BEGIN:VCALENDAR VERSION:2.0 PRODID:-//PYVOBJECT//NONSGML Version 1//EN BEGIN:VTIMEZONE TZID:Asia/Calcutta BEGIN:STANDARD DTSTART:20000101T000000 RRULE:FREQ=YEARLY;BYMONTH=1 TZNAME:IST TZOFFSETFROM:+0500 TZOFFSETTO:+0500 END:STANDARD END:VTIMEZONE BEGIN:VEVENT UID:20260517T085610Z - 89130@eupp214 DTSTART;TZID=Asia/Calcutta:20251204T150000 DTEND;TZID=Asia/Calcutta:20251204T163000 CREATED:20260517T085610Z DESCRIPTION:Webinar: Advanced Sorption Technologies for Porous Materials Characterization\nPioneering New Porous Materials Applications with A dvanced Sorption Techniques Home Topics Speaker Benefits Join Senior Produ ct Scientist of Surface Measurement Systems\, Connor Hewson\, for a focuse d webinar on next-generation characterization of porous materials. We’ll showcase Dynamic Vapour Sorption (DVS) and breakthrough analysis showing how these techniques deliver rigorous\, reproducible insight across zeolit es\, MOFs\, carbons\, COFs\, and building materials. Framed against global priorities—from carbon capture to indoor air quality—the session conn ects lab-scale data to real-world performance\, enabling smarter material selection\, faster iteration\, and more credible scale-up. Dig deeper into realistic evaluation of solid sorbents for CO₂ capture\, including work ing capacity\, kinetics\, multicomponent sorption\, and the impact of humi dity and sour gases on capture efficiency. Explore high-throughput screeni ng for sensing and VOC capture\, quantify uptake at trace concentrations\, and assess water effects on performance. As a lead scientist at a company pioneering the next generation of sorption instrumentation\, Dr. Iacomi w ill demonstrate how SMS tools translate complex adsorption phenomena into actionable metrics—helping researchers\, labs\, and companies accelerate innovation while meeting urgent environmental and regulatory challenges. Introduction to Dynamic Vapour Sorption and Breakthrough AnalysisApplicati ons for porous materials: Zeolites\, MOFs\, Carbons\, COFs\, and Building Materials Realistic evaluation of solid sorbents for carbon captureDetermi nation of working capacity\, kinetics\, and multicomponent sorption on the lab scaleInfluence of contaminants like humidity and sour gas on capture efficiency Porous materials for indoor air quality applications in sensing and captureHigh throughput screening of materialsEvaluation of uptake at low concentrationsImpact of [...] DTSTAMP:20260517T085610Z SUMMARY:Webinar: Advanced Sorption Technologies for Porous Materials Charac terization X-ALT-DESC;FMTTYPE=text/html:Webinar: Advanced Sorption Technologies for Porous Materials Characterization\nPioneering New Porous Materials Ap plications with Advanced Sorption Techniques Home Topics Speaker Benefits Join Senior Product Scientist of Surface Measurement Systems\, Connor Hews on\, for a focused webinar on next-generation characterization of porous m aterials. We’ll showcase Dynamic Vapour Sorption (DVS) and breakthrough analysis showing how these techniques deliver rigorous\, reproducible insi ght across zeolites\, MOFs\, carbons\, COFs\, and building materials. Fram ed against global priorities—from carbon capture to indoor air quality —the session connects lab-scale data to real-world performance\, enablin g smarter material selection\, faster iteration\, and more credible scale- up. Dig deeper into realistic evaluation of solid sorbents for CO₂ captu re\, including working capacity\, kinetics\, multicomponent sorption\, and the impact of humidity and sour gases on capture efficiency. Explore high -throughput screening for sensing and VOC capture\, quantify uptake at tra ce concentrations\, and assess water effects on performance. As a lead sci entist at a company pioneering the next generation of sorption instrumenta tion\, Dr. Iacomi will demonstrate how SMS tools translate complex adsorpt ion phenomena into actionable metrics—helping researchers\, labs\, and c ompanies accelerate innovation while meeting urgent environmental and regu latory challenges. Introduction to Dynamic Vapour Sorption and Breakthroug h AnalysisApplications for porous materials: Zeolites\, MOFs\, Carbons\, C OFs\, and Building Materials Realistic evaluation of solid sorbents for ca rbon captureDetermination of working capacity\, kinetics\, and multicompon ent sorption on the lab scaleInfluence of contaminants like humidity and s our gas on capture efficiency Porous materials for indoor air quality appl ications in sensing and captureHigh throughput screening of materialsEvalu ation of uptake at low concentrationsImpact of [...] END:VEVENT END:VCALENDAR