company's dozen employees into perfecting the innovative technology, which was developed in coordination with Bar Ilan University. It's been patented, and according to Breen, it's almost ready for prime time.
3GSolar's systems, which should be commercially available within a year, will be manufactured in Israel. The company plans to initially take on electrification projects in the Third World, providing power to homes and businesses in Africa, Asia and South America.
According to the company's CEO, Barry Breen, 3GSolar's use of nanotechnology could make solar power cost-competitive with power produced by traditional oil and coal sources. The company's technology uses nano-sized cells, coated with an organic dye engineered to react when hit by sunlight to produce energy more efficiently, effectively, and cheaply, than current solar systems. The system includes cells consisting of titanium oxide layers coated with the organic dye and connected to a battery.
The key is in the nano-sized chunks of titanium oxide. "At sizes as small as 10 nanometers, the laws of physics take some interesting turns," says Breen. "We have discovered that when light hits titanium oxide particles of this size coated with our dye, a great deal of energy is produced. It's like photosynthesis. Just as a plant produces nourishment for itself when exposed to sunlight, our cells produce energy, converted to electricity."
The energy produced by the reaction is shunted into a charge controller, and then transferred to a battery, where it is stored. 3GSolar's system, he says, is more efficient, since the dye technology can be used even under low lighting situations, guaranteeing a greater power yield as it continues to gather energy even during the early morning or late afternoon hours. And 3GSolar's dye cell system produces power much more cheaply; module production costs are about half that of silicon photovoltaics, while the cost to put up a manufacturing line is a small fraction of those of silicon based photovoltaic systems, he adds.
Breen, who has a degree in nuclear engineering from MIT, began managing 3GSolar half a year ago, guiding the company's dozen employees into perfecting the innovative technology, which was developed in coordination with Bar Ilan University. It's been patented, and according to Breen, it's almost ready for prime time.
3GSolar's systems, which should be commercially available within a year, will be manufactured in Israel. The company plans to initially take on electrification projects in the Third World, providing power to homes and businesses in Africa, Asia and South America.
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