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http://www.austrade.gov.au/Solar-energy-to-Canada/default.aspx
Profiled industries:
Bioenergy-to-Canada
http://www.austrade.gov.au/Bioenergy-to-Canada/default.aspx
Carbon-capture-and-storage-to-Canada
http://www.austrade.gov.au/Carbon-capture-and-storage-to-Canada/default.aspx
Consumer goods to Canada
http://www.austrade.gov.au/Consumer-goods-to-Canada/default.aspx
Food and beverage to Canada
http://www.austrade.gov.au/Food-and-beverage-to-Canada/default.aspx
Green building to Canada
http://www.austrade.gov.au/Green-building-to-Canada/default.aspx
ICT to Canada
http://www.austrade.gov.au/ICT-to-Canada/default.aspx
Mining to Canada
http://www.austrade.gov.au/Mining-to-Canada/default.aspx
Oil and gas to Canada
http://www.austrade.gov.au/Oil-and-gas-to-Canada/default.aspx
Solar energy to Canada
http://www.austrade.gov.au/Solar-energy-to-Canada/default.aspx
Wind energy to Canada
http://www.austrade.gov.au/Wind-energy-to-Canada/default.aspx
North America’s High-Tech Economy: The Geography of Knowledge-Based Industries ranks the top high-tech centers in the U.S., Canada and Mexico in their ability to grow and sustain thriving high-tech industries.
The top 25 markets are listed on the left, showing the 2007 and 2003 rankings. An interactive map of the metros is directly below and scroll down for a full listing of all 393 high-tech centers ranked.
Data is also available for each of the 19 specific high-tech industries. Click here for industry specific data.
The full report and executive summary of North America’s High-Tech Economy: The Geography of Knowledge-Based Industries is available for free download after registration.
Green cyberinfrastructure cooperation Canada-USA-Australia
In one of the first efforts of its kind, universities in Canada and California are pledging to work together to reduce GHG emissions on their campuses while developing a ‘green cyberinfrastructure’ – information technology that improves energy efficiency and reduces the impact of emissions on climate change.
The institutions have agreed to develop methods to share GHG emission data in connection with International Organization for Standardization (ISO) standards for information computer and telecommunications equipment (ISO 14062), as well as baseline emission data for cyberinfrastructure and networks (ISO 14064). These protocols will become much more widely used as those reducing ICT GHG emissions wish to obtain energy credits in “cap and trade” systems.
The California Institute for Telecommunications and Information Technology (Calit2) GreenLight data center will be connected to Canadian end users over the CENIC/Pacific Wave/CANARIE dedicated optical fiber networks. CANARIE in Canada is studying establishing several research data centers near hydro, wind, and solar powered energy sources, so that a variety of Green Cloud alternatives can be experimented with. Meanwhile, efforts are underway at Calit2 to use DC fuel cell technologies to experiment with feeding modular data centers locally with zero carbon emission energy sources …
Via: Docuticker
Key Figures on Europe 2009 / Eurostat
Data are generally provided for the European Union total (EU-27), the euro area and the Member States, and – when available – for the candidate countries, the EFTA countries, Japan and the United States. The presentation largely follows the nine statistical themes of Eurostat’s free dissemination database: economy and finance; population and social conditions; industry, trade and services; agriculture, forestry and fisheries; international trade; transport; environment and energy; science and technology; and regional statistics.
A ranking of the 50 fastest-growing Canadian technology companies with the highest percentage revenue growth over five years.
The Deloitte Technology Fast 50(TM) program is Canada’s pre-eminent technology award program. Celebrating business growth, innovation and entrepreneurship, the program features four distinct categories including the Technology Fast 50 Ranking, Companies-to-Watch Awards (early-stage Canadian tech companies in business less than five years, with the potential to be a future Deloitte Technology Fast 50(TM) candidate), Leadership Awards (companies that demonstrate technological leadership in four industry subcategories: ardware/semiconductor, software, telecommunications and emerging technologies) and the Deloitte Technology Green 15(TM) Awards (Canada’s leading GreenTech companies that promote a more efficient use and re-use of the earth’s resources in industrial production and consumption). Program sponsors include Deloitte, Gowlings, GrowthWorks, RBC Capital Markets, Wellington Financial, Stonewood Group, CATAAlliance and IGLOO.
Technology Fast 50 ranking
Companies-to-Watch Awards
Technology Fast 50 Leadership Awards
Deloitte Technology Green 15 Awards
* Today’s Report on Business also ran an article on the rankings with some additional insights.
The study “Cities and growth: Knowledge spillovers in the adoption of advanced manufacturing technologies,” released today by Statistics Canada, examines in greater detail the role that geographic clustering plays in the adoption of advanced manufacturing technologies that generate productivity growth.
The study used detailed survey data on advanced manufacturing technologies to show that plants that adopt advanced manufacturing technologies often cluster together in local regions. It also found that the likelihood that plants will adopt new technologies is influenced by the presence of past adopters in the same region. This is evidence that localized knowledge spillovers related to technology use are an important part of the link between clustering and productivity growth.
The study “Cities and growth: Knowledge spillovers in the adoption of advanced manufacturing technologies” is now available as part of the The Canadian Economy in Transition Series (11-622-MIE2008018, free) More studies related to economic geography and productivity are available online (www.statcan.ca/english/studies/economic.htm).
Deloitte has released its 7th annual Technology, Media & Telecommunications (TMT) Predictions. Published by Deloitte’s Canadian TMT industry group, the report singled out the top 10 biggest TMT trends that will impact Canadian business in 2008:
2008 TECHNOLOGY PREDICTIONS
- The rising value of digital protection: The value of personal computers (PCs) and other electronic devices no longer rests in their silicon chips, but in the data, files, songs and images they store. Backing up this content to protect it from viruses and theft, and making sure files are forward compatible may fuel growing industries.
- From anonymity to authenticity: The face of the Internet is changing. With concern about online fraud and predators increasing, social networking sites like Facebook have replaced the “secret Internet’s” use of fictitious identities and avatars by requiring users to post their real names, e-mail addresses, and photos. With eight million Facebook users, Canada leads the world in voting for authenticity over anonymity.
- How to manage talent when legacy becomes the future: Almost every business in Canada relies on its IT department. Attracting and retaining skilled employees familiar with cutting-edge technology is no longer the only challenge large companies face as they try to get the most out of their past IT investment. Skill sets, like the ability to program and maintain 30-year-old mainframe computers, remain important – and are becoming increasingly scarce.
- The flight to privacy: It is beneficial when PCs, search engines, online retailers and social networks use our “private” information to help fill in forms faster or make useful suggestions. But, as recent controversies with Facebook, Beacon and other online sites demonstrate, even if privacy has not actually been breached, the online community is highly sensitive to a perception of violated privacy, ensuring it continues to be a flashpoint in 2008.
2008 MEDIA PREDICTIONS
- Stop the presses – Online is moving (slowly) to the front page: Canada’s media industry has been a world leader in embracing the online world. In 2008, look for even more web content creeping onto our TV screens and into newspapers, as well as the hiring of non-journalist bloggers as writers and computer programmers, who can add interactive content like searchable databases and mashups. Big legal battles may ensue, as libel laws are tested to see if citizen journalism sites are legally responsible for what they post.
- Overcoming online piracy may not mean the end of counterfeit content: Canada has the highest percentage of high speed Internet users in the world. Another fact to note is that according to one of the six major North American film studios, over 50% of all pirated movies globally are illegally recorded in Montreal. Piracy once seemed unstoppable – but technology now provided by companies like Waterloo-based Sandvine (#1 ranked Deloitte Technology Fast 50 award winner in 2007) is allowing network operators to detect, slow down and even stop illegal piracy activities.
- Time for music to get tangible again: Since 1997, Canadian sales of recorded music in physical form plummeted 50%, with songs often enjoyed in their intangible (digital) and often illegally obtained format. However, recent declines in the price of flash memory make it inexpensive to put files on a flash memory chip or low priced MP3 player, meaning music lovers may start rebuilding their music libraries in physical formats again to feed their desire for tangible, permanent objects.
2008 TELECOMMUNICATIONS PREDICTIONS
- How to capitalize on the $10 mobile phone: Advances in semiconductor manufacturing and better integration technologies have led to the era of the $10 phone. By embedding digital phone functionality in machines – from ATMs to vending machines, and from freight containers to cars – two-way data communications can now create a far more powerful, reliable and cost-effective network of machines.
