Griffith Hack Clean & Sustainable Technologies


Coal gasification and fuel cells – better than CCS? by Justin Blows
December 31, 2009, 8:23 am
Filed under: Feature

According to this report, there is growing interest in a new way of exploiting coal in which coal is gasified underground to produce hydrogen and carbon dioxide and the hydrogen then used to power a fuel cell. Coal gasification is explained here

Advocates claim that this approach will be cheaper and more
environmentally friendly than using coal fired power stations with carbon capture and storage. Apparently, the impact of the mining process is reduced and moving coal around is avoided altogether.

Australian clean coal technology specialist Linc Energy and British fuel cell firm AFC Energy have entered a partnership in this area. I found these patents by AFC energy.

Justin Blows

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Nuclear power is not affordable by Justin Blows
December 24, 2009, 7:44 am
Filed under: Feature | Tags:

According to this report, nuclear power is too expensive to attract capital investment & we have to look elsewhere for our low carbon future.

Justin Blows



Li-ion battery demand to surge by Justin Blows
December 23, 2009, 7:56 am
Filed under: Feature | Tags: , ,

According to this report, Panasonic estimates the global market for Li-ion batteries will increase fivefold by 2018 as more people seek low-emission vehicles and opt to use mobile electronics like notebook computers.

Justin Blows



Large scale solar may attract ACT feed in tariff by Justin Blows
December 22, 2009, 8:02 am
Filed under: Feature

According to this report, the ACT government is looking into expanding the feed in tariff to cover large scale solar generators.

Justin Blows



Clean Coal refused Clean Development Mechanism status – again. by Justin Blows
December 17, 2009, 8:23 am
Filed under: Feature | Tags: , ,

According to this report, a decision has been made in the Copenhagen meeting to exclude clean coal from the Clean Development Mechanism (CMD).

The CDM mechanism provides carbon credits to developed nations in return for investment in sustainable projects in the developing world, such as renewable energy and methane gas capture projects.  The CMD scheme has the potential to significantly lower the costs of the deployment of technologies such as clean coal, increasing their competitiveness.

Apparently, Brazil and allied countries blocked the inclusion of clean coal into the CDM.

This is another blow for clean coal which has been recently attacked as being unviable and too late to make a difference. Many believe, however, that clean coal is an essential technology if the world is to get any where near the required carbon reduction targets.

Justin Blows



6th AustralAsian Cleantech Forum: 22-24 March 2010 Melbourne by Griffith Hack
December 16, 2009, 2:43 pm
Filed under: Feature

Now in its 6th year, the AustralAsian Cleantech Forum returns in 2010 to accelerate the connection between capital markets and Cleantech innovation. No other event will be able to provide you with a complete rundown of the major issues facing the industry in 2010 by the pioneers who are driving industry growth and investment.

 For more information on the forum Click Here



Grown packaging material to replace polystyrene by Justin Blows
December 14, 2009, 3:31 pm
Filed under: Feature | Tags: , , ,

Polystyrene based packing materials are a major waste headache.  This sort of material can escape into the environment and contribute to environmental catastrophes such as the Great Pacific Garbage Patch also known as the North Pacific Gyre – an area  at least the size of Texas full of plastic, down to about a depth of  about six metres  (Read here about a man’s attempt to SWIM across this Texas size piece of ocean) 

Now, the people at ECOVENTIVE have come up with a reportedly patented idea for a more environmentally friendly packing material which they call ECOCRADLE .   Apparently, a growing organism is used to transform agricultural byproducts like cotton seed hulls and buck wheat hulls into a protective packaging materials with properties similar to polystyrene – except it is biodegradable.

Apparently, the organism grows quickly, in just 7 days it produces miles of tiny white fibers which envelope and digest the seed husks, binding them into a final product. The entire process is reported to use about 10 times less energy per unit of material than the manufacturing of synthetic foams.

Justin Blows