Blume, Anke

Podschun, Jacob

Schwaiger, Bernhard

Sekar, Priyanka

Stücker , Alexander

Talma, Auke Gerardus

English

Use of Hydro-Thermally Treated (HTT) lignin as a rubber filler is a promising approach to improve sustainability of elastomers. By applying the HTT process, renewable and abundantly available lignin feedstocks can be successfully converted to a reinforcing filler for rubber application with stable morphology, purity, enlarged functional surface and thermal stability. This study focusses on the effect of HTT lignin on the mechanical properties of rubber compounds in the presence of modifiers to open new opportunities of this bio-based reinforcing filler<br/

University of Twente Research Information

  Understanding the Reinforcement behaviour of Modified Hydrothermally treated Lignin  PRIYANKA SEKARA,B *, AUKE G. TALMAA, ALEXANDER STÜCKER B, JACOB PODSCHUN B, BERNHARD SCHWAIGER B, ANKE BLUMEA A Elastomer Technology and Engineering, Department of Mechanics of Solids, Surfaces and Systems (MS3), Faculty of Engineering Technology, University of Twente, 7500 AE Enschede, The Netherlands        BSunCoal Industries GmbH, Rudolf-Diesel Straße 15, 14974 Ludwigsfelde, Germany  *Speaker: p.sekar@utwente.nl; sekar@suncoal.com   Use of Hydro-Thermally Treated (HTT) lignin as a rubber filler is a promising approach to improve sustainability of elastomers. By applying the HTT process, renewable and abundantly available lignin feedstocks can be successfully converted to a reinforcing filler for rubber application with stable morphology, purity, enlarged functional surface and thermal stability.  This study focusses on the effect of HTT lignin on the mechanical properties of rubber compounds in the presence of modifiers to open new opportunities of this bio-based reinforcing filler.   Keywords: Lignin, Hydrothermal treatment, Bio filler, Sustainability, Renewability, In-rubber properties  

Understanding the Reinforcement behaviour of Modified Hydrothermally treated Lignin

https://ris.utwente.nl/ws/files/328339443/_2023.07_Tiretech2023_abstract_final.pdf

Understanding the Reinforcement behaviour of Modified Hydrothermally treated Lignin

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University of Twente Research Information