Innovation

Innovation in research to boost Australia

EXTRA >>

TRANSLATING Australian research success into an economic boost is the focus of a new Australian Government discussion paper, Boosting the Commercial Returns from Research, released on October 29 by the Australian Government. It is expected to stimulate more collaboration between researchers, scientists and business to help commercialise new technologies.

The government has also committed to consult on new initiatives to better capitalise on Australia’s research strengths, including possible changes to research funding to foster greater collaboration between universities and industry.

The strategy will link with the Federal Government’s Industry Innovation and Competitiveness Agenda, which is focussed on enhancing Australia’s productivity and international competitiveness.

Federal Education Minister Christopher Pyne and Industry Minister Ian Macfarlane, in a combined statement, said the government would consult with the research community and industry on creating better translation of research into commercial outcomes.

New approaches will include adjusting research funding to provide greater incentives for collaboration between research and industry.

The plan also aims to support world-class research infrastructure to attract the world’s best researchers and facilitate collaboration with industry.

Government is also keen to promote intellectual property (IP) arrangements that facilitate collaboration and commercialisation of ideas.

Mr Pyne and Mr Macfarlane are also searching for ways of ensuring training prepares researchers to work with industry and bring their ideas to market.

Part of the approach is to improve the assessment of the research system and research outcomes and their impacts.

“The government’s Industry Innovation and Competitiveness Agenda focusses on several targeted measures to ensure Australia can create new opportunities and new jobs in global markets,” Mr Macfarlane said.

“To maximise our economic opportunities in the years ahead Australian industry must capitalise on our areas of competitive strength and we must lift our game when it comes to collaboration between business and research.

“Australia is already performing well on research excellence – more than 3.5 percent of the world’s top highly cited international research publications involve Australian researchers, up from just over 2 percent in 2006.

“But when it comes to collaboration with business our performance falls away, with fewer than 5 percent of Australian businesses turning to the research sector for new ideas or problem-solving.”

Minister Pyne said the Federal Government’s focus was to address the challenges Australia faces in turning good ideas and research breakthroughs into commercial results.

“The need for reform is clear with Australia ranking 81st out of 143 countries on the Global Innovation Index measuring how effectively we get returns from research, ideas and institutions,” Mr Pyne said.

“We rank last in the OECD on the proportion of businesses which collaborate with research institutions on innovation.

“A national strategy to create stronger links between research, science and industry is a central plank of the Government’s commitment to boost Australia’s economy, ensuring our competitiveness into the future.

“It also aligns with the government’s higher education reforms, and the efforts to realise the potential of health research and help businesses to thrive.”

NEW SCIENCE COUNCIL

As part of the Competitiveness Agenda the Federal Government is also establishing the Commonwealth Science Council as the pre-eminent body for advice on science and technology issues facing Australia

Mr Pyne said the Council would bring together leaders in Australian industry, research and government. One of its first actions will be to advise on national priorities for science and research.

The Federal Government is calling for input from the research sector and industry on the discussion paper and has invited submissions by November 28, 2014.

www.education.gov.au/current-reviews-and-consultations

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Sunglasses you can’t lose are Tech23 winners

THE annual Tech23 Awards announced on October 24 in Sydney presented a potpourri of Australian innovation and creativity, with winners having developed sunglasses you cannot lose, GPS tracking with three-dimensional visualisation and a clever little  ‘bar tab’ app.

Tzukuri’s 20-year-old founder Allen Liao stole the show with his cool and collected presentation on unloseable sunglasses, eventually winning the Tech23 2014 People’s Choice Award. 

The Tech23 Innovation Excellence Award went to Intelligent Fleet Logistics for its ready-to-market vehicle routing and scheduling optimisation technology.

The Tech23 Greatest Potential Award was won by Clipp for a popular and practical bar tab app. Clipp also won a $5000 cash prize from PayPal.

Now in its sixth year, Tech23 2014 confirmed the event’s status as a benchmark for the Australian start-up community.

