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Top 10 cleantech cluster organizations for 2010

February 22, 2010 by Shawn Lesser

What's a cleantech cluster?

Indeed, many people may have not heard the term, although it could quickly gain currency as people increasingly realize the tremendous opportunities offered by the cleantech sector.

For purposes of this list, we define a cleantech cluster organization as an economic development organization aimed at growing jobs in a specific geographic region. Among a cleantech cluster’s main goals are to promote innovation and investment.

Creating such a cluster is no simple task. First, the right circumstances must be present: A thriving technology base, abundant entrepreneurial and management talent, access to capital, and a proactive environmental public policy. It’s not easy to create, but once in place, a cleantech cluster can, in theory, create thousands of new jobs and attract billions of investment dollars to a region.

Which regions have managed to best attract and leverage these key ingredients to help create the world’s best cleantech cluster organizations? Here's one observer's top 10 list:

  1. Austria Eco World Styria, Graz Austria - Eco World Styria bills itself as Europe’s Green Tech Valley. The small region of Styria in Austria is home to more than 150 cleantech companies, of which one dozen are world technology leaders in their field. The cleantech revenue of Styrian companies totals €2.7 billion. This equals to 8 percent of the Gross Regional Product (GRP), and is one of the highest concentrations of leading clean technology companies in Europe. The companies have an average (real) growth rate of 22 percent per year—well above the worldwide cleantech market growth of 18 percent per year. The region created roughly 2,000 additional green jobs in 2008 alone. Among the key reasons for the area’s phenomenal performance: Numerous specialized research centers, a strong tradition of engineering as well as a leading research quota of 4.3 percent of the GRP. That’s why Styria is, despite its small size, one of the largest clusters in Europe. Cluster success stories include: Andritz AG, Komptech, KWB Biomass Heating Systems, Binder+c.
  2. The New England Clean Energy Council, Cambridge Massachusetts - The New England cleantech economy could bring in $1 billion in investment by 2012, the region believes, and the New England Clean Energy Council is at the forefront of this opportunity. Formed in 2007, the council’s mission is to accelerate New England’s clean energy economy and elevate it to a position of global leadership by building an active community of stakeholders and a world-class cluster of clean companies. The council represents nearly 150 members, comprising clean energy companies, venture investors, major financial institutions, local universities and colleges, industry associations, area utilities, labor and large commercial end-users. Its ranks include more than 50 clean energy CEOs, representatives from most of the region’s top 10 law firms, and partners from over a dozen of the region's top venture capital firms (with a total of over $8 billion under management). Working with its stakeholders, the council develops and executes an array of programs in five key focus areas: Innovation, Growth, Education and Training, Adoption, & Policy. Cluster success stories include: Ze-Gen, Seven Solar, Next Step Living.
  3. Finnish Cleantech Cluster, Lahti Finland - The Finnish Cleantech Cluster is a true Finnish success story. The cluster features access to over 250 Cleantech companies, 60 % of Finland’s Cleantech business and 80 % of Cleantech research in Finland. Lahti Science and Business Park is the coordinator of the Finnish Cleantech Cluster. Among the primary goals of this cluster is to create + 40 new high-growth companies annually, a goal which has already been reached. It also aims to increase Cleantech VC investments to 15% of total investments. In terms of job creation, the Finnish Cleantech Cluster has created + 500 new green job, and the target for this year is more than 900 new positions. Lahti has an excellent overview of the general deal flow, + 100 investment cases, in Finland. The market operations in November 2009 are covering Russia, China with FECC, and India, through the strategic collaboration with YES Bank India. LSBP hosts numerous cleantech investor events annually like cleantech workshops and Cleantech Venture Day. Cluster success stories include Eagle Windpower, EcoCat, Numcore and Green Stream Network.
  4. MaRS, Toronto Canada - Canada's MaRS is a large scale, mission-driven innovation center located in Toronto and networked across Canada. It is focused on building Canada’s next generation of cleantech companies. Led by Tom Rand, a veteran entrepreneur, policy advocate, and venture capitalist, the Cleantech Practice at MaRS has quickly established itself as the largest Cleantech deal-flow engine in the country. Founded last year, the Canada MaRS Advisory Services team has already worked with over 250 cleantech companies from across the province. MaRS provides business advice and mentorship, market intelligence, entrepreneurship education, seed capital and access to critical talent, customer and partner networks. MaRS brought five of its cleantech stars to the Cleantech Group's Boston Forum, and will bring five more to this week's San Francisco Forum. MaRS is the largest cleantech deal-flow engine in Canada. Cluster success stories include: Morgan Solar, NIMTec, Hybrid Energy Technologies, and SkyMeter.
