NanoBCA 2013 Top Emerging Nanotech Innovators

Posted on February 13th, 2013 | No Comments »

The groundhog has told us that spring is only 6 more weeks away. As spring nears we are delighted to introduce this year’s NanoBusiness Commercialization Association’s Top Emerging Nanotech Innovators. The 2013 list includes companies developing innovative nano-enabled products in a wide range of areas, including nanomanufactured products, next generation semiconductors and memory devices, quantum computing, pollution removal, solid-state lighting, cancer therapeutics, nutraceuticals, advanced materials, coatings, water treatment and microscopy. We congratulate each company on their achievements in nanotechnology and look forward to watching their progress in the future.

NanoBCA 2013 TOP EMERGING NANOTECH INNOVATORS

Adesto – Next generation memory
Senior Management: Narbeh Derhacobian, Co-founder, President & Chief Executive Officer

ABS Materials – Pollutants removal
Senior Management: Dr. Paul Edmiston, Founder & Chief Science Officer
Stephen Spoonamore, Chief Executive Officer

Bridgelux – Solid state lighting for general illumination
Senior Management: Bradley J. Bullington, Chief Executive Officer

Cambrios – Transparent conductors
Senior Management: John LeMoncheck, President & Chief Executive Officer

Cerulean – Targeted delivery cancer therapeutics
Senior Management: Oliver Fetzer, Ph.D., President & Chief Executive Officer

D-Wave Systems – Quantum computing
Senior Management: Vern Brownell, President & Chief Executive Officer

HzO – Waterblock coatings for electronics
Senior Management: Paul S. Clayson, President & Chief Executive Officer

Kovio – Near-field communications
Senior Management: Amir Mashkoori, Chief Executive Officer & Chairman of the Board

Kurion – Advanced materials (nuclear waste cleanup)
Senior Management: Ralph DiSibio, Executive Chairman & Chief Executive Officer

Mersana – Novel cancer therapies
Senior Management: Nicholas G. Bacopoulos, Ph.D., President & Chief Executive Officer

Molecular Imprints – Next generation lithography
Senior Management: C. Mark Melliar-Smith, Chief Executive Officer

Nanofilm – Coatings
Senior Management: Scott E. Rickert, Ph.D., President, Co-Founder & Chief Executive Officer

NanoInk – Diagnostic testing
Senior Management: James M. Hussey, Chief Executive Officer & Board of Directors member

NanoMech – Advanced materials, nanomanufactured products (TuffTek®, nGlide®, nGuard®, ElementX®)
Senior Management: Jim Phillips, Chairman & Chief Executive Officer
Ajay P. Malshe, Founder, Executive VP & Chief Technology Officer

Nantero – Carbon nanotube flash memory
Senior Management: Greg Schmergel, Co-founder, President & Chief Executive Officer

Pixelligent Technologies – NanoAdditives for semiconductors, electronics, and industrial applications
Senior Management: Craig Bandes, President & Chief Executive Officer

Produced Water Absorbents – Water treatment
Senior Management: Neil Poxon, Chief Executive Officer

Siluria – Natural gas to fuels and chemicals conversion catalysts
Senior Management: Dr. Alex Tkachenko, President

SiOnyx – Silicon-based photonic devices
Senior Management: Stephen Saylor, President & Chief Executive Officer

Solazyme – Algae-derived biofuels, chemicals, nutraceuticals, and skin care
Senior Management: Jonathan S. Wolfson, Chief Executive Officer

Xradia – 3D X-ray microscopy
Senior Management: Rod Browning, Chief Executive Officer

SoundView Technology Group Managing Partner, Stephen Waite will be presenting our selections and I will be moderating the 2013 Top Emerging Nanotech Innovators panel at our upcoming 5th Annual Nanotech Commercialization Conference, April 9-10th at the Wake Forest Biotech Place in Winston Salem, North Carolina.

NANO NEWS

Forrester’s top 15 emerging technologies to watch
http://www.zdnet.com/forresters-top-15-emerging-technologies-to-watch_p2-7000011065/

Study Looks at Particles Used in Food
http://www.nytimes.com/2013/02/06/business/nanoparticles-in-food-raise-concern-by-advocacy-group.html?nl=todaysheadlines&emc=edit_th_20130206&_r=2&

Harris & Harris Group Notes Solazyme and Mitsui Multi-Year Agreement
http://www.hhvc.com/news/news-details?RELEASEID=738860&Title=Harris%20&%20Harris%20Group%20Notes%20%20Solazyme%20and%20Mitsui%20Multi-Year%20Agreement

The ice and show are melting in the Northeast and we are looking forward to a spring of innovation.

Regards,
Vincent Caprio “Serving the Nanotechnology Community for Over a Decade”
Executive Director
NanoBusiness Commercialization Association
203-733-1949
vincent@nanobca.org
www.nanobca.org
www.vincentcaprio.org

Water 2.0 Conference – Tues Feb 26th – 30 Rock NYC

Posted on February 13th, 2013 | No Comments »

Our Agenda for the February 26th Water 2.0 Conference is complete.  The conference is located at NBC Headquarters, 30 Rockefeller Center, NYC.

REGISTER TODAY $250

Here is the final Water 2.0 Conference Agenda:

9:00-9:05           Greetings & Introductions
Vincent Caprio, Executive Director, Water Innovations Alliance Foundation

9:05-9:15          Opening Remarks – Overview of the day’s topics
Alan Hinchman, GE Global Marketing Director-Infrastructure & Head of GE Intelligent Platforms’ Energy, Oil & Gas, Water and Commercial Buildings Offering

9:15-9:45          Marco Annunziata, Chief Economist, GE Corporate

9:45-10:15        Upmanu Lall, Alan & Carol Silberstein Professor of Engineering, Columbia University and Director, Columbia University Water Center

10:15-10:45       Water Reuse – Global Perspectives
Ralph Exton, Chief Marketing Officer, Water & Process Technologies, GE Power & Water

10:45-11:15       Mobility + Data + Analytics = Future
Kyle Reissner, Sr. Marketing Manager Automation Software, GE Intelligent Platforms

11:15-11:45       Todd M. Williams, P.E., P.G., President, Cardno Entrix

11:45-12:15       Laurent Auguste, CEO, Veolia Water North America

12:15-1:15        Networking Lunch

1:15-1:45          Amanda Brock, CEO, Water Standard

1:45-2:15          Maximum Creative
Val Nicholas, VP/Creative Director, NBC News, New York

2:15-2:45          Douglas Voigt, AICP, Director of Urban Design & Planning, Skidmore, Owings & Merrill LLP

2:45-3:15          Intelligent Water and Organizational Culture
Terry E. Biederman, P.E., Global Industry Manager- Water, GE Intelligent Platforms

3:15-3:35          Kevin McGovern, CEO, The Water Initiative

3:35-3:55          Ben Armstrong, CEO, WellDone

3:55-4:15          People + Pipes + Policy
Erik Hromadka, CEO, Global Water Technologies

4:15-4:35          Timothy Kim, Senior Loan Officer & founding member of the Renewable Energy & Environmental Finance Division at US Export-Import Bank

4:35-4:55          Scott Livingston, Chairman & CEO, Livingston Securities

4:55-5:15          Bernie Anger, VP & GM, GE Intelligent Platforms

5:15-6:00          Reception

Water 2.0 Hotel information:
The Algonquin Hotel Times Square
Autograph Collection®

59 West 44th Street
New York, New York 10036
(212) 840-6800

Discounted Room Rate: $219

Reserve your rooms at the special discounted rate for WATER 2.0 – A Water Innovations Alliance Conference.

WATER NEWS
Future Trends in Financing Water Projects
http://www.wateronline.com/doc.mvc/future-trends-in-financing-water-projects-0001

How To Invest In The Most Critical Resource On The Planet
http://www.streetauthority.com/energy-commodities/how-invest-most-critical-resource-planet-460283

Pact reached for regional water tech hub
http://news.cincinnati.com/article/20130117/BIZ/301170151/Pact-reached-regional-water-tech-hub?odyssey=mod|newswell|text|FRONTPAGE|p&nclick_check=1

We look forward to seeing you on February 26th in NYC.

Regards,

Vincent Caprio
Executive Director
Water Innovations Alliance Foundation
203-733-1949
vince@waterinnovationsfoundation.org
www.waterinnovations.org
www.vincentcaprio.org

NanoBusiness Interview – Douglas Jamison, Chairman & CEO, Harris & Harris Group, Inc.

Posted on January 14th, 2013 | No Comments »

In this month’s interview, we speak with Douglas Jamison, Chairman and Chief Executive Officer of Harris & Harris Group, Inc.  I have had the pleasure of knowing Doug for over 12 years.  He is one of the most extraordinary people in our Nanotechnology Community.

Mr. Jamison has served as Chairman and Chief Executive Officer since January 2009; as President and Chief Operating Officer from January 2005 to December 2008; as Treasurer from March 2005 to May 2008; as a Managing Director since January 2004; as Chief Financial Officer from January 2005 to December 2007; and as Vice President from September 2002 to December 2004. He has been a member of our Board of Directors since May 2007. Since January 2009, he has served as Chairman and Chief Executive Officer of Harris & Harris Enterprises, Inc., a wholly owned subsidiary of the Company, since 2005, he has served as a Director; and from January 2005 to December 2008, he served as President. From 1998 to 2002, Mr. Jamison worked as a Senior Technology Manager at the University of Utah Technology Transfer Office, where he managed intellectual property for the University of Utah. This included assessing technologies in both the biological sciences and the physical sciences, working with patent attorneys to develop patent protection, and developing and marketing these technologies with industry. He is a Co-Editor-in-Chief, Journal of Nanotechnology Law & Business and Co-Chair of the Advisory Board, Converging Technology Bar Association and a member of the University of Pennsylvania Nano-Bio Interface Ethics Advisory Board. He was graduated from Dartmouth College (B.A.) and the University of Utah (M.S.).

In our interview, we discuss Doug’s short and longer term outlook for nanotechnology. We hope you enjoy the interview.

– Steve Waite, Director of Research and Strategy

SW: It is a pleasure to speak with you today, Doug. We thank you for taking time out of your busy schedule to speak with us. Harris & Harris Group has been investing in nanotechnology for over a decade. What are the some of the significant developments you’ve seen during that period that have had a positive effect on nanotech commercialization?