Each year 23 of Australia’s most innovative technology start-ups gather in Sydney to present their business models to a panel of industry experts and an audience of entrepreneurs, investors and incubators along with established leaders of research and development (R&D) and information and communication technology (ICT) organisations and enterprises. 

National and international Industry leaders, enterprise and start-up sponsors, along with  Tech23 Alumni companies, award them valuable prizes including thousands in cash, meetings with influential people and development trips overseas.

“The scope and impact of Tech23 continues to grow exponentially,” said event founder Rachel Slattery of SlatteryIT.

“This year we had companies from six states representing products and services that range from big data technology to location services, enterprise applications to healthcare.

“I’m consistently amazed by the level of innovation and ambition our Tech23 show. The technology on display today boasted benefits for business and community alike.”

Doarama, creators of a 3D GPS track visualisation program, won a trip to Silicon Valley sponsored by ATP Innovations.

Bluedot Innovation, a technology for precise, battery friendly location services, has won a trip to Boston from Bigtincan and Bluedot also won $5000 cash from REA Group.

REA Group also awarded a second $5000 cash prize to Sound Scouts, a game which detects hearing loss in children.

Clevertar was awarded $3000 from NRMA, while Global and Smart won $2,500 from Bendigo and Adelaide Bank.

Tech23 2014 was sponsored by NICTA, Amazon Web Services, ASX, Bendigo Bank, Citrix, CSIRO, Suncorp Group, UNSW’s Business School, AusIndustry, London & Partners, MYOB, and NRMA.

www.tech23.com.au

 

Tech23 2014 prize winners:

Tech23 2013 Innovation Excellence Award: Intelligent Fleet Logistics.

Tech23 2013 Greatest Potential Award: Clipp.

Tech23 People’s Choice Award: Tzukuri.

ATP Innovations Silicon Valley Explorer Award: Doarama.

Bigtincan Enterprise Mobility Leadership Award: Bluedot Innovation.

The PayPal People Powered Innovation Award: Clipp.

REA Group Digital Disruptor Award: Sound Scouts.

REA Group Connected Marketplace Award: Bluedot Innovation.
Bendigo and Adelaide Bank Connecting Communities Award: Global and Smart.

NRMA Innovation in Sustainable Solutions Award: Clevertar.

ThoughtWorks Disruptive Innovation Award: Clevertar.

Citrix Best Early Stage Company Award: RedEye.

Global Access Advisors Catapult Prize: AUUG.

Google Mentoring Session: Intelligent Fleet Logistics.

Hills Fast Track Award: Sound Scouts.

Meeting with Bill Bartee: GoFar.

Meeting with Paul Bassat: Oar Inspired.

Meeting with Daniel Petre: Maestrano.

MYOB’s Online Innovation for Small Business Award: Appbot.

The Noah Consulting Disruption Award: Tzukuri.

S2M Digital Recruitment Key Hire Award: Intelligent Fleet Logistics.

Sirca University Medal for Student-led Tech Entrepreneurship: Tzukuri.

Meet Geoff McQueen: Appbot.

Coffee with BugHerd founders: RedEye.

Creately Diagramming Best Visual Presentation Award: Clevertar.

Inteferex Communications Best Telecommunications Enterprise Award: Bluedot Innovation.

Lunch with the Chairman and COO and Co-Founder of IPscape: Geomoby.

Lunch with Local Measure team: Pop Tech.

Mentoring session with Virtual CFO, Rachel White: Oar Inspired.

Free 12 Month Subscription to StreetHawk Mobile Engagement Automation: Pop Tech.

Intersective Best Education Enterprise Award: StatSilk.

x2 Free Saasu Large Plans: GoFar and Leapin Digital Keys.

PayPal’s Startup Blueprint program: All Innovation Island companies.

Amazon Web Services Award: All Tech23 2014 participants.

 

ends

Clever Aussie start-ups line up for Tech23 showcase

THE 23 young and innovative technology companies presenting at the upcoming sixth annual Tech23 2014 event define what is ‘uniquely clever’ about Australia’s innovators.