  5. Copenhagen Cleantech Cluster, Copenhagen Denmark - Copenhagen has a stated goal of becoming the world’s first CO2-neutral capital. Danish cleantech solutions are world famous, and Denmark is one of world’s largest exporters of cleantech as measured by GDP. The Copenhagen Cleantech Cluster cluster comprises 40 players, and the aim is to total 200 by 2013. The Copenhagen Cleantech Cluster operates under a $30 million budget financed by the EU, Region Zealand and the Danish Capital Region. It also has a unique set of partners, including Copenhagen Capacity, Scion DTU, Confederation of Danish Industries (DI), Risø DTU, University of Copenhagen as well as a number of municipalities and huge companies including Dong Energy, Vestas, Haldor Topsøe, Novozymes, Siemens and Better Place Denmark. Specific goals include the creation of 1,000 new jobs and 10 public-private sector partnerships, the staging of 200 events, the involvement of more than 200 players as well as collaboration with 15 international Cleantech clusters. Cluster success stories include: Stirling DK, PhotoSolar, EcoXpac and Better Place Denmark.
  6. The CleanTech Center, Syracuse New York - You've heard of the big apple. The green apple is Central Upstate New York. With 38 colleges and universities, 138,000 college students, $2 billion in annual funded R&D and a green landscape that supports clean energy production, NY's "green core" is launching and growing clean tech enterprises. The CleanTech Center at the Syracuse-based Tech Garden, and The Syracuse Center of Excellence in Energy and Environmental Systems are at the forefront of the green innovation movement, supported by the New York State Energy Research and Development Authority, making it one of the best-funded programs in the U.S. The CleanTech Center is a cutting-edge clean energy incubator that links entrepreneurs, investors and academic researchers, and is also a clearinghouse of information on the cleantech sector in New York State. Successes include: The Paper Battery Company, MicroGen Systems and Earthsense.
  7. CleanTECH San Diego, San Diego, California - With an estimated 650 cleantech companies in the region, San Diego is emerging as a global leader in cleantech. Led by an initiative of San Diego Mayor Jerry Sanders, CleanTECH San Diego has developed a comprehensive one-stop-shop and vibrant ecosystem for clean tech companies to accelerate their growth. San Diego already has a track record. Having less than a third the population of Los Angeles, San Diego has installed 60% more solar roofs than its neighbor to the north. In July 2009, San Diego was recognized as the leading solar city in the No. 1 solar state, with over 2,200 rooftop installations and the most solar capacity in the state. Cluster successes include Siliken Renewable Energy, Clear Edge Power, Synthetic Genomics and Sapphire Energy.
  8. Environmental Business Cluster, San Jose, California - Established in 1994, the Environmental Business Cluster (EBC) is a nonprofit technology commercialization center created to assist early stage for‐profit companies developing products or services intended to have a positive impact on the environment. Since 2003, the EBC has specialized in assisting clean energy and emerging energy efficiency companies and has also been working with the California Energy Commission and the National Renewable Energy Lab to provide commercialization services to selected applied research grant recipients. Today, the EBC manages the largest private technology commercialization program for clean energy start‐ups in the United States. The EBC is sponsored by the San Jose Redevelopment Agency in partnership with the San Jose State University Research Foundation. Success stories include GreenVolts, ElectraDrive, Optony, Armageddon Energy, and New Power Technologies.
  9. Stockholms Miljöteknikcenter, Stockholm, Sweden - The Stockholm cleantech sector, including Uppsala to the north and renowned cleantech related research environment Ångströmslab, has created cleantech jobs for some 25,000 employees estimated. The region is also home to an internationally well known sustainable city area in Hammarby Sjöstad (just to the south of downtown Stockholm) and one emerging in nearby Norra Djurgårdsstaden. Stockholm was chosen as Environmental Capital of the year 2010 by the European Comission, and is home to cleantech investors Sustainable Technologies Fund, Northzone, Pegroco Invest and Stora Enso Ventures, and is also home to the office of Cleantech Scandinavia. Cluster success stories include Vertical Wind, Seabased, Chromogenics Sweden, Climatewell, Scandinavian Biogas.
  10. Ontario Clean Water Initiative, Toronto, Ontario - The Ontario Clean Water Initiative is a collaboration of organizations dedicated to developing Ontario as a global center of expertise for safe, clean, affordable and sustainable water and sanitation solutions. Ontario has considerable water related assets, from one of the largest bodies of fresh water in the world to a strong regulatory regime, an internationally recognized research community, and an established track record in world class water tech (e.g. ZENON, acquired by GE, and Trojan Technologies). Over 300 local companies are developing wastewater, water treatment and filtration related products and services. The province is home to 230 relevant university and college programs that produced over 8,200 university graduates related to water sciences in 2007. Entrepreneurs have access to R&D tax credits and specialized water investors such as XPV Capital Corporation, Sustainable Development Technology Canada and Emerald Technology Ventures. Successes include Altech Technology Systems, EnviroTower, UV Pure, Green Turtle and Petro Sep Membrane Technologies.

