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Research Activities at Ugelstad Laboratory

Ugelstad Laboratory, established in 2002, specializes in surface and colloid chemistry research and development. With a focus on material science, nanotechnology, and polymer science, the laboratory conducts educational and collaborative projects with various industries and research institutions. The laboratory is headed by Professor Johan Sjöblom and has a team of researchers, engineers, and project students working on topics such as emulsions, corrosion, nanoparticles, and synthesis techniques.

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Research Activities at Ugelstad Laboratory

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  1. Research Activities at Ugelstad Laboratory Gisle Øye Ugelstad Laboratory Department of Chemical Engineering Norwegian University of Science and Technology

  2. Founded January 2002 in memory of Professor John Ugelstad Laboratory specialised in surface- and colloid chemistry Educational R&D Laboratory, modern instrumentation Research Council of Norway (NFR) Industrial collaboration Aker Kværner, Akzo Nobel, Baker Petrolite, BP, Borregaard Lignotech, Champion Servo, ChevronTexaco, KSV Instruments Norsk Hydro, Petrobras, Statoil, Shell, Total, Vetco DTU, IFE, PFI, SINTEF Exchange programmes: North Carolina State University University of Tulsa UGELSTAD LABORATORY

  3. Academic: Professor Johan Sjöblom Professor Preben Mørk Associate professor Gisle Øye Professor II: Per Stenius Professor II: Jan Genzer Professor II: Dan Friedeman Professor II: Erling Rytter Professor Emeritus: Arvid Berge PhD students: Ingvild Johnsen Øystein Brandal Magne Knag Bjørn Thomassen Andreas Hannisdal Torbjørn Vrålstad Shukun Chen Anne Silset Martin Fossen Sondre Volden Dorota Dodasova Personnel: Research Scientists: • Wilhelm Glomm • Pål Hemmingesen Post. Docs: • Ekatarina Bilkova • Marit-Helen Ese • Maria Häger • Helen Magnusson Engineers: • Bodhild Øvrevold • Hung Lee • Ann Mari Hanneseth • Cecilie Selsbak Project/Diploma students: • Ahmed Heri • Hanne Pettersen • Borja Bidegain

  4. Ugelstad Laboratory Head: Professor Johan Sjöblom Colloid and surface chemistry within: Material science/ nanotechnology Polymer science Crude oil technology • Characterisation • Separation • Emulsions • Gas hydrats • Corrosion • Naphtenic acids • Surfactants • Polymer synthesis • Characterisation • Biopolymers • Self-Assembly • Gradient surfaces • Modellering • Nanoparticles • Colloidal templates • Nanostructures • Synthesis • Sol-Gel techniques • Plasmachemical modication • Functionalisation • Applications

  5. Particle-stabilized emulsions/Heavy crude oils Treatment of Produced Water - Characterization and New Treatment Strategies Interfacial Reactions between Naphtenic Acids and Multivalent Cations Consumption of Corrosion Inhibitors Effects of Crude Oil on the CO2 Corrosion of Carbon Steel Plugging and Non-plugging Crude Oil Systems - Gas Hydrat Slurries Development of new bio based materials using nanotechnology Scientific Design and Preparation of New Catalysts and Supports Dendritic nanoporous materials with multifunctionality Programmes:

  6. Bestemmelse av voksmengde, voksutfellings temperatur i råoljer og bidraget til emulsjonsstabilitet Produsert vann, hvilken rolle spiller dispergerte partikler? Reologiske egenskaper for suspensjoner og emulsjoner Utvikling av nye templat for fremstilling av porøse nano-strukturer Utvikling av porøse hybridmaterialer Dendrimerfunksjonalisering av porøse nano-strukturer Programmert materialsyntese med fullerener Svelling av elastiske silisium polymere nettverk i bulkmaterialer og tynne filmer Prosjektoppgaver høsten 2005

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