Publications
Rheonics products are based on three decades of research at ETH Zurich. The underlying technology is published in multiple journals, articles and covered in numerous PhD theses. A small selection of published work is presented below.
Publication
PROFINET Application Story: Enhancing Investment Casting
Learn how PROFINET-integrated inline viscosity monitoring enhances ceramic slurry control, improves shell quality, and optimizes investment casting processes.
Publication
E-Mobility Engineering magazine 2025 features Rheonics inline density and viscosity sensors for an effective monitoring process in a battery slurry production
E-Mobility Engineering highlights Rheonics inline density and viscosity sensors as essential tools for real-time battery slurry monitoring and process optimization.
Publication
LNG Industry February 2025 features Rheonics CRYO-DVT Technology – “The importance of an LNG density sensor for transit and storage measurements of natural gas”
Rheonics CRYO-DVT delivers accurate, continuous LNG density measurement to enhance safety, reliability, and efficiency in storage and transport operations.
Publication
Achieve Perfect Chocolate Texture with Advanced inline viscometer sensor
Discover how Rheonics inline viscosity and density sensors help chocolate manufacturers achieve consistent texture, quality, and process efficiency.
Publication
Discover Rheonics SRV process viscometer and variants
Explore Rheonics SRV viscometer variants for accurate real-time viscosity measurement across industrial, hygienic, sanitary, and reactor applications.
Publication
Rheonics process density meter for transportation fuel sustainability – SAFEST project by EMPIR EURAMET and Thermodynamics group at Imperial College London test
Rheonics SRD and SRV sensors delivered accurate inline density and viscosity measurements in the EMPIR EURAMET SAFEST project for sustainable fuel flow metrology.
Publication
Roads & Bridges Magazine, March 2022 Issue features Rheonics Technology – “Asphalt 4.0: Meeting rigorous quality control of asphalt for every load at the terminal with real-time viscosity measurements”
Real-time inline viscosity monitoring enables automated asphalt quality control, process optimization, improved safety, and reduced emissions throughout the asphalt lifecycle.
Publication
Paint & Coatings Industry Magazine: Toward Zero Automotive Paint Quality Issues With Real-Time Viscosity Monitoring and Control
Real-time inline viscosity monitoring enables consistent automotive paint quality, reducing defects while improving efficiency and coating performance.
Publication
Food Engineering Magazine: Inline viscosity sensing provides better batter control
Inline viscosity sensing enables real-time batter control, improving coating consistency, product quality, and process efficiency in food manufacturing.
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