DJ: The first decade in the commercialization of nanotechnology has provided a steep learning curve and a lot of exciting breakthroughs.  As early-stage venture capitalists there have been four key lessons for Harris & Harris Group over the past decade. First, it has been difficult to extract value from companies developing only nanomaterials.  We have found much more success when companies move up the value chain and provide a component or system level solution.  There are plenty of opportunities for nanomaterial producers, but it has been difficult to demonstrate sustained value for shareholders, unless a non-commoditized application is identified and successfully commercialized.  More and more companies understand this and thus the opportunities for system level solutions that are powered by nanotechnology are increasing.  Second, nanotechnology is evolving into application spaces that are enabled by nanotechnology. The companies that are excelling are combining the knowledge of nanotechnology enabled breakthroughs with management teams that have expertise in the application spaces. Identifying the application spaces that are being impacted by nanotechnology now will be the key to making money in nanotechnology over the next decade.  Third, major corporations have evolved to have well articulated needs and strategies for working with innovation at the nanoscale.  The support of leading corporations is resulting in the acceleration of products coming to the market.  I believe this trend will only accelerate into the next decade.  Fourth, leading global corporations are purchasing the leading nanotechnology start-ups for fair prices.  This last trend excites us at Harris & Harris Group the most.

SW: What are the notable shifts during the past decade that have had a negative effect on nanotech commercialization?

DJ: The most notable negative shift has been the total abandonment by Wall Street and the financial sector of 1) nanotechnology and 2) of small, innovative, early-stage growth companies in general.  This isn’t a nanotechnology phenomenon alone. The financial sector has evolved in the direction of short term trading occurring at ever greater speeds and away from long term investing.  This has had an impact on true scientific innovation and bodes ill for America retaining any type of world competitiveness.  Nanotechnology and the companies commercializing nanotechnology require long development time frames that are inconsistent with the time frames and the focus of the financial sector currently. Fortuitously, we are seeing corporate partners step in to provide some cushioning to the failure of the capital markets.

SW: The past couple of years have been favorable in terms of liquidity events for Harris & Harris following a long drought of inactivity extending back to 2004. How is 2013 shaping up in terms of potential liquidity events?

DJ: Harris & Harris Group had one of the best years in its 30 year history in 2011 with five liquidity events, two of which provided very nice venture-type returns.  We were hoping to have one or two more liquidity events in 2012, and as we have disclosed in our public filings, we have multiple companies in the process of considering liquidity opportunities.  However, with all the uncertainty in the macro-environment, the uncertainty surrounding American political decision making, and because these companies weren’t in need of capital to execute on their plans, the liquidity events have been pushed back into 2013 and 2014.  We believe 2013 will provide more liquidity events and that 2014 and 2015 will also be good years for Harris & Harris Group.  As always, none of this is certain, and these events will be subject to macro-economic events as well as each company’s ongoing performance.

SW: Several Harris & Harris Group portfolio companies have been acquired by large, established companies such as DuPont and Amgen in the past couple of years. Do you expect to see continued interest in nanotech from larger, established companies in the year ahead and beyond?

DJ: As I mentioned previously, large, established corporations from the life sciences to electronics to energy to defense have well articulated nanotechnology strategies.  These companies understand that breakthroughs occurring at the nanoscale are providing disruptions that can lead to improved products as well as next generation transformative products.  I believe this will only accelerate over the next decade.  At Harris & Harris Group, more than two thirds of our companies have strategic investment and strategic development agreements with major corporations. As of September 30th, six companies are planning for potential liquidity events, some of which involve discussions with these same corporations.  The fact that major corporations such as Amgen, DuPont and Asahi Kasei are purchasing these smaller transformative nanoscale enabled companies is support that this thesis has “legs” going forward.

SW: Looking at your current portfolio, what early-stage companies are you excited about and why?

DJ: This question is like asking a parent which child he or she is most excited by.  The answer is we are excited by all of them.  Honestly, the hardest thing to do in venture capital is to put good, hard cash into a risky start-up company that has a greater chance of failure than success. Thus, to be truly honest, it is probably the last company we invested in that we are the most excited by, as we had to depart with that cash.  We have not announced our most recent very early stage investment, and it is an exciting one in the agricultural space, so readers will need to wait to see what we are perhaps most excited by at this moment in time.

Two of our early stage companies that are beginning to accelerate their businesses, and we believe have the potential to provide venture-type returns, are D-Wave Systems and Adesto.  D-Wave has developed and sold the world’s first quantum computer.  The purchaser was Lockheed Martin.  Adesto is developing a next generation semiconductor memory technology and as part of its growth strategy recently purchased a division of Atmel.  Both companies are poised for growth.  Finally, Xradia, one of our cash-flow positive companies just completed another record-breaking year of revenue growth.  We are finding that business is good for many companies in our portfolio.

SW: What segments and nano-enabled applications look especially promising as new early-stage investment opportunities?

DJ: As we look forward to the next decade of investing, we are excited by the potential of nanoscale-enabled breakthroughs in life science applications. We are living through an unprecedented rate of change in our understanding of biological systems and the ability to manipulate the fundamental building blocks of nature. Novel, rapidly maturing discovery, characterization, analysis, control and manufacturing techniques have a profound impact on life sciences and related industries.  Trends generating disruptive investment opportunities include:

– Healthcare budgets are out of balance globally, with aging population jeopardizing the financial viability of the leading economies of the world.

– The ubiquity of data and the Internet both stationary and, increasingly, mobile.  For the “always on” society, handheld devices become a natural access point for communication and data sharing between healthcare service providers and their patients.

– Continuing growth in population and global improvements in the quality of life keep driving demand for raw materials, water, food and energy.  This demand cannot be adequately met with conventional methods of manufacturing, generation, mining or harvesting. Biological pathways are becoming economically viable and ecologically preferable for production, utilization, and disposal/remediation.

These three macro-trends stand to impact and to provide opportunities in multiple industries, including healthcare, chemical, bioprocessing, water, agriculture, industrial biotech, food and nutrition and energy.  These industries will require new technology enabled at the nanoscale to remain competitive.  These new technologies will increasingly arise from multi-disciplinary expertise in areas as diverse as biology, chemistry, materials science, electronics, computer science, physics, mathematics and engineering.

We believe the convergence of these three macro-trends, with both the industries that stand to be impacted and the growing trend towards multi-disciplinary expertise, provide a unique investment opportunity in multi-dimensional life science innovations, including 3-D biology, nanofabrication, nanofluidics, biosensing, bioelectronics, big data and wireless, bioimaging, molecular engineering and synthetic biology.

SW: What are some of the key things you look for in companies when considering making new, early-stage nanotech investments?

DJ: Getting to an investment decision is more of an art than a science, which we realize is difficult for entrepreneurs to hear.  That said, strong application driven managements are a must.  Strong intellectual property is a must.  A strong technology team, often out of top research institutions and with access to thought leaders in the field is important.  Also, any problem is difficult to solve, and if a company is successful, it is important that it be a problem that can have a big impact in a large market.  It is always baffling to me why someone would want to spend time on a difficult problem that didn’t have the opportunity to change the world if it was successful.

SW: We have seen some substantial changes in the venture business over the past decade. What role do you see venture capital playing in fostering the development of nanotech in the U.S. in the years ahead? Where does Silicon Valley fit into the equation?

DJ: The other day I read that seed funding decreased nearly 50% to four percent of financing last year.  I think the financial sectors’ ability to find and invest in innovation in the hard sciences – life sciences, chemistry, advanced materials, engineering and physics – has diminished over the past decade.  The development time is too long for a financial sector that is fixated on IRR at the expense of innovation.  This will ultimately revert to a mean, but in the near term, it has provided a dearth of funding for exciting truly innovative ideas.

As we look forward over the coming decades, we believe corporate partnerships are going to become increasingly important. Facing a depleting pool of acquisition targets and the necessity to supplement their downsized internal R&D, large corporations are actively stepping into the venture game. A combination of 1) rapid development capabilities of small companies, and 2) manufacturing expertise and channel access of large corporations has become exceedingly powerful.  For a venture investor and a start-up company, the early engagement with corporations opens doors for expertise, cost savings, market access and liquidity.

We believe the most effective partnerships will be those where the start-up companies bring new technology and ideas to the partnership and where the corporations bring access to scale and manufacturing and end markets. Active corporate involvement is becoming necessary, especially as technology becomes more complex, for proper scale and manufacturing and for efficient access to end markets.

SW: Your mentor Charlie Harris preached long-term thinking, eschewing short-term fixes in favor of long term solutions. It seems as if many investors have become increasingly myopic. How problematic is this for Harris & Harris and its portfolio companies going forward?

DJ: It is certainly problematic as we try to find other investors to invest beside some of the exciting companies that we see daily.  That said, we have adjusted our investment strategy and sought new partners.  We are not having any difficulties finding good companies, and this myopic behavior on the part of many financial investors is providing great opportunities to invest that otherwise would not exist.  It is difficult to swim against the stream, but it also can be very rewarding if one is prudent and survives to reap the rewards.

SW: One final question for you today. What advice would you give to companies seeking early-stage financing in nanotech today?

DJ: Talk early to corporations and corporate venture groups.  Some of the smartest young investors are heading to the corporate sector, taking their venture capital skills with them.  These people understand venture capital and often understand the technologies and markets better than many of the financial investors.  There are the obvious pitfalls that have existed between start-ups and corporations for decades, but these corporate groups are changing, some are becoming more entrepreneurial, and many are attracting the up and coming talent.  For us, a good syndicate of investors often includes one other financial investor and one corporate partner, even at the earliest stage of investment.

SW: Thanks again for your time, Doug. It was a pleasure speaking with you. We wish you and your colleagues at Harris & Harris Group all the best in the year ahead and beyond.

NANO NEWS

In case you missed this big story that occurred 2 days after Christmas . . .
Lisa Jackson, Head of EPA Resigns
Thursday, December 27, 2012
http://www.huffingtonpost.com/2012/12/27/lisa-jackson-resigns-epa-administrator_n_2370019.html

Nanotechnology: “What About the Next 60 Years?” (OSTP/PCAST Report)
J. Steven Rutt, Partner, Foley & Lardner LLP
http://www.jdsupra.com/legalnews/nanotechnology-what-about-the-next-60-48233/

Winston-Salem to be host for nanotechnology conference
http://wraltechwire.com/winston-salem-to-be-host-for-nanotechnology-conference-/11886345/

Sony launches the Bravia KDL-W900A LED connected 3DTV at CES
http://www.engadget.com/2013/01/07/sony-bravia-kdl-55w900a/

Waterproof Your Smartphone By Dipping It In Nanotechnology
http://origin.earthtechling.com/2012/12/waterproof-your-smartphone-by-dipping-it-in-nanotechnology/

Happy New Year!

Regards,
Vincent Caprio “Serving the Nanotechnology Community for Over a Decade”
Executive Director
NanoBusiness Commercialization Association
203-733-1949
vincent@nanobca.org
www.nanobca.org
www.vincentcaprio.org

Happy Holidays from NanoBusiness

Posted on December 26th, 2012 | No Comments »

2012 Nano Christmas Card

Holiday Wishes from Water Innovations Alliance Foundation

Posted on December 26th, 2012 | No Comments »

2012 Water Christmas Card

NanoBusiness News – Late Fall Edition

Posted on December 26th, 2012 | No Comments »

Today, we are excited to announce our return to North Carolina for the 5th Annual Nanotech Commercialization Conference, April 9-10, 2013, at the Wake Forest Biotech Place in Winston Salem. Save the Dates for next April.
I would like to announce an industry/state liaison position vacancy at the NNCO for a Nanotechnology Policy Analyst. Office in the Washington, DC area needs a full-time staff member to analyze data and policies to encourage research and applications in nanotechnology.

Here is the link to the job posting with the full description.
http://jobview.monster.com/Nanotechnology-Policy-Analyst-Job-Arlington-VA-116202417.aspx

Please send vita with salary requirements to Faith Wang at fwang@ScienceUS.org. References can be supplied later. EOE

NANO NEWS

Harris & Harris Group Notes Nantero’s Equity Round of Financing
“As an original investor in Nantero, we continue to appreciate and be impressed by the company’s focus on developing value-add relationships with global corporations. We are pleased to continue to support the company through further investment, and we congratulate the company on its round of financing,” said Douglas W. Jamison, CEO of Harris & Harris Group. Nantero’s press release may be accessed at

http://www.nantero.com/pdf/Nantero_Press_Release_Series_D_112912.pdf.

The Americanization of Nanomanufacturing
by Scott E. Rickert, CEO, Nanofilm Ltd.
Industry Week – November 15, 2012
http://www.industryweek.com/emerging-technologies/americanization-nanomanufacturing

Xanofi Announces First Commercial XanoShear Nanofiber Machine
http://xanofi.com/about-us/news/

NanoProfessor Joins Novel Innovation Plaza STEM Experiential Initiative
http://www.marketwire.com/press-release/NanoProfessor-Joins-Novel-Innovation-Plaza-STEM-Experiential-Initiative-1721604.htm

Nanotechnology conference to be held in Winston-Salem
http://mobi.journalnow.com/winston/pm_5255/contentdetail.htm?contentguid=Hj2JJwAj

TearLab and MiniFAB celebrate the 1,000,000th TearLab Osmolarity Test Card
http://www.minifab.com.au/assets/pdf/121203_TearLab_MiniFAB_Celebrate_1Mth_TearLab_Osmolarity_Test_Card.pdf

Enhancing New Areas of Content on InterNano, the National Nanomanufacturing Network Welcomes New Contributing Editors
http://www.internano.org/newsletters/NNN_newsletter_5-11_November12.html?utm_source=newsletter&utm_medium=email&utm_campaign=nnn_v5.11_Nov12

The Next Silicon Valley Newsletter
Volume III, Issue No. 5, November 22, 2012
http://campaign.r20.constantcontact.com/render?llr=nceeqwcab&v=0012kO3uRH1XjA0TXyV_PbL7ZBjY5bXTYj_V4LjCeRDIVZiz__w7hDlVMYt3zdBe-__N6yBMbfp2uRvrzkwkk0Dzv3Dlh2EYHwznv_K1yqQsRLnq-5h_q0DxkJdwoepB-5DVOQ0voVIIKKP1Nd-5bOoaJ_vuRpHJLpzWVkLYm8UnyU%3D

7 Amazing Ways Nanotechnology Is Changing The World
http://www.popsci.com/science/article/2012-11/7-amazing-ways-nanotechnology-changing-world

Get your calendars out and Save the Dates, April 9-10th for North Carolina.
Regards,

Vincent Caprio “Serving the Nanotechnology Community for Over a Decade”
Executive Director
NanoBusiness Commercialization Association
203-733-1949
vincent@nanobca.org
www.nanobca.org
www.vincentcaprio.org

Water Innovations Alliance Foundation News – Late Fall Edition

Posted on December 26th, 2012 | No Comments »

Today, we are excited to announce Water 2.0 – Water Innovations Alliance Conference being held on Tuesday, February 26, 2013 at 30 Rockefeller Center in New York City. Save the Date for next February!  This conference will be dealing with Big Data Solutions, Information Powered Utilities and Smarter Customers. The Conference will focus on the social/economic benefit of digitally enabled water solutions.

The Water Innovations Alliance Foundation had a very informative monthly conference call on November 14th.  Jim Hurd of the GreenScience Exchange, who is working with the Foundation as Associate Director, was introduced.  Then, Paul Stimers, WIAF Public Policy Advisor and Partner at the law firm of K&L Gates in Washington, DC, spoke about the political environment for water technologies and water infrastructure in Washington one week after the U.S. elections.

Next, Kevin Brophy, Venture Capitalist with Meidlinger Partners, the most active early stage water investor in the United States, spoke eloquently about the opportunities and the realities of investing in water technologies this year, 2012.  He reviewed the size of investment and the stage of development that Meidlinger looks for before it writes a check. Kevin’s presentation, “2012 Water Investment Opportunities” can be obtained by emailing vince@waterinnovationsfoundation.org.

A robust Q&A period then ensued, with brainstorming in regard to who the leading start-ups are and the challenges facing this sector today – one being the fairly long time to grow a company and the usually slow ramps up to major revenues that start-up water technology companies face today.

I would like to share with you my recent article that was posted on Our Water Counts.  There are numerous contributors to the Our Water Counts website with relevant information in regard to solving our water infrastructure problems.

Here is the link to my article:

Will Any Disaster Wake America up to its Water Problem?

http://www.ourwatercounts.com/blog/index.php/2012/11/08/will-the-drought-of-2012-wake-america-up-to-its-water-problem/

WATER NEWS

General Electric Pitches an Industrial Internet
http://www.technologyreview.com/news/507831/general-electric-pitches-an-industrial-internet/?utm_campaign=newsletters&utm_source=newsletter-daily-all&utm_medium=email&utm_content=20121128


Smart Water Measures May Save Utilities $12.5 Billion

http://www.bloomberg.com/news/2012-12-03/smart-water-measures-may-save-utilities-12-5-billion.html

Study Finds Americans Willing To Pay More For Water
http://www.forbes.com/sites/amywestervelt/2012/11/29/study-finds-americans-willing-to-pay-more-for-water/

The Water-Energy Nexus: Utilities
http://energy.aol.com/2012/11/16/the-water-energy-nexus-utilities/

Advanced GE wastewater treatment technology installed at Utah membrane bioreactor plant
http://www.waterworld.com/articles/2012/11/advanced-wastewater-treatment-technology-installed-at-utah-membrane-bioreactor-plant.html

Google grants $23M to nonprofits in new award program

http://news.cnet.com/8301-1023_3-57557135-93/google-grants-$23m-to-nonprofits-in-new-award-program/

—————————————-

Individual Water Innovations Alliance Foundation Membership is available.  For more information, please visit http://www.vincentcaprio.org/become-a-wiamember

Save the Date – February 26th – at 30 Rock in NYC.

Regards,

Vincent Caprio
Executive Director
Water Innovations Alliance Foundation
203-733-1949
vince@waterinnovationsfoundation.org
www.waterinnovations.org
www.vincentcaprio.org

NanoBusiness Interview – Dr. Alan Rae, CEO, NanoMaterials Innovation Center

Posted on November 21st, 2012 | No Comments »

In this month’s interview, we talk with Dr. Alan Rae, Chief Executive Officer of the NanoMaterials Innovation Center in Alfred, NY and Executive Director of Alfred Technology Resources Inc., operating business accelerators in Alfred, NY and Painted Post, NY.

I have known Dr. Alan Rae for over 10 years.  He is one of the most fascinating scientists I have met in my career.

Dr. Rae has worked in the electronics, ceramics, nanotechnology and “clean tech” industries for over 25 years in the UK and USA, managing global businesses and technology development at start-up, operating company and corporate levels.

Dr. Rae is active in industry associations and standards work with the NanoBusiness Commercialization Association, iNEMI, ISO, SMTA, IMAPS, IPC, and JISSO. He has held Director and VP positions with 4 new companies and has consulted for two Fortune 100 companies in alternative energy. He is an Entrepreneur in Residence with NYSERDA and a member of the NYSERDA-UB Directed Assistance Committee for Directed Energy. He is a member of the National Academies Triennial Review Committee for the National Nanotechnology Initiative.

In our interview, we discuss Dr. Rae’s activities at the NanoMaterials Innovation Center, his work with the NNI and iNEMI, and the outlook for solar technology. We hope you enjoy the interview.

– Steve Waite, Director of Research and Strategy

SW:  It is a pleasure to speak with you today, Alan. We thank you for taking time out of your busy schedule to talk to us. Give us a little background on the NanoMaterials Innovation Center (NMIC).

AR:  Stepping back a little, in the 1990’s the Ceramic Corridor Innovation Centers were set up  by Alfred Technology Resources Inc. (ATRI), a not-for-profit founded by Alfred University, Clarkson University and Corning Inc. as incubators for advanced materials.  These business accelerators have been highly successful, running at or near 100% occupancy and returning $900M on New York State’s initial $10M investment.  Three years ago ATRI identified that researchers were having difficulty scaling nanomaterials and other advanced materials from bench-top to the intermediate scale and set up a unique user facility, The NanoMaterials Innovation Center (NMIC), in Alfred, NY.

The NMIC facility contains many of the tools needed for advanced powder synthesis (plasma, sonochemical, combustion synthesis, carbon nanotube synthesis), fabrication (freeze drying, spray drying, dry pressing, isostatic pressing, tape casting, printing, lamination, dicing) and thermal processing (microwave; active and passive, single mode and multimode, air, vacuum and controlled atmosphere, batch and continuous).  Products processed range from metal alloys to LED materials, fuel cell materials and a range of taggant phosphors. NMIC works in very close partnership with Alfred University which has many complementary skills and equipment. Clients have included major corporations as well as many start-up companies. NMIC does both contract processing and research programs, has submitted proposals jointly with Alfred, Buffalo, Cornell and Clarkson Universities and is working closely with The NSF Center for High-Rate Nanomanufacturing in New England.

SW:  Tell us more about the Rare Earth initiative at the NMIC.

AR:  Through our relationship with iNEMI we became aware of the importance of rare earths in electronics and renewable energy and were already talking to the supply chain members when one of our tenants approached us with a new technology they had developed to extract rare earths easily and economically from industrial wastes.  We found this process also worked on pre and post-consumer electronic wastes and are founding a company called “ReNew” – which stands for Rare Earths, Not Electronic Waste, which has received initial funding and is raising additional capital to set up operations in a site we have identified in Steuben County near Corning, NY.  We are being encouraged by the support of a major electronics recycler, a disk drive manufacturer, a ceramic capacitor maker and a Fortune 500 manufacturer of enterprise systems.

SW:  That sounds interesting. Tell us more about the nano cement technology you are developing and how it is coming along.

AR:  At NanoDynamics, we developed a cement additive that could double the strength of Portland cement and could reduce its setting time from 28 to 5 days.  At TPF Enterprises, working closely with Purdue University, InVentures Group and the Army Corps of Engineers, we scaled production of a number of processes to achieve this type of additive to tonnage levels.  TPF is now a subsidiary of ATRI. We are working closely with InVentures Group to commercialize some of these under the “AdvanCement” name. As with ReNew, AdvanCement has received initial funding and is raising additional capital to set up operations in a site we have identified in Steuben County near Corning, NY.

SW:  How do you see the NMIC evolving in the years ahead under your leadership?

AR:  We’re working to get the word out about this facility nationally as well as locally and as a first step we have engaged Creyr Innovation to enhance our service to New England clients.  As technologies evolve we plan to expand the facilities to provide a more complete service and to develop spin-offs from our research programs which will help fund NMIC and ATRI’s growth and continue to stimulate economic activity in the Southern Tier of New York State.

SW:  Sounds good. We understand you have been working with the NNI recently. Please tell us tell us about your involvement with the NNI.

AR:  I am privileged to be a member of the Triennial Review of NNI by the National Academies.  I cannot talk about the conclusions as the final report is not published, but the Interim Report is available on the National Academies web site (http://www.nap.edu/catalog.php?record_id=13517).  From a personal point of view this has been a great opportunity to work with some very smart people and a very professional organization meeting representatives of the NNI and its 26 member agencies and reviewing this significant initiative.  Did you know that President Lincoln formed the National Academy of Sciences in 1863 to “investigate, examine, experiment, and report upon any subject of science”?

SW:  No, we did not know that. Very interesting!  You have been involved with iNEMI for the past decade. What is your role with iNEMI and when is the new roadmap for the consumer electronics segment due out?

AR:  Every two years iNEMI (www.iNEMI.org) produces a Technology Roadmap that explores technology needs for the electronics industry based on technology emulators not just for consumer electronics but for enterprise systems, automotive and other sectors.  This roadmap identifies key technology and market development trends and drills down to a high level of detail. iNEMI coordinates with ITRS (semiconductors) and IPC (board assembly) so that the three roadmaps are consistent.  The Research Committee, where I am co-chair, works with the chapter chairs and the Technical committee to identify the longer-term “gaps and showstoppers” that may impede progress.  The committee reviews these and presents them in a format that can be used to encourage corporate research, government laboratories and university research. As the roadmap completes over the next month, the Research Committee starts its work.  A summary of the previous roadmap’s Research Priorities is available at http://thor.inemi.org/webdownload/Pres/EGG2012/Research.pdf.

SW:  What types of nano-enabled electronics applications are we likely to see in the near future?

AR:  Apart from semiconductors, which have been in the nano domain for many years, we see a number of nano and near-nano products already on the market including oleophobic stencil coatings (LaserJob), corrosion-resistant board surfaces (Semblant), water-repellant coatings for consumer electronics and solar cell materials (HzO, C-Voltaics) as well as conductive and interconnect systems (iimak, Novacentrix, Cookson Electronics).

SW:  What other nano-enabled electronics applications should we be on the lookout for in the years ahead?

AR:  Check out the Center for High Rate Nanomanufacturing www.nano.neu.edu/ to see a glimpse into the future of printed electronics through electrophoresis, templating, imprint and other practical processes.  We will be able to integrate sensors and processing into flexible circuits through roll to roll processing at last!

SW:  You have been working with photo-voltaic technology over the past five years. What are we seeing today and what’s the outlook for solar, and specifically, nano-enabled solar technology?

AR:  Once solar gets past the current train wreck – oversupply, uncertainty on subsidies, anti-dumping action, bankrupt and zombie companies worldwide with 180 of 300 recently predicted to fail by GTM – the move towards renewable energies will continue.  Nano and thin film solar are currently suffering due to the high overcapacity and low price of competing silicon cells but eventually they will win out as they are more materials-efficient.  Less materials means lower cost when volumes are comparable. Consolidation is a normal part of industry development – we’ve see it in every major industry from semiconductors to automobiles to beer!

In the U.S., we have an energy breathing space due to the new-found abundance of low-cost natural gas that can be used for lower-carbon fuel for heating, electricity generation and transportation.  Ironically gas is also needed to balance renewable fluctuations – when the sun doesn’t shine and the wind doesn’t blow – and only gas generators can crank up output at short notice.  Another interesting fact is that recent statistics show that even in the U.S., renewables are not a niche but are a significant contributor to the jobs market and to power generation – the most recent federal statistics show solar at 0.3%, wind at 4.4% and hydro at 8.5%.  All have room for expansion – but in order to develop a sustainable industry we have to stop renewable energy being a political pawn with short term boom and bust economics worldwide.  Sometimes it’s good to be a high-profile industry but sometimes it isn’t!

SW:  Thanks again for your time, Alan. It was a pleasure speaking with you. We wish you all the best in the future.

I would like to wish you and your family a wonderful Thanksgiving holiday.

Regards,

Vincent Caprio “Serving the Nanotechnology Community for Over a Decade”
Executive Director
NanoBusiness Commercialization Association
203-733-1949
vincent@nanobca.org
www.nanobca.org
www.vincentcaprio.org

Will Any Disaster Wake America up to its Water Problem?

Posted on November 21st, 2012 | No Comments »

The subject of a drought may surprise you since we just experienced hurricane Sandy. With more than 63% of the U.S. classified as experiencing drought in July 2012, water, or a lack thereof, has been prominent in the news and in the lives of everyday Americans. While the lack of rain and soaring temperatures (yes, July was also the hottest month ever on record in the United States) are a product of meteorological phenomena and can’t be controlled by today’s technology, the chronic state of disrepair of our outdated water infrastructure – well chronicled in this blog space – only serves to exacerbate our country’s water shortage at a time when American farmers have watched crops wither and die, and cattle and other livestock ranchers have had to sell off or liquidate their herds due to a lack of grazing land and skyrocketing feed prices.

American consumers are already feeling the effect of the drought at the grocery store, and surprising to some, at the gas pump – and the high prices could persist into the winter of 2013 as the grain supply shortage ripples its way through the economy. The drought has devastated the corn harvest in the U.S. (as of August, the USDA expected a corn crop that was at least 23% smaller than its already pessimistic outlook from earlier in 2012), leading to all-time high corn futures prices on the commodity markets and higher prices at the grocery store, of both corn and corn-fed animal products (steak, chicken, milk, eggs, bacon, etc). But it’s not just food that suffers from a lack of water. Non-profit group, Sustainable America, does a stellar job of pointing out the interplay of corn and gasoline prices in America – a problem caused in part by the high ethanol content in our gasoline (10-15% of each gallon of gasoline is comprised of ethanol). With 45% of the nation’s corn crop now going to ethanol production, corn scarcity leads to ethanol scarcity, which refiners pass down to consumers at the pump. Anyone who drives to work can see this at play, right now, at their local gas station.

Yet ethanol isn’t the only gasoline feedstock that is threatened by the drought. The recent surge in domestic oil production (up 3.5% year over year, for two years running) touted during President Obama’s most recent State of the Union Address, may be at risk, as farmers and ranchers face off with oilmen in competition for scarce water supplies –ranchers and farmers to water their crops, and oilmen to use in the completion of their wells.

This year’s drought is certainly beyond man’s control, but the practical ramifications of a water shortage should serve as a wake-up call to policymakers and the public alike that America should address the water problems it can control and solve, such as replacing our decrepit infrastructure and building smarter water systems to maximize the benefit of the water that we have. The economic health of our nation depends on it.

NanoBusiness Recommends K&L Gates Post-Election Tech Webinar-Weds 11/7 12PM ET

Posted on November 9th, 2012 | No Comments »

For those of us who are public policy wonks, K&L Gates is hosting a webinar today, Wednesday, November 7th:

Election 2012: What It Means For Emerging Technologies
Wednesday, November 7, 2012
12:PM ET

RSVP Online Now

I highly recommend this premier event.

This event is presented as part of the Global Government Solutions® initiative.

The upcoming national election not only determines who will sit in the Oval Office and on Capitol Hill. It will also impact every emerging technology company, their investors and American innovation for years to come.

Join K&L Gates’ policy panelists on November 7th – the day after the election – to hear how the election’s results will impact a wide range of emerging technologies, including cleantech/renewable energy, healthcare/biosciences, and emerging IT/cloud computing.

K&L Gates’ panelists have been pioneers in educating government officials about the potential of promising technologies to transform our economy and our lives. In this webinar, they will offer those special insights to help you determine how to best position your company with the federal government.

Presenters
Barton J. Gordon, former Congressman (D-TN) and chair of House Science, Space and Technology Committee, K&L Gates Partner

James T. Walsh, former Congressman (R-NY) and chair of House Appropriations Subcommittees, K&L Gates Government Affairs Counselor

Daniel Ritter, former chief counsel to a U.S. Senate subcommittee, K&L Gates Partner coordinating the emerging technology, innovation and sustainable business practice

Tim L. Peckinpaugh, former aide to the House Science Committee and Republican Study Committee, K&L Gates Partner

R. Paul Stimers, K&L Gates Partner

Submit a Question
This complimentary presentation will last for 90 minutes, with time allotted for questions from the audience. Submit your questions in advance.

RSVP Online Now

Other Ways to Stay Informed
Join K&L Gates in Washington, DC and via webinar for “What Happens Now?: A Post-Election Analysis Webinar and Luncheon” on Friday, November 9th at 11:30 Eastern. RSVP to attend live. RSVP for the webinar.

Speculation is intensifying on how the results will impact the make-up of Congress. Our 2012 Election Preview, a pre-election guide, forecasts the likely changes to the committees in both the House and Senate.  K&L Gates plans to publish a more complete guide the day after the Election which will include more extensive information on new members of Congress and changes to state delegations and congressional committees.

Regards,

Vincent Caprio “Serving the Nanotechnology Community for Over a Decade”
Executive Director
NanoBusiness Commercialization Association
203-733-1949
vincent@nanobca.org
www.nanobca.org
www.vincentcaprio.org