new process for producing sugar from sugar beet _ tno

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2/25/2015 New process for producing sugar from sugar beet | TNO https://www.tno.nl/en/collaboration/patentsandlicenses/licensingopportunities/newprocessforproducingsugarfromsugarbeet/ 1/3 NEW PROCESS FOR PRODUCING SUGAR FROM SUGAR BEET TNO has developed a revolutionary concept for the 'sugar factory of the future'. TNO's separation technology makes it possible to increase the sugar yield from raw sugar beets by ten per cent and to reduce the costs of this large-scale extraction process. Conventional processes for sugar extraction are based on refining raw sugar beet juice, in a process of eliminating all the impurities until only crystallized sugar remains. The new concept developed by TNO turns this process on its head: only sugar molecules are extracted from the beet juice, leaving other juice components where they are. TNO's separation technology is based on conducting the raw juice through a bed of small particles. At temperatures of about 35 degrees Celsius, the sugar molecules selectively attach to the small particles. The sugar molecules are released from these particles when the temperature is raised to 90 degrees Celsius. The development started with a

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  • 2/25/2015 Newprocessforproducingsugarfromsugarbeet|TNO

    https://www.tno.nl/en/collaboration/patentsandlicenses/licensingopportunities/newprocessforproducingsugarfromsugarbeet/ 1/3

    NEW PROCESS FORPRODUCING SUGARFROM SUGAR BEETTNO has developed a revolutionary concept for the 'sugar factory of

    the future'. TNO's separation technology makes it possible to

    increase the sugar yield from raw sugar beets by ten per cent and to

    reduce the costs of this large-scale extraction process.

    Conventional processes for sugar extraction are based on refining

    raw sugar beet juice, in a process of eliminating all the impurities

    until only crystallized sugar remains. The new concept developed

    by TNO turns this process on its head: only sugar molecules are

    extracted from the beet juice, leaving other juice components

    where they are.

    TNO's separation technology is based on conducting

    the raw juice through a bed of small particles. At

    temperatures of about 35 degrees Celsius, the sugar

    molecules selectively attach to the small particles.

    The sugar molecules are released from these

    particles when the temperature is raised to 90

    degrees Celsius. The development started with a

  • 2/25/2015 Newprocessforproducingsugarfromsugarbeet|TNO

    https://www.tno.nl/en/collaboration/patentsandlicenses/licensingopportunities/newprocessforproducingsugarfromsugarbeet/ 2/3

    successful 'proof of principle'. Further stages of the project include a

    detailed economic analysis and upgrading the process from laboratory

    scale to the kind of bulk production that is common within the sugar

    industry.

    APPLICATIONS

    TECHNICAL SUMMARYThe technology makes use of fluid bed separation technology and uses

    porous absorbents having unsaturated hydrocarbon groups exposed on

    its (internal) surface. At temperatures of about 35 degrees Celsius, the

    sugar molecules selectively attach to absorbent particles. The sugar

    molecules are released from these particles when the temperature is

    raised to 90 degrees Celsius.

    Sugar production

    Separation technology

    Removal of sugars from fruit juices

    LICENSE - INTELLECTUAL PROPERTY

    WO2006088360Method of extracting sugar from sugar juice

    LICENSE - STAGE OF DEVELOPMENT

    proof-of-concept

    LICENSE - PROPOSAL

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  • 2/25/2015 Newprocessforproducingsugarfromsugarbeet|TNO

    https://www.tno.nl/en/collaboration/patentsandlicenses/licensingopportunities/newprocessforproducingsugarfromsugarbeet/ 3/3

    licensing opportunity and research collaboration

    LICENSE - TNO REFERENCE NUMBER

    IP2009046