Shawn Lesser is the president and founder of Atlanta-based Sustainable World Capital, which is focused on fund-raising for private equity cleantech/sustainable funds, as well as private cleantech companies. For information, visit his Web site.

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FOR INDIA

IN INDIA WE WISH TO DEVELOP CLEAN ENERGY CLUSTER.ANY COUNTRY WISH TO GIVE IDEAS AND DEVELOP IN TURNKEY BASICS

The Least We Must Do

The least we must do
A Jim Bell & Common Sense Commentary – www.jimbell.com

It’s as simple as this, all of us, just doing what we do, are destroying our planet’s life- support system.

To be more correct, it’s not so much about what we are doing, but about how we now do it.

Just to survive, we need water and food. We also need clothing and shelter. Additionaly, we need energy to support contemporary lives.

The problem is that the way we now get energy, water and food and most everything else, is eroding the possibility of having a secure supply of energy, water and food and the things of modern life, in the future.

What should we do?

The answer is to develop ways to live and make livings that are life-support sustaining, ways that heal and nourish each other and our planet’s life-support system.

If we want to give our descendents the birthright of a happy, healthy, prosperous, and completely life-support sustaining future, this is the least we must do. But, how do we do it?

Step one – become renewable energy self-sufficient.

When a home, community, city, county, region, state or country controls its energy supply and price, it controls its economy, its ways of life, and most everything else -- no matter what happens to the price and supply of energy on global and national markets.

Because solar energy in its various forms is free and even delivered free, there is no cost for fuel to benefit from it. The technologies to save energy and produce what we can’t save do have a cost. But given that our inventors/developers are still getting better at saving energy and converting various forms of solar energy into electricity, the price of efficiency improvements and renewably generated electricity will continue to fall.

Every level of becoming renewable energy self-sufficient creates opportunities. In San Diego County, where I live, there is an abundance of direct sunlight. Additionally, the county has substantial wind, biomass, ocean current, wave and tidal energy from which electricity can be produced.

But, even if direct sunlight was its only resource, and assuming 40 kWh of electricity, natural gas and transportation fuels are consumed directly or indirectly per capita per day, San Diego County could become renewable energy self-sufficient by increasing energy use efficiency by 40% and covering 43% of its roofs and parking lots with 15% efficient PV panels.

Economically, becoming renewable energy self-sufficient will increase countywide economic activity by over $175 billion over a forty year implementation period and create over 1 million job-years of employment in the process.

What about cost?

Actually, becoming renewable energy self-sufficient will cost less than continuing our dependences on imported energy -- especially if we make the transformation with a little intelligence and grace.