The technology innovations featured this year range from big data technologies to location services, enterprise applications to healthcare. They will all gather in Sydney, travelling from around Australia, to present at Tech23 on October 23

One Tech23 company, Sound Scouts, has developed an app which looks like a game but doubles as a diagnostic tool for hearing loss in primary school-aged children.

LEAPIN Digital Keys has invented a smart lock system which requires no onsite power or infrastructure.

Skrydata has created technology to predict the future based on big data analytics.

Tech23 is the national celebration of innovation, with founders hailing from New South Wales, Queensland, Victoria, South Australia, Western Australia and one from the ACT.

“People are innovating across Australia, and it’s great to see the breadth of the nation represented amongst the clever technologies being presented at Tech23 this year,” promoter of the event, SlatteryIT director Rachel Slattery said.

The company founders presenting are also a diverse group, involving some very young entrepreneurs still completing their undergraduate degree and others with decades of experience and multiple start-ups under their belt.

Ms Slattery said bringing together this diverse range of backgrounds and experience is what makes the Tech23 event outstanding.

“When Tech23 started six years ago, it was all about creating connections,” Ms Slattery said.

“It’s great to see this happening even more now, as Tech23 alumni companies and founders, industry leaders, sponsors and supporters go out of their way to help the next wave of innovative companies,” she said. “It’s exciting to see how many alumni have pitched in.”

Ms Slattery said Australian technology “superstars” Michelle Deaker, Leni Mayo, David Spence and Richard White were among the industry leaders who would question and advise the 23 companies on the day.

Many former Tech23 companies have donated a bevy of prizes, she said, “including a trip to Boston from bigtincan, valuable mentoring sessions with the likes of Jonathan Barouch (Local Measure founder), John Palfreyman (chairman of IPscape) and the founders of BugHerd”.

Tech23 is facilitating important connections with enterprise too, with PayPal, REA Group, Citrix, and ThoughtWorks contributing to the prize pool as well as ATP Innovations and SIRCA.

Tech23 2014 takes place on Thursday October 23 in Sydney and will feature five minute presentations from the 23 selected companies and commentary from industry leaders. The day concludes with the awarding of prizes.

Tech23 2014 is sponsored by NICTA, ASX, Bendigo Bank, Citrix, CSIRO, Suncorp, AusIndustry, London & Partners, MYOB, and UNSW:AGSM. The event is being staged at The Auditorium, NSW Teachers Federation Conference Centre, 37 Reservoir Street, Surry Hills.

www.tech23.com.au

 

The Tech23 2014 companies are:

Appbot - Better app reviews and more sales appbot.co 

AUUG - Make music through motion www.auug.com

Bluedot Innovation - Precise, battery friendly location services www.bluedot.com.au

Clevertar - Clever avatars for innovative aged care annacares.com

Clipp - The bar tab app: Open - Share - Pay clipp.co

Doarama - 3D GPS track visualisation www.doarama.com

GeoMoby - Proximity platform for mobile apps www.geomoby.com

Global and Smart - The story behind the good www.globalandsmart.com

GoFar - Cutting car costs through informed driving www.gofar.co

Intelligent Fleet Logistics - Vehicle routing and scheduling optimisation www.nicta.com.au/research/projects/intelligent_fleet_logistics

LEAPIN Digital Keys - A smartphone enabled access control system digitalkeys.co

Maestrano - One-click interconnected business apps for SMEs maestrano.com

Mika Compliance - Aged care management software / resource portal

Oar Inspired - Make every stroke count www.oarinspired.com.au

Peepable - Liberating online video though search and shareability Peepable.com

Pop Tech - Transact instantly and control your data www.letspop.com

Red Eye - Cloud based engineering drawing management solution www.redeye.co

Robological - Robotics in the cloud and beyond robological.com

Skrydata - Discovering the value in big data www.skrydata.com

Sound Scouts - Harnessing games to help our health www.cmee4.com.au

Statsilk - Interactive mapping and visualisation software www.statsilk.com

Tzukuri - Beautiful wearable technology tzukuri.com

uSig - Breakthrough in password and identity management usig-passwords.com

 

 

ends

Aussie cockpit invention to revolutionise air safety

AN AUSTRALIAN pilot has invented a cockpit lighting system that could solve the problem of spatial disorientation.

