Greenearth Energy Limited has announced that it has successfully concluded negotiations with Yeda Research and Development Co. Ltd., the commercial arm of Israel’s Weizmann Institute of Science, for an exclusive, worldwide Research and Licence Agreement, which it will assign to an ultimate subsidiary company NEWCO2FUELS LTD (NewCo2Fuels), for a revolutionary technology that has the ability to convert CO2 emissions into fuel.

Greenearth Energy’s CO2 to fuel conversion technology has the potential to reduce emissions substantially utilising low cost generation facilities and resources while at the same time potentially offsetting substantial future power cost increases.

The technology concept successfully developed in Israel by Professor Jacob Karni and his group at the Weizmann Institute of Science and proven in laboratory trials involves a new method of using concentrated solar energy for the dissociation of carbon dioxide (CO2) to carbon monoxide (CO) and oxygen (O2). The same system can also dissociate water (H2O) to hydrogen (H2) and oxygen (O2), at the same time it dissociates the CO2.

A proposed upgrade of the electricity transmission network supplying the Sunshine Coast and Gympie regions is being deferred by the Queensland Government-owned corporation, Powerlink, until 2019.

A technical paper released by the Melbourne Energy Institute has found that the costs of all solar and wind technologies have been overestimated in the development of Australia’s energy policies.

Research commercialisation company UniQuest Pty Limited has brokered a Memorandum of Understanding (MOU) between The University of Queensland (UQ) and South Carolina’s Clemson University to collaborate on biofuel research and commercial development.

The agreement was signed on 27 June in Washington DC at the BIO Convention, the largest annual biotechnology industry meeting in the world.

UniQuest Managing Director, David Henderson, said the combined research capabilities of both institutions had the potential to accelerate the discovery and development of alternative power sources, which would be attractive to companies working in the renewable energies sector as well as other industries seeking to operate with greater environmental sustainability.

“We wanted to bring Clemson’s intellectual property in cellulosic conversion technologies to Australia because there’s a clear alignment with UQ’s research excellence in biomass crop selection, breeding, genomic analysis and yield improvement. Under this agreement we can offer industry partners unique benefits of scale,” Mr Henderson said.

“The supply of energy and fuel to the global industrial, retail and consumer markets currently depends on coal and natural gas, with demand out-stripping supply.

“The International Energy Agency estimates that biofuels could meet more than a quarter of world demand for transportation fuels by 2050, with aviation emerging as a key market segment. Several US experts have proposed a target of one percent or 60 million gallons of biofuel for commercial airlines by 2015.

“With investment in biofuel production exceeding $4 billion worldwide and continuing to grow, this collaboration will position UQ and Clemson to play a significant role in serving global needs for energy in the future.”

Director of commercialisation and technology incubation at Clemson University, Karl Kelly, said the collaboration will foster the evolution of invaluable new energy strategies.

“Joint research will focus on how to provide new fuels that will enable energy independence, development of novel technologies for biofuel production, and how best to produce ‘green' and readily available fuels to secure economic development in South Carolina and Queensland,” Mr Kelly said.

”Along with a substantial investment in research and development, Clemson and UQ will ensure technology transfer, training and commercialisation projects are given a high priority.”

UniQuest has established a presence in the biofuels sector with ventures such as the start-up company BioEnergy Solutions Pty Ltd, which is commercialising Pongamia oil, and several algae bioreaction-based technologies.

UniQuest is also responsible for managing the intellectual property originating from the Queensland Alliance for Agriculture and Food Innovation (QAAFI), where various biofuel research projects are investigating tropical and subtropical biofuel feedstocks and related processing technologies.

The UQ-Clemson collaboration will focus on sugarcane conversion to ethanol; cellulosic conversion to biodiesel technologies; biodiesel applications such as military, mining, industrial and personal transportation; and tapping into the energy stores of the non-edible parts of sugarcane and sorghum.

The University of Western Sydney is developing and piloting an innovative program to help practising accountants and managers wrestle energy costs and boost business efficiencies.

The University of Sydney has joined the Sydney Better Buildings Partnership, an alliance of 14 major commercial and public sector organisations, which collectively own nearly 60 percent of Sydney's CBD office space.

Researchers at Adelaide University are undertaking advanced research into the use of metal nanoparticles in the generation of hydrogen energy.

Thiess is to play a more significant role in delivering electricity infrastructure in New South Wales under an alliance with one of Australia’s largest energy network providers, Ausgrid.

A report on the Federal Government’s Energy Efficiency Opportunities (EEO) Program shows that at December 2010, the 207 reporting corporations had identified opportunities to save 141.9 PJ of energy per year or 9.8 per cent of their assessed energy use. This represents 2.5% of Australia’s energy use, and is a 25% increase on the energy savings of 113.7 PJ identified by December 2009.

The Green Building Council of Australia (GBCA) has announced that it backs a price on carbon, provided it is accompanied by complementary measures that support the property and construction industry.

Australian researchers have invented nanotech solar cells that are thin, flexible and use one hundredth the materials of conventional solar cells.

The new Bureau of Resources and Energy Economics (BREE) has begun operations as an independent research unit within the Federal resources, energy and tourism portfolio.

The Swinburne University of Technology has partnered with home energy management and automation company, GreenWave Reality, to open an Energy Management Research Centre (EMRC).

The NSW Energy Minister Chris Hartcher has announced that the Independent Pricing and Regulatory Tribunal (IPART) will conduct a review to determine a fair price paid for the solar power generated by household systems.

The NSW Government has decided to continue suspension of the scheduled increase of the ethanol mandate while it consults with stakeholder groups in the biofuels industry to address issues of supply shortages.

Queensland’s Government-owned electricity generators (Gencos) have commenced operating under their new structures.

The Federal Environment Minister Tony Burke has approved Inpex's Ichthys Browse Basin project, including a gas field facility, pipeline and processing facility, under the Environment Protection and Biodiversity Conservation (EPBC) Act 1999, subject to environmental conditions

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