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Wastewater treatment for winemaker Helen’s Hill Estate, producer of Helen’s Hill Wines and Ingram Road

Utilising the latest Australian technology, Hydroflux is

Wines, is located in the picturesque Yarra Valley. The company’s

supplying its HySMART SBR system, including AEROSTRIP Fine

winemaking process generates high-strength wastewater, requiring

Bubble Diffuser technology, to provide a robust, compact and

robust and highly efficient treatment.

sustainable low-energy solution for the high-strength waste.

In planning for increased production to keep up with everincreasing demand, Helen’s Hill Wines realised its existing

The sustainability advantages of the system made the choice easy for Helen’s Hill.

trickling filter system could not cope and that an upgrade

“The HySMART system showcases the sustainability of

was necessary. The company turned to wastewater treatment

energy efficiency in aerobic reactors,” said Mitchell Hastings,

company Hydroflux Industrial for the design and supply of a new

Hydroflux’s Victorian manager. “The HySMART SBR system uses

wastewater treatment plant.

about 40% of the energy that conventional SBR systems need to treat this type of wastewater.” The system is based on a modular, deployable system, making it simple to install on-site. Hastings noted, “The modular design means Helen’s Hill can double the plant capacity in future, simply by installing a second reactor.” The wastewater plant also includes a control system with HyCONNECT. The remote access provided by HyCONNECT allows Hydroflux specialists and Helen’s Hill staff to remotely monitor the plant with minimal operator input. Hydroflux Industrial Pty Ltd

Renewable oil produced in plant leaves CSIRO researchers have made it possible to produce oil in the leaves, stems and seeds of plants, in a breakthrough which could mark a milestone for the renewable oils industry. “Previously it has only been possible to extract oil from the oil-rich seeds and fruits of some specialised plants, such as canola, soybean, sunflower, coconut and oil palm,” said Dr Allan Green, innovation leader with CSIRO Agriculture and Food. “What we have been able to do is switch on this high-level oil production in vegetative tissue, such as in stems and leaves, as well.” Dr Green explained that the researchers are using solar energy captured by plants to convert their leaves’ starch reserves into more energy-dense oil molecules, which increases the energy value of the vegetative

CSIRO recently signed an agreement

The agreement with Amfora provides

tissue where the oil accumulates. In some

with US-based company Amfora, which will

a direct path to market, as the oil does

plants the research team has been able to

see the start-up advance development and

not need to be extracted from the

get around 35% oil content into vegetative

commercialisation of the technology to produce

leaves before it is fed to cattle. Future

tissue — the same amount as in many

energy-rich feed for livestock. Amfora will

applications, such as the production of

oilseed crops.

use the technology to develop oil content in

industrial oils and bio-based diesel, will

“If the technology were applied to

the vegetative tissue of corn and sorghum,

require further industrial supply chain

existing oil crops it could potentially treble

meaning they can market a feed for dairy

development to customise techniques

oil productivity and greatly expand renewable

farmers that does not require them to purchase

for extracting the oil and converting it

oil production worldwide,” Dr Green said.

additional oils to supplement feeds.

to suitable products.

28 Sustainability Matters - Jun/Jul 2017

Profile for Westwick-Farrow Media

Sustainability Matters Jun/Jul 2017  

Sustainability Matters is a bi-monthly magazine showcasing the latest products, technology and sustainable solutions for industry, governmen...

Sustainability Matters Jun/Jul 2017  

Sustainability Matters is a bi-monthly magazine showcasing the latest products, technology and sustainable solutions for industry, governmen...