Spatial disorientation involves pilots being unable to detect the position of their aircraft when they have no visual reference of the horizon, such as when flying in dark or cloudy conditions. It is believed to have contributed to accidents including Air France 447. 

Russell Crane, a South Australian pilot and businessman, has received a provisional patent for the Green Orientation Light – or GO Light – a proposed system that some aviation safety experts have called “the most important Australian aviation invention since the black box”.

“The GO Light is a system of gyroscopically moving lights that will give pilots a constant reference point of the horizon in their peripheral vision, helping them stay continually aware of the plane’s attitude,” Mr Crane said.

He said the idea was inspired by his experience of “how easily the human eyes and mind can be spatially confused”.

“Everyone has experienced spatial disorientation at some time or another,” Mr Crane said, “Think of when you’re in a car, stationary in traffic, and you get the feeling of backwards movement when the car next to you moves forward. That’s spatial disorientation.”

Mr Crane said spatial disorientation can occur in mere seconds when a pilot looks away from the horizon, for example, to consult a map.

“Presently, to verify orientation when there are no visual cues, the pilot has to focus on their small attitude indicator (AI) instrument,” he said.

“However, this verification requires the pilot to recognise that they may be disorientated and actively focus their attention on the AI.

“Many spatial disorientation-related accidents occur when the pilot does not even realise they are disoriented, such as in cloud or at night.

“The GO Light mitigates unrecognised spatial disorientation and allows pilots more freedom to concentrate on their other instruments whilst maintaining an almost subconscious and accurate awareness of their attitude.”

If implemented by a manufacturer, the GO Light would be the first attitude indication instrument to provide a full illumination function that would bathe the cockpit in a field of light visible to pilots at all times.

The system’s design also includes an additional feature in which external lights on the fuselage would be replaced with pivoting lights to replicate the in-cockpit system outside the aircraft.

AvLaw International chairman Ron Bartsch – a former airline safety manager and current UNSW aviation lecturer – said that spatial disorientation was thought to be a contributing factor in up to 32 percent of aviation accidents.

“A solution to spatial disorientation is like the elusive Holy Grail of aviation safety,” Mr Bartsch said.

“The GO Light takes the concept of the AI and turns it into a constant part of the pilot’s subconscious perception.

“If this concept can be taken forward and commercialised, it could be the most important Australian aviation invention since the black box.’’

www.go-light.com.au

ends

How business changes when you have all the data

By Mike Sullivan >>

THE catchphrase ‘big data’ makes some of the people who use it most … well, uncomfortable. Perhaps that is because it makes the use of universal data sound like a ‘techno fad’ when it is actually a profound and lasting change to the way business will be done.

Simply put by QUT’s SIBA chair in spatial information, Tim Foresman, who has formerly worked in the big data sphere for NASA and as United Nations chief scientist, “How does your business strategy change when you are not just looking at statistics – or just a very small part of the data – but you are looking at all of the data? A lot.” 

Scientist Dr Foresman joined an expert in the business application of big data in Australia, Tony Davis of Quantium, on stage at the recent Innovation Series event in Brisbane to enliven minds to the possibilities of big data for better business strategy and decision making.

Both agreed, and evidenced, that the application of big data to incite innovation, creativity and decision making was a seismic shift that business leaders were steadily getting their heads around.

But both agreed that Australia – and Queensland in particular, with the opening up of its spatial information on the Queensland Globe – was taking a lead in the sphere, largely because of the Queensland Government’s decision last year to open up its data sets for public and business use.

“Those actions stimulate the business community like never before,” Dr Foresman said. “One million downloads in June from Queensland Globe. Steve Jacoby (executive director for land and spatial information at the Natural Resources and Mines Department) – true leadership for what he accomplished.”

But both Dr Foresman and Mr Davis urged business to re-think how it is – and is not – using data to drive better decision making. In Mr Davis’s case, he said Quantium customers, such as Woolworths – now a part owner of Quantium – were using big data analysis to get closer to understanding customers and potential customers and trying to build better relationships.

“In medicine in government in science – all these things are data rich,” Mr Davis said. “You could argue that business is relatively late to the data question.

“I would argue that and it is certainly a journey. The clients we work with at Quantium are at different places on that journey.

“I think the phrase big data is misunderstood,” he said.

“Data is becoming very central to everything in business. Using data to understand customers better than you’ve ever understood customers before is the source of true innovation and true competitive advantage.

“Jack Welch (former CEO) of GE said there are only two sources of competitive advantage: the ability to learn more about our customers faster than our competitors and the ability to turn that learning into action faster than our competitors.

I think that is entirely true of the businesses that are prevailing in the current competitive landscape and those that will succeed in the future are those that can harness data. 

“The comment about data being to the digital revolution hat oil was to the industrial revolution, I think, is completely true. It is the reason that I dislike the phrase big data.

“Big data suggests it’s a trend, suggests it’s a fad. The reality is following the earthquake that was digitisation maybe 15 years ago, the tsunami of data that has appeared is a reality that is not going to go away. This is a new reality that we all need to deal with.”

It is no coincidence that Quantium’s lead in this area has grown out of the firm’s original formation 12 years ago as actuaries, working mainly for large insurance firms.

“We started as an actuarial consulting firm,” Mr Davis said. “We would argue that actuaries were the data scientists in business and the industry was only really invented from using all sorts of data sources, about 30-40 years ago.

“It is all about being able to understand customers with a view to being able to accurately predict what might happen to them, in order to preserve the very fine margins in the general insurance industry.”

Mr Davis said applying actuarial skill sets, both analytical skills and commercial acumen, has delivered major success for Quantium in a relatively short period of time.

“We work with a wide range of clients that are data rich and data driven by mentality,” he said. “We really think here is an interdependence between certainly three of these capabilities – data, analytics and technology – and the application of insights that come from data, analytics and technology.”

DIGITAL WORLD VIEW

In Dr Foresman’s explanation of the origins of big data – dating from the Mesopotamian census – he arrived at the explosion of ‘big data’ brought about initially by satellite photography.

This drove mapping, spatial and observational data that has since been applied in ways never envisioned at a time when film canisters were ejected from orbit to be ingeniously captured by tracking aircraft flying below.

“Today we look at it and say you’ve gotta be kidding – but that’s the way they did it,” Dr Foresman laughed. “And that was big data, to say the least. Large amounts of data.

“This led to a new way of monitoring the planet … then everybody started to get it back in 1968 when we started to see our little blue orb (from space) and said it would be kinda neat to use this data to protect this little planet we are on.

“So society, business, everybody started to think about it a little differently.”

Digital technologies has not only provided the emergence of major data collection, it had provided the means to make use of it, Dr Foresman said.

“How do you explain the changes on the planet without satellite monitoring?” he asked. “Very difficult.

“The beauty is, now we can start looking at it from a computer. In 2001 four young programmers were hired by me at the UN to put together a little demonstration and (he showed an image of spatial mapping data on screen) you’re seeing the very first thing ever done by a company called Keyhole.

“It was bought out a few years ago by a little start-up company called Google (and became the basis for Google Earth). That was how these things started.”

Dr Foresman said the power of presenting digital data sets through imagery cannot be underestimated – and this was an area where business leaders needed to catch up.

“We show maps we see things changing rapidly … it’s still hard to get our brains around this,” he said. “ I don’t think we do. Our brains don’t work that way. We see this thing called big data and we only see a little bit of it.

“Regardless of what we see, we realise we need to shift our business strategy and really jump ahead.”

Mr Davis said in Quantium’s experience, technological processes were very often applied in the media space, “which is really where the rubber hits the road in terms of significant expenditure in business and certainly in the marketing space”.

“We think the insights you might derive from the data and analytical space are really only of innovative value if they are applied,” Mr Davis said.

CUSTOMER INSIGHTS WITH DATA

Mr Davis is adamant that all the big data research in the world is a wasted exercise unless it is applied – and in the business space the most vital insights centre on customers.

“Insight to activation is a phrase that we think is extremely important in order not just to be stuck in the world of analytical theory,” Mr Davis said. “Which is very interesting and gives you a warm feeling, but does not actually give you any improvements in your competitive performance or impact on your profit and loss.”

 

“If understanding the customer is the source of new insight and new strategy leading to competitive advantage, it isn’t any easier to understand consumers now.  Consumers are employing all sorts of behaviours that we never used to do, particularly around digitisation.

Mr Davis admitted that he was “famous” for giving market researchers “a little bit of a bloody nose”.

“My view is that market research is outdated,” he said. “If you are asking customers what they did or what they think they might do next, you ae already too late.

“If you are not using proper data on what they have actually done – not what they say they will do, or what they say they have done – then you are already too late in the cadence in which business operates.

“Your best customers are very unlikely to be the people who are time rich enough to fill in a survey. They certainly may not be on Facebook and ‘like’ you. They certainly don’t go to focus groups. They may not tell you anything about themselves by their own efforts. But you do know an awful lot about them from the data that you want to gather on them.

“Henry Ford said, if I had asked the public what they wanted they would have asked for a faster horse.

“The point about the cadence of business and the cadence of technology and data and insight is upon us as businesses and organisations of any type, we have a duty to use that data in order to increase the engagement and relevance of engagement with our consumers in a way that they cannot possibly imagine,” he said.

“By analysing data and understanding customers powerfully, we are able to develop true insights into customers and audiences and deliver a valuable relationship with consumers that has just not been possible before.”

Mr Davis said businesses should look at the data they already collect on their customers and utilise it first. He gave the example of simply examining transactions on credit card statements.

“Data derived from credit card statements and any kind of electronic transactions source … the types of insights derived beyond the time of day and the amounts spent in retail and other situations in which you might use an electronic payment method,” he said.

“You are able to start to infer and deduce the family status, the frequency of shopping the amount of spend, the particular retail categories, whether the customer is time rich or time poor, whether they shop online late in the day, they engage with pay television not free-to-air and they may even consume their free-to-air through a pay TV box.

“From their fuel purchases you can see the frequency and value of the transaction, fuel and so on, RTA, all sorts of things. You can start to paint a really valuable picture. Of the types of customers, their age, their sex and their geography and you can start to paint powerful pictures of which consumers are behaving in which ways.

“This is not guesswork. This is understanding which types of customers are spending how much money and in which types of retail situations,” Mr Davis said.

“Beyond that you can look at customers’ basket data.” This is possible through loyalty programs, for example. “You can identify whether they are a mainstream brand purchaser or whether they buy own-label in different categories.  Do they buy stuff that is on promotion or has been promoted in the catalogue? So you can kind of see which people are promiscuous and switch between brands.

“The point is, this is not clever data analysis. This is a clever understanding of customers that is under most businesses’ noses that they are still not yet using. This is about the journey around big data.”

PREDICTIVE DATA

The ‘holy grail’ of big data – using it to accurately predict future outcomes or behaviours – is already upon us, Mr Davis and Dr Foresman agree. But the real take-up is yet to come.

“One of the other things that data and smart insights can derive that consumer marketing in the  business space is not just understanding your own customers,” Mr Davis said. “Most organisations know about the customers with whom they already have a relationship. Of course you do.

“What you rarely do is have an understanding of the types of customers that are shopping in your category but with your competitors. How do those customers vary?

“Partial data is also a danger. But understanding not only your customers but where your competitors are and where are the big consumers in your category going – and what do they look like compared to our customers?

“It gives you enormous insights into your future proposition, pricing, promotional strategies.”

Mr Davis described a Walmart program in the US that took this to an early extreme.

“Walmart developed their data capabilities to such an extent that they are able to identify customers of Walmart when they are parking their car in Safeways … their arch rival in certain locations,” Mr Davis said. “They are able to ping those people with an SMS to say we think you are about to buy a certain product, come over to Walmart and we will either price match or price beat.

“They have taken this a step further. They can identify their customers who are on their equivalent of Everyday Rewards, so they know everything about them and those customers have also signed up to have their data used on a private personal basis.

“They have identified that they have in the past bought certain hair straightening products and, at a certain level of dewpoint or humidity, they will ping customers and say, ‘Have you got this? Otherwise that frizzy hair is coming back …”

Mr Davis said being able to target customers with similar amounts of precision and with that timeliness is not far away.

“However, one man’s relevance is another man’s creepiness, so we need to recognise that we need permission to do this – from a brand relationship point of view and also from a regulatory point of view. It’s not a small consideration.”

In a lyrical part of his Innovation Series presentation, Dr Foresman referred to a movie image of actor Charlton Heston, as Moses, carrying stone tablets down from the mountain.

“But carrying big data around in those times became a bit of a challenge, to say the least,” Dr Foresman quipped. “But some found it was very good, as he who holds the big data is now influencing a variety of folks. Influencing governments and influencing people, if you are controlling the data.

“It’s the oil of the economy. It’s a fishing expedition for innovation and creativity.

“The benefit is that you don’t have to pay for the big data to happen. It is being volunteered by vast hoardes of folks, using incredible amounts of these ‘field units’ that you did not have to pay for, being pumped out of China – 26 times the population of Australia of these things are being pumped out next year.

“I didn’t pay for the data collectors and I did not pay for the equipment. This is awesome.

“There is a message from the mountain and we shall deliver the message,” Dr Foresman grinned..

“How shall I behave? How shall I create economic value? How shall I analyse more data? Lots more data. Thou shalt gain insight. Thou shall leverage big data.”

www.quantium.com.au

www.qut.edu.au

www.innovationseries.com.au

ends

Australian breakthrough in hydrogen cars

EXTRA >>

COLLABORATING Australian and Taiwanese scientists have discovered a new molecule which puts the science community one step closer to solving one of the barriers to development of cleaner, greener hydrogen fuel-cells as a viable power source for cars and beyond.

The scientists believe the newly-discovered molecule 28copper15hydride puts industry on a path to better understanding hydrogen – and potentially even how to get it in and out of a fuel system – and keeping it stored in a stable and safe manner.

The technology so far has been dogged by the explosive risk, etched in the minds of humanity since The Hindenburg airship’s explosive crash in New York in the 1930s. 

The discovery of 28copper15hydride was recently featured on the cover of one of the world’s most prestigious chemistry journals, and details were recently presented by Australia’s Dr Alison Edwards at the 41st International Conference on Coordination Chemistry, Singapore where 1100 chemists gathered.

“This improved understanding of one aspect of the nature of hydride provides an improved fundamental understanding of an aspect of hydrogen which underpins potential technological developments – you cannot have a well-founded ‘hydrogen economy’ unless you understand hydrogen,” Dr Edwards said.

“No one is claiming hydrogen-powered cars are imminent. Perhaps this puts us a step further down the road, but we don’t know how long the road is.”

The molecule was synthesised by a team led by Prof Chenwei Liu from the National Dong Hwa University in Taiwan, who developed a partial structure model.

The chemical structure determination was completed by the team at the Australian Nuclear Science and Technology Organisation (ANSTO) using its KOALA diffractometer, one of the world’s leading crystallography tools.

ANSTO is Australia’s home of crystallography science, an area that has vast industrial applications. Most solid material is made of crystalline structures. The crystals are made up of regular arrangements of atoms stacked up like boxes in a tightly packed warehouse. The science of finding this arrangement, and structure of matter at the atomic level, is crystallography.

ANSTO’s Dr Alison Edwards is a chemical crystallographer at the Bragg Institute – named after William Bragg and his Australian-born son Lawrence, who were pioneers in this field.

“Anyone with a textbook understanding of chemistry knows the term ‘hydride’ describes a compound which results when a hydrogen atom with a negative charge is combined with another element in the periodic table,” Dr Edwards said.

“This study revealed that mixing certain copper (Cu) compounds with a hydride of boron (borohydride or BH4) – created our newly discovered ‘Chinese Puzzle molecule’ with a new structure that has alternating layers of hydride and copper wrapped in an outer shell of protecting molecules.

“Using our leading KOALA instrument, we identified that this molecule actually contained no less than 15 hydrides in the core – which is almost double the eight we were expecting.

“This new molecule has an unprecedented metal hydride core – it is definitely different and much more stable than many previous hydride compounds, in fact it is stable in air, which many others are not. So, we see there is probably much more yet to learn about the properties, and potential of hydride.”

Dr Edwards said the discovery is a step further along a path to developing distribution infrastructure – one of four obstacles to hydrogen fuel-cell technology as a viable power source for low-carbon motor vehicles, as cited by Nobel Laureate and former Secretary of Energy in the United States, professor Steven Chu 

According to ANSTO, the four problems in using hydrogen as fuel are:

  • Efficiency, because the process of obtaining hydrogen (H2) costs some of the actual energy content already stored in the source of the hydrogen;
  • Transportation and a lack of adequate mechanism to store large volumes at high density;
  • The fuel cell technology is not yet advanced enough; and
  • The distribution infrastructure has not been established.

ANSTO’s KOALA has been uniquely placed in developing a scientific understanding of hydrogen and the potential of hydrides, because the neutron source revealed the precise location of hydrogen in structures, even though it is effectively invisible with X-rays.

 “What this research shows is hydrides may yet help us get hydrogen in and out of a fuel system, stored in a manner which is stable and safe – overcoming the Hindenburg-type risks,” Dr Edwards said.

“As I said before, the implications from the research are actually broader and have impacts beyond car power sources.

“The same synthetic chemistry is being applied in the areas of gold and silver nanoparticle formation, which are currently believed to have wide-ranging potential applications in fields such as catalysis, medical diagnostics and therapeutics.

“Our result suggests there could be much more going on in gold and silver nanoclusters than is currently understood – or at the very least, there is more to be understood about the processes of nanoparticle formation. Through understanding the process, we have the prospect of controlling and even directing it.”   

www.ansto.gov.au

ends

TerraCycle, Facebook, Twitter business insights at USC

THE CEO of TerraCycle, an US business which has amazingly developed new consumer goods from recycled cigarette butts, has some very unusual insights into business innovation – and he revealed many of them to a Sunshine Coast on Wednesday, along with experts from Twitter and Facebook.

Hearing Tom Szaky speak about business innovation and being able to question him directly was an unusual opportunity for Sunshine Coast business leaders, brought about through the Queensland Small Business Week program. Mr Szaky ialso spoke of new TerraCycle ventures at the breakfast. 

TerraCycle has been described as the ‘Google of garbage’ by the New York Times and ‘the coolest little start-up in America’ by Inc. Magazine.

Further attraction for Sunshine Coast business leaders to the 2014 Queensland Small Business Week breakfast were the presentations by entrepreneur and consultant to Facebook, Nick Bowditch, and also by Twitter executive, Oliver Hilton.

Also presenting at the breakfast, and of great interest to the strong tourism-related business market of the Sunshine Coast, was Minister for Tourism, Major Events, Small Business and the Commonwealth Games, Jann Stuckey.

The Sunshine Coast Queensland Small Business Week breakfast event was staged on September 3  at the Sunshine Coast University at the Innovation Centre auditorium.

Queensland Small Business Week runs from September 1-6.

www.business.qld.gov.au/smallbusinessweek

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