Video | Business Headlines | Internet | Science | Scientific Ethics | Technology | Search

 

Aquaflow produces first samples of green-crude

Media Release

September 11 2008

Aquaflow produces first samples of green-crude from wild algae

BLENHEIM, NEW ZEALAND: New Zealand-based Aquaflow Bionomic Corporation, which has been working on technology to convert wild algae to next generation fuels, has produced the first samples of green-crude from its proprietary processes.

“This is an exciting development because we can separate fuels such as diesel and aviation fuels, as well as a range of high value chemicals, from green-crude,” says Aquaflow chairman, Barrie Leay.

Green-crude differs significantly from first generation biofuels because it is made solely from photosynthetic microorganisms (algae), which absorb sunlight, CO2 and nutrients found in waste streams or agricultural runoff. In essence, green-crude has the same origins as traditional oil reserves.

Green-crude is renewable and complements petroleum-based crude oil products.

Wild algae may be grown in wastewater so it doesn’t require additional food crop or agricultural land.

Aquaflow sources its wild algae from the local municipal waste treatment oxidation ponds – essentially recycling a waste stream into a valuable product.

“Our journey to develop a truly sustainable next generation fuel solution has taken us in a number of new and significant directions. We’ve learned that developing fuels from green-crude is clearly achievable,” he explains.

Leay says that outputs from the green-crude samples are showing similar or greater potential than existing mineral based petroleum products.

“We’re continuing to explore the range of products that may be developed from green-crude. We are likely to end up with a suite of products that can literally be ‘dropped into’ the existing petroleum fuels infrastructure,” he comments.

“With the green-crude showing such promise we are now also concentrating on delivering high quality clean water in addition for irrigation or industrial re-use,” adds Leay. “The process of removing wild micro-algae from wastewater removes a substantial amount of contaminants, leaving the effluent water much cleaner than with existing treatment systems. With further filtration and polishing the water may be reused for multiple purposes.”

Leay explains that Aquaflow’s technology appears to provide solutions to the two most significant issues globally – energy security and water security.


www.aquaflowgroup.com

ENDS

© Scoop Media

 
 
 
 
 
Business Headlines | Sci-Tech Headlines

 

By May 2018: Wider, Earlier Microbead Ban

The sale and manufacture of wash-off products containing plastic microbeads will be banned in New Zealand earlier than previously expected, Associate Environment Minister Scott Simpson announced today. More>>

ALSO:

Snail-ier Mail: NZ Post To Ditch FastPost

New Zealand Post customers will see a change to how they can send priority mail from 1 January 2018. The FastPost service will no longer be available from this date. More>>

ALSO:

Property Institute: English Backs Of Debt To Income Plan

Property Institute of New Zealand Chief Executive Ashley Church is applauding today’s decision, by Prime Minister Bill English, to take Debt-to-income ratios off the table as a tool available to the Reserve Bank. More>>

ALSO:

Divesting: NZ Super Fund Shifts Passive Equities To Low-Carbon

The NZ$35 billion NZ Super Fund’s NZ$14 billion global passive equity portfolio, 40% of the overall Fund, is now low-carbon, the Guardians of New Zealand Superannuation announced today. More>>

ALSO:

Split Decision - Appeal Planned: EPA Allows Taranaki Bight Seabed Mine

The Decision-making Committee, appointed by the Board of the Environmental Protection Authority to decide a marine consent application by Trans-Tasman Resources Ltd, has granted consent, subject to conditions, for the company to mine iron sands off the South Taranaki Bight. More>>

ALSO: