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Field of Research : Membrane And Separation Technologies
Field of Research : Food Engineering
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Food Engineering (4)
Food Sciences (4)
Membrane And Separation Technologies (4)
Food Processing (2)
Fermentation, Biotechnology And Industrial Microbiology (1)
Physical Chemistry Not Elsewhere Classified (1)
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Fruit and vegetable products (incl. Fruit juices) (3)
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  • Funded Activity

    Linkage Projects - Grant ID: LP0990341

    Funder
    Australian Research Council
    Funding Amount
    $96,000.00
    Summary
    Developing New Multifunctional Layered Particles with Novel Modular Food Processing Systems. The global market for organic foods has a value of approximately $150 billion, indicating the high potential export market. Australia's organic industry is currently valued at $350M, with annual growth of 25%. Alternatives to chemical preservatives in products such as breads are in demand, and Australian essential oils show promise, but new technology is required to value-add products from essential oil .... Developing New Multifunctional Layered Particles with Novel Modular Food Processing Systems. The global market for organic foods has a value of approximately $150 billion, indicating the high potential export market. Australia's organic industry is currently valued at $350M, with annual growth of 25%. Alternatives to chemical preservatives in products such as breads are in demand, and Australian essential oils show promise, but new technology is required to value-add products from essential oil producers. Spray drying will be used with the smart coating of extracts, such as antimicrobial compounds, as natural preservatives that promote the shelf life of foods, benefitting service providers, the wider food industry and consumers.
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    Funded Activity

    Linkage Projects - Grant ID: LP0882799

    Funder
    Australian Research Council
    Funding Amount
    $101,881.00
    Summary
    Enhancing the Production of Functional Food Powders by Studying Reaction Processes in Spray Dryers. The project is a key component of a technical development program that has the potential to make a very large contribution to the processing of functional foods resulting in products of high value for nutritional use. The total national crop of cereals, pulses, oil seeds, fruit and vegetables is thirty million tonnes/year. Over three million tonnes/year of waste are produced, containing three mi .... Enhancing the Production of Functional Food Powders by Studying Reaction Processes in Spray Dryers. The project is a key component of a technical development program that has the potential to make a very large contribution to the processing of functional foods resulting in products of high value for nutritional use. The total national crop of cereals, pulses, oil seeds, fruit and vegetables is thirty million tonnes/year. Over three million tonnes/year of waste are produced, containing three million kilogrammes of bioactive compounds, valued at a minimum of $1,000/kg, giving an estimated potential value of $3 billion/year. If only 10% of this potential is captured, then the national benefit would be as high as A$300 million/year.
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    Funded Activity

    Linkage Projects - Grant ID: LP0991048

    Funder
    Australian Research Council
    Funding Amount
    $365,000.00
    Summary
    Ultrasonics as a New Platform Technology in Dairy Processing. We intend to develop the use of ultrasound as an innovative platform technology within the Australian dairy industry. The outcomes will place the industry in a lead position internationally through the development of a range of novel, patentable, heat stable dairy ingredients that can command a premium price in a global market. This project will also lead to increased energy efficiency, reduced carbon footprints and increased profitab .... Ultrasonics as a New Platform Technology in Dairy Processing. We intend to develop the use of ultrasound as an innovative platform technology within the Australian dairy industry. The outcomes will place the industry in a lead position internationally through the development of a range of novel, patentable, heat stable dairy ingredients that can command a premium price in a global market. This project will also lead to increased energy efficiency, reduced carbon footprints and increased profitability for Australian dairy manufacturing through improved productivity of membrane operations, evaporators and spray driers. In turn, this work will help to secure the future of the wider Australian dairy industry and the rural townships that depend upon this industry.
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    Funded Activity

    Linkage Projects - Grant ID: LP0455620

    Funder
    Australian Research Council
    Funding Amount
    $47,112.00
    Summary
    Development of a concentration process for thermally sensitive liquids by the integration of Osmotic Distillation with Freeze Concentration. There is a need for low temperature concentration of thermally sensitive fruit juices and biological liquids with preserved qualities and nutrients. Although Freeze Concentration has been successful up to about 40% solids, it then requires expensive freezing. This project aims to integrate Osmotic Distillation with Freeze Concentration to achieve up to ab .... Development of a concentration process for thermally sensitive liquids by the integration of Osmotic Distillation with Freeze Concentration. There is a need for low temperature concentration of thermally sensitive fruit juices and biological liquids with preserved qualities and nutrients. Although Freeze Concentration has been successful up to about 40% solids, it then requires expensive freezing. This project aims to integrate Osmotic Distillation with Freeze Concentration to achieve up to about 70% solids, for long-term storage under ambient or refrigerated conditions. If successful, the combined process would enable increased export of high quality agricultural products such as grape concentrate for wine making, as well as other liquid foods, beverages and biotechnological products.
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    Showing 1-4 of 4 Funded Activites

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