- Giving mobile GPS direction: Using Global Positioning System (GPS) satellites to determine location is already a multi-billion dollar market for automobiles and hikers. However, just because GPS is included on a phone doesn’t mean consumers will use it more than a few times for novelty. GPS works well for cars, but its need for “line of sight” means getting a signal sometimes requires users to walk away from buildings and into the middle of a street, which may be a big barrier for repeated handset use of GPS.
- Gray is good: the return on investment from making telecommunications accessible to all: For years it was assumed the online community had an average age of about 21. As a result, websites featured weird colours, tiny fonts and loud song tracks. But with aging baby boomers skewing the demographics, Canada is getting older faster, and this demographic controls a lot of wealth. Making telecommunications and technology more accessible to older users – bigger buttons, bigger fonts, and better ergonomics – may open up this large and under-developed market.
“Technology is playing an increasingly central role in many of the key challenges and issues facing Canadians, and that’s nowhere more apparent than in Canada’s attempts to confront environmental challenges with clean, ‘green technology’ solutions,” says Duncan Stewart, Director of Deloitte Canada Research.
Deloitte has also identified the top five green TMT challenges and trends facing Canadian business in 2008:
2008 GREEN TMT PREDICTIONS
- The challenges and opportunities of water scarcity: Population, economic and environmental pressures may make water the key crisis of the 21st century. Canada has freshwater in abundance, as well as a history of technological innovation in the filtering, remediation, conservation and purification of water, leaving us well placed to help solve global water problems, while confronting our own issues such as how to extract oil from the oil sands without requiring vast amounts of water.
- From zero to green hero – the renaissance of nanotechnology: There has been a stealth explosion in nanotechnology usage in the clean technology arena recently, led by Canada’s National Institute for Nanotechnology in Edmonton. Atomic-level innovation is driving technology in power production, transmission and storage, lighting and LEDs, and cleaning up polluted soils and groundwater.
- Let there be light emitting diodes: In 2008 the conventional light bulb may finally start to be superseded by a viable replacement: the white light emitting diode (LED). But rapid advances in semiconductor manufacturing combined with rising energy prices have shifted the balance, and LEDs are now the superior choice over the long term in most home lighting applications.
- Getting value from virtualisation: Virtualisation, a form of software first used in the 1960s, was one of the most talked about technologies of 2007 due to its proponents’ claims of cost savings, more security, and lower power consumption. In 2008 companies may be more cautious as virtualization is neither a one-size-fits-all solution nor a panacea. However, energy savings are key, especially for new server farms based on “cloud computing” similar to Google.
- The living room moves closer to being Public Enemy Number One: Consumer electronics now use 15% of household electricity consumption – up from 5% in 1980 – with forecasts indicating that number could reach 50% by 2020. Giant screens, especially plasma, use two to four times more power than cathode ray tube (CRT) TVs. And dozens of other household devices are using up energy, even in standby mode. Look for 2008 to bring in more power-efficient home media devices, including ones that that have “real” off switches.
Electronic garbage mounts in India as consumers snap up goods
AFP, 15 December 2007 – India is piling up mountains of electronic rubbish as consumers snap up the latest gizmos and firms upgrade computer systems, raising fears the nation is headed for a toxic-waste crisis.
Manufacturers are introducing new models of mobile phones, televisions and computers to entice cashed-up consumers to upgrade, with no policies or infrastructure in place to recycle often toxic electronic scrap.
By 2011, the world’s second-most populous nation will generate 470,000 tonnes of “e-waste”, up from 330,000 tonnes this year, the Manufacturers’ Association for Information Technology said in a study received here Friday.
“The situation could assume alarming proportions and therefore it is high time we pay serious attention to the issue,” said Vinnie Mehta, who heads the association, or MAIT, said.
India needs a policy that “identifies and defines the roles of each stakeholder including the vendors, the users, the recyclers and the regulator for environmentally friendly recycling,” Mehta said.
The figure for electronic waste generated this year is more than twice the previous official estimate. India also “imports” an estimated 50,000 tonnes of e-waste such as obsolete television sets and mobile handsets that are refurbished and resold, said the survey.
Environmentalists say the figure could be higher because the survey does not take into account villages where two-thirds of India’s 1.1-billion people live and which are attracting companies such as mobile-phone makers … Read entire article …
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