The research group has laboratories and equipment to synthesize a number of different material groups such as zeolites and zeotypes, organometallic frameworks (MOFs), carbon-based materials, oxides, polyhedral oligomeric silsesquioxanes (POSS), fine...
Testing and characterization of materials, especially within catalysis and separation, has been a key research area for the group for more than 30 years. The group has expertise in the design and construction of test facilities and has a large...
The group has broad expertise in atomic scale modelling. Using mathematical models based on quantum mechanics, we study industrial processes, including heterogeneous and homogeneous catalysis, and functional materials.
Catalysis is one of our core areas and we have more than 30 years of experience in both heterogeneous and homogeneous catalysis.
Synthesis, functionalization, formulation and testing of sorbents for use in various separation processes and gas storage is another core area of the research group.
Carbon is an essential part of almost everything that surrounds us and thus also an important input factor in very many production processes.
For more than 30 years, we have designed, engineered and delivered bespoke, fully automated, combinatorial research infrastructure to many of the largest oil and gas companies and key petrochemical process developers.
Examples of such processes are: electrochemical production of chemicals, fuels and materials (power-to-products) and innovative use of electricity such as plasma, microwaves and ultrasound to power processes.
Digitalisation is a strategic and prioritised research area for all of SINTEF. Our contribution to this important field through an interdisciplinary team at SINTEF is in the field of interoperability.
Hybrid nanomaterials are defined as unique chemical conjugates of organic and/or inorganic materials. These materials have extraordinary physical and chemical properties due to their size at the nanoscale. In addition, they often combine the best...
The High Throughput laboratory can be divided in three main activates: 1) design and construction of high-throughput equipment, 2) parallel synthesis of materials, and 3) parallel screening of materials properties. We provide automated custom made...
En bedre forståelse av materialers virkemåte ved bruk, kan være viktig for å kunne utvikle forbedrede katalysatorer, adsorbenter and andre funksjonelle materialer. I SINTEF har vi et laboratorium der karakterisering av pulvermaterialer in situ er i...
NMR (Nuclear Magnetic Resonance) spectroscopy is essential i many fields of research and science like e.g. chemistry, physics, biochemistry, and medicine. The method exploits the magnetic properties of the atomic nuclei and depending upon usage NMR...
Laboratoriet inneholder apparatur (autoklaver, glassutstyr og inