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Blogs under tag Australia

Algae, Australia and action Posted by MiaFranceska on Mon September 27 2010 01:33:33 AM 2


A handful of ?companies ?located in Australia - three of them ? MBD Energy, Algae.Tec and Aquaflow Bionomic ?are in fundraising mode, but taking three very different approaches to the technology.

In scale of projects and breadth of opportunity, MBD backed by Anglo American ranks itself among the top 10 in the world, and is rolling out demonstration projects of its greenhouse reduction process at the Loy Yang, Eraring and Tarong coal fired power stations.



The company says carbon dioxide can be successfully trapped and piped into a series of algae ponds, with the produce then used for a range of other valuable products ?around one third for plastics or fuel, and about two thirds for low-methane feedstock.


MBD chief Andrew Lawson says there has been a non-stop procession of international government and business delegations visiting his company's test facility at James Cook University. Last month, a 16-strong delegation from Thailand included the head of the country's largest listed company, the head of the national fuel company and the director general of the energy and renewable energy departments.


Other delegations have come in from China, Japan, India, the Middle East, Europe and north America.


He says all delegations are interested in the technology's ability to sequester carbon dioxide, although the interest in bi-products is mostly focused on food in Asia countries, and fuel in developed countries.


"Everyone wants to take it to their country and they are all really keen on the value add," he says. "In Australia all the focus has been on putting carbon underground and treating it as an expensive trade waste , but this offers a solution to so many things, you have to look at recycling opportunities and the valuable products they create."


Algae.Tec is the only Australian algae company currently attempting a stock market listing, raising money to help fund the roll-out of its algae bio-reactors, which will be boosted by a solar array to speed algae growth and reduce the area needed to produce fuels. It proposes to install a pilot plant at the Manildra ethanol facility in Nowra.


"There is no doubt that as the price of oil rises, there have to be alternatives," says Algae.Tec chairman Roger Stroud. Algae.Tec proposes to raise $7.5 million and sees four principal revenue streams from its products: Carbohydrates for ethanol, pelletised proteins for feedstock, vegetable oil for biodiesel, and a combination of carbohydrates and protein for jet fuels.


He says that is without factoring revenue from emissions abatement. "The carbon price will be a bonus," he says.


The biggest issue for so called algaepreneurs comes from identifying which of the 30,000 or so known species of algae is the best suited for their business plans, and how to grow them without contamination and the associated difficulties of dewatering and oil extraction on a large scale.

Aquaflow, which is raising $500,000 as a precursor to an IPO, is taking a different approach, looking at ways of harvesting wild algae that grows in municipal sewage ponds as a way of recycling water and creating biofuels, and applying the same technology to clean up waterways.


It has several test facilities in New Zealand and argues that using wild algae avoids the problem of contamination of a monoculture.


Some of the claims about yields are extraordinary. It is claimed that algae can produce more than 10,000 gallons an acre, more than vegetable crops such as corn by a considerable factor. One new company claimed it could produce more than 15,000 gallons of fuel per acre from what it calls "direct solar fuels", because they don't necessarily need carbon dioxide as a feedstock.

There are a whole number of new companies starting out, venture capital coming in ?there's a bit of a boom scenario happening, says Aquaflow director Nick Gerritsen.


But he is wary of some of the new technology, particularly those that promise high yields from GM products, which has attracted the attention of authorities such as the Food and Drug Administration, because of similar concerns raised by products such as nano-particles. "We question the logic of a number of these projects,"Gerritsen says.

http://www.businessspectator.com.au/bs.nsf/Article/CLIMATE-SPECTATOR-Super-fuel-or-super-hype-pd20100927-9NSTM?opendocument&src=rss


Algae biofuels for rural townships in Australia Posted by MiaFranceska on Sat August 28 2010 09:11:43 PM 2

"The output of this one hectare proof of concept commercialisation model is for scaling-up and distribution to Australian rural townships."


Mr Stephen Clark, Fishace Ecological Engineering, Australia

This project means to develop third generation algal biofuels without distrupting agricultural food production whilst decentralising local fuel supplies to reduce carbon footprints and increase fuel cost efficiencies.

The objective is to develop a more cost efficient method of producing and processing small scale algal biomass to biofuel and related commercial salable products.



The Darke Peak Algae to Biofuels pilot plant will comprise of five earthen rectangular shaped ponds coupled with high density Algae Photo Bioreactors (APBs) to increase pond volume and biomass.?

The first pond receives pumped saline groundwater and inoculates local algal specific species known to inhabit salt affected areas. This will feed subsequent ponds arranged in a series configuration mixing organic wastes such as fish emulsion and degraded local grain products.

APBs are intensive, mechanically assisted cultivation machines, which will couple and intensify pond densities in Ponds 3 & 4 and increase algal biomass from 30g/m2 to 60g/m2.

Further use of Oloid pond mixing technology, will efficiently micro-mix algae culture mediums to increase growth performance by a further 30%.?

The final enclosed pond will create a multi-functional environment that will flocculate algal biomass for processing, condensate freshwater, recover salt by-products and produce renewable energy using Rankine Cycle Engines.






Darke Peak, Eyre Peninsula is 50kms south of Kimba and 550km by road from Adelaide, South Australia. The output of this one hectare proof of concept commercialisation model is for scaling-up and distribution to Australian rural townships.