• About Exner
  • Publications
  • News
  • Downloads
  • Search
  • Language
  • Login
  • Business Sectors
    • Overview
    • Sensors in the process
  • Probe Housings
    • Static probe housings
      • EXstatic 310
        Thumbail EXstatic 310
      • EXstatic 311
        Thumbail EXstatic 311
      • EXstatic 312
        Thumbail EXstatic 312
      • EXstatic 315
        Thumbail EXstatic 315
      • EXstatic 340
        Thumbail EXstatic 340
    • Immersion fittings
      • EXdip 910
        Thumbail EXdip 910
      • EXdip 920
        Thumbail EXdip 920
    • Retractable housings - pneumatic
      • EXtract 810
        Thumbail EXtract 810
      • EXtract 811
        Thumbail EXtract 811
      • EXtract 815
        Thumbail EXtract 815
      • EXtract 820
        Thumbail EXtract 820
      • EXtract 821
        Thumbail EXtract 821
      • EXtract 825
        Thumbail EXtract 825
      • EXtract 830
        Thumbail EXtract 830
    • Retractable housings - manual
      • EXtract 810M
        Thumbail EXtract 810M
      • EXtract 811M
        Thumbail EXtract 811M
      • EXtract 815M
        Thumbail EXtract 815M
      • EXtract 820M
        Thumbail EXtract 820M
      • EXtract 821M
        Thumbail EXtract 821M
      • EXtract 825M
        Thumbail EXtract 825M
      • EXtract 830M
        Thumbail EXtract 830M
      • EXtract 840M
        Thumbail EXtract 840M
      • EXtract 850M
        Thumbail EXtract 850M
    • Control units for pneumatic retractable housings
      • EXmatic 470
        Thumbail EXmatic 470
      • EXmatic 471
        Thumbail EXmatic 471
    • Control units - accessories
      • EXconnect 170
        Thumbail EXconnect 170
    • Flow-through fittings
      • EXflow 710
        Thumbail EXflow 710
      • EXflow 720
        Thumbail EXflow 720
  • Optical Sensors
    • Sensors for absorption measurement
      • EXcell 231
        Thumbail EXcell 231
      • EXcell 241
        Thumbail EXcell 241
    • Sensors for absorption measurement in compact design
      • EXplore 131
        Thumbail EXplore 131
      • EXspect 231
        Thumbail EXspect 231
    • Sensors for backscatter measurement in compact design
      • EXplore 171
        Thumbail EXplore 171
      • EXspect 271
        Thumbail EXspect 271
    • Sensors for tubidity measurement
      • EXpure 191
        Thumbail EXpure 191
    • Sensors - accessories
      • EXcap 110
        Thumbail EXcap 110
      • EXcap 120
        Thumbail EXcap 120
    • Sensors - interfaces
      • ECI-01 EXcell
        Thumbail ECI-01 EXcell
      • ECI-01 EXspect
        Thumbail ECI-01 EXspect
      • ECI-02
        Thumbail ECI-02
      • ECI-03
        Thumbail ECI-03
  • Services
    • Probe housings
    • Optical sensors
    • Maintenance, repair & return consignments
    • Training & Support
    • Product development & OEM
  • Contact
    • Headquarters
    • Sales contact
    • Sales partners worldwide
  • Questions 07243 945429 0
  • Questions? +49 7243 945429 0
  • Business Sectors
    • Overview
    • Sensors in the process
  • Probe Housings
    • Static probe housings
      • EXstatic 310
      • EXstatic 311
      • EXstatic 312
      • EXstatic 315
      • EXstatic 340
    • Immersion fittings
      • EXdip 910
      • EXdip 920
    • Retractable housings - pneumatic
      • EXtract 810
      • EXtract 811
      • EXtract 815
      • EXtract 820
      • EXtract 821
      • EXtract 825
      • EXtract 830
    • Retractable housings - manual
      • EXtract 810M
      • EXtract 811M
      • EXtract 815M
      • EXtract 820M
      • EXtract 821M
      • EXtract 825M
      • EXtract 830M
      • EXtract 840M
      • EXtract 850M
    • Control units for pneumatic retractable housings
      • EXmatic 470
      • EXmatic 471
    • Control units - accessories
      • EXconnect 170
    • Flow-through fittings
      • EXflow 710
      • EXflow 720
  • Optical Sensors
    • Sensors for absorption measurement
      • EXcell 231
      • EXcell 241
    • Sensors for absorption measurement in compact design
      • EXplore 131
      • EXspect 231
    • Sensors for backscatter measurement in compact design
      • EXplore 171
      • EXspect 271
    • Sensors for tubidity measurement
      • EXpure 191
    • Sensors - accessories
      • EXcap 110
      • EXcap 120
    • Sensors - interfaces
      • ECI-01 EXcell
      • ECI-01 EXspect
      • ECI-02
      • ECI-03
  • Services
    • Probe housings
    • Optical sensors
    • Maintenance, repair & return consignments
    • Training & Support
    • Product development & OEM
  • Contact
    • Headquarters
    • Sales contact
    • Sales partners worldwide
  • About Exner
  • Publications
  • News
  • Downloads
  • Search
  • Language
  • Login

Pressemeldungen

Press informationProfessional article - probe housingsProfessional article - OD-sensorsProfessional article - Turbidity sensorsResearch paperSuccess story

No Items for given filter found.

