Webinar: BET Surface Area Measurements by Sorption Methods at Ambient Conditions


Date: Thurs 13 May 2021
Time: 3:30 pm BST | 4:30 pm CEST | 10:30 am EDT
Duration: 1 hours incl. Q&A
Register free here

Dr. Daniel Burnett
Vice President
Surface Measurement Systems NA

Join us for our next free-to-attend webinar as Dr. Daniel Burnett, Vice President of Surface Measurement Systems NA, explore the use of soprtion methods at ambient conditions for BET Surface Area Measurements.

Traditional BET surface area measurements are typically performed by volumetric, gas sorption techniques. These methods require exposing the material of interest to very low pressures (10-3 Torr and below) and cryogenic temperatures (77K). These conditions can have deleterious affects on many classes of materials; including pharmaceuticals, foods, cellulose-based samples, and natural ingredients. In particular, low pressures and temperatures can cause structure collapse or phase changes on fragile solids. Flow-based sorption techniques, like Dynamic Vapor Sorption (DVS) and Inverse Gas Chromatography (IGC) can be performed at atmospheric pressure and room temperature. These techniques can be used to determine BET surface areas at industrially relevant and environmental storage conditions. In addition, these techniques can be performed over a wide range of relative humidity conditions, which allow surface characterization and determination of surface areas at ‘real-world’ conditions. This educational seminar will overview the BET surface area principle by DVS and IGC. Also, it will compare results with volumetric measurements and highlight the application of DVS and IGC surface area measurements on a range of materials.

This session will be hugely beneficial to researchers working in the fields of:

  • Biomaterials
  • Fibers
  • Personal Care
  • Pharmaceuticals
  • Polymers
  • Pulp & paper
  • Wood

With applications in a range of industries, the session will provide unmissable insights, and provide attendees with an opportunity to engage the speaker directly in a live Q&A.

Register free here