Assuming an average cost of 10 cents per kWh over 40 years, making San Diego County renewable electricity self-sufficient alone would save the county $24 billion.* Since electricity makes up around 40% of the energy the average person uses per day, it follows that a renewably energy self-sufficient San Diego County would save around $60 billion over a 40 year transition period to renewable energy self-sufficiency. Additionally, the higher the cost that electricity rises above10 cent per kWh on the open market, the greater the County’s positive the cash-flow and resulting economic multiplier benefit will be.

Step two - become renewable water self-sufficient.

Water is essential to life. It is essential to the water rich lifestyle most people in the developed world already have and that people in the developing world would like to have.

Using San Diego County as an example, increasing the coverage of its roofs and parking lots with 15% efficient PV panels by another 5%, or from 43% to 48%, will allow it to become renewable energy and water self-sufficient. The addition electricity will power reverse osmosis (RO) pumps to force saltwater against membranes that let freshwater through, but block salt, other minerals and most pollutants.

Assuming the worst case scenario of zero rainfall and zero imported water, five percent coverage of San Diego County’s roofs and parking lots with 15% efficient PV panels would make enough electricity to produce 776,000 acre ft. of water each year. San Diego County now uses around 600,000 acre ft. of water each year. By installing PV panels over 8% of its roofs and parking lots, San Diego County could become a substantial water exporter.

Sea life will be protected from RO processing by extracting the saltwater to processed through sand filtration as in extracting saltwater from coastal wells and through sea bottom sand filtration. Wastewater or brine left over from the RO process will be evaporated in shallow open ponds so salt and other minerals left behind can be mined. If any RO wastewater is returned to the sea, it would have to be diluted by sand filtered salt water to be less than 20% saltier than is natural seawater. As a further precaution, it would be released into the ocean diffusely.

Step three – become renewable food self-sufficient.

With renewable energy and water self-sufficiency, comes the ability to be renewable food self-sufficient. It also allows for the growth of a great deal of the fiber and lumber.

To make this real, it is essential that we protect our agricultural soils from development and other misuse. Research indicates that we still have enough agricultural soil on our planet to feed everyone a nutritious diet of tasty sustainably grow food with lots of variety. With renewable energy powered RO, this is still true for San Diego County. Unfortunately, neither of these statements will be true for long, if we do not protect and preserve our best agricultural soils for life-support sustaining agriculture.

Step four – population

Make a personal choice to be the birth parent of no more than two children unless a child or children die before reproducing themselves. If accomplished worldwide, the world’s population would decline by 1% to ½% per year. A 1% decline per year would reduce the world’s population to 2.5 billion people in 100 years. This was the world’s population in the mid 1950s. With a population drop of ½% per year, this would happen in 200 years.

Step five – develop a Space Debris Detection and Defense System

We already have the technology to locate all earth orbit crossing space objects. We also have the technology to nudge such space objects large enough to cause serious life-support harm if they collide with us, into earth safe orbits. We can even capture such objects in moon and earth orbits for scientific study and mining.

To repeat, if we want to leave the birthright of a happy, healthy, prosperous life-supporting sustaining future to our young and future generations, these 5 steps are the minimum we must do, and the sooner the better.

We’ve come so far, so why blow it now. We know what to do. All we have to do is do it. If those living over the next 60 years or so, develop life-support sustaining economies and ways of life planet wide, there is little to stop us from colonizing space in our own galaxy and beyond.

If we don’t develop a supporting (symbiotic) relationship with our planet’s life-support system soon, we will follow the footsteps of the great civilizations of the past that utterly failed at the height of their greatest achievements. This is because they were based on the exploitation of others and the unsustainable use of the life-support system, upon which their civilizations rested.

* For details on this investment strategy, go to www.jimbell.com, click on “Green Papers”. Although this paper focuses on renewable electricity self-sufficiency in San Diego County, the investment strategies it develops can be used to become renewable energy self-sufficient for gaseous and liquid fuels as well. Additionally, this strategy can work almost anywhere on our planet, modified for climate, renewable energy sources available and other local conditions. With modifications, it will also work for becoming water and food self-sufficient as well.

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