Reset filter
  • 2024-12-19

    Evaporation process in sugar cane processing at Mitr Phol Sugar

    For sugarcane, the measurement of turbidity is critical for the production process.

    Open whole article as PDF
  • 2024-12-19

    Turbidity measurement in the Banaskantha Dairy

    In this specific case, the turbidity of rinse water after the CIP cleaning process is measured using the EXspect 231 sensor

    Open whole article as PDF
  • 2024-07-13

    Optical turbidity measurement in dairies

    The use of optical turbidity measurement in various processing steps in dairies has now become an indispensable tool for quality and efficiency.

    Open whole article as PDF
  • 2024-03-26

    EXtract retractable probe housings in the sugar industry - How a field crop becomes the finest white sugar

    Before a sugar beet becomes a lump of sugar for coffee or fine crystal sugar for cake, a wide variety of different process steps are necessary. Often, the pH value must be precisely determined or set.

    Open whole article as PDF
  • 2024-03-25

    Optical turbidity measurement technology for the brewing process

    The targeted use of appropriate turbidity measurement technology increases the process reliability, minimises the use of resources, and creates the potential for cost optimisations.

    Open whole article as PDF
  • 2023-09-10

    Parameter Optimization for Scaling Up Geometrically Non-Similar Bioreactors

    Automated Shape and Process Parameter Optimization for Scaling Up Geometrically Non-Similar Bioreactors

    Open whole article as PDF
    Source of origin
  • 2022-07-01

    Retractable probe housing with cleaning control - use in paper production

    The replacement of an immersion fitting with spray cleaning by a retractable probe housing with automatic cleaning control led to process improvements.

    Open whole article as PDF
  • 2022-07-01

    Retractable probe housing with cleaning control - use in sewage sludge processing

    By using a retractable probe housing in conjunction with a fully automatic cleaning control, substantial process improvements and cost reductions were achieved.

    Open whole article as PDF
  • 2022-02-27

    Semi-continuous algal cultivation to unleash renewable fuel productivity

    Machine learning-informed and synthetic biologyenabled semi-continuous algal cultivation to unleash renewable fuel productivity

    Open whole article as PDF
    Source of origin
  • 2021-11-25

    Development of a General PAT Strategy for Online Monitoring of Complex Mixtures

    Development of a General PAT Strategy for Online Monitoring of Complex Mixtures—On the Example of Natural Product Extracts from Bearberry Leaf (Arctostaphylos uva-ursi)

    Open whole article as PDF
    Source of origin
  • 2020-08-20

    Growth and Acidification Kinetics of Lactobacillus delbrueckii

    E ffect of Pulsed Electric Fields on the Growth and Acidification Kinetics of Lactobacillus delbrueckii Subsp. bulgaricus

    Open whole article as PDF
    Source of origin
  • 2019-10-31

    Source: EXNER

    Optical turbidity measurement in beverage production

    The targeted use of appropriate turbidity measurement technology in beverage production increases process reliability, minimises the use of resources and opens up potential for cost optimisation.
    Open whole article as PDF
  • 2019-10-26

    Source: EXNER

    Economical turbidity measurement in food production

    Dairies and breweries are among the forerunners in the use of turbidity measurement. Aspects such as quality assurance, cost and process optimisation and conservation of resources are the primary objectives here.
    Open whole article as PDF
  • 2019-06-19

    Quelle EXNER

    Continuous monitoring of cell density

    Cell cultures and microorganisms play an essential role in the development processes in modern pharmaceutics and biotechnology. Since they react very sensitively to external influences, the conditions during the reproduction process must be precisely managed and monitored. This includes the temperature, pH value or dissolved oxygen, for example. The cell density numbers among the most important process characteristics and can be determined on the basis of the optical density of a medium, for example.
    Open whole article as PDF
  • 2018-02-23

    Measurement for the Online Monitoring and Control of Recombinant Protein Production

    Dielectric Spectroscopy and Optical Density Measurement for the Online Monitoring and Control of Recombinant Protein Production in Stably Transformed Drosophila melanogaster S2 Cells

    Open whole article as PDF
    Source of origin
  • 2017-05-03

    Anaerobic Membrane Bioreactor for Continuous Lactic Acid Fermentation

    Membrane bioreactor systems can enhance anaerobic lactic acid fermentation by reducing product inhibition, thus increasing productivity.

    Open whole article as PDF
    Source of origin
  • 2016-06-10

    Microalgae Synthesize Hydrocarbons from Long-Chain Fatty Acids

    Microalgae Synthesize Hydrocarbons from Long-Chain Fatty Acids via a Light-Dependent Pathway

    Open whole article as PDF
    Source of origin
  • 2014-07-02

    Measurements in Chlamydomonas reinhardtii

    Combined Increases in Mitochondrial Cooperation and Oxygen Photoreduction Compensate for Deficiency in Cyclic Electron Flow in Chlamydomonas reinhardtiiW

    Open whole article as PDF
    Source of origin
Exner Process Equipment GmbH | Imprint | Terms & Conditions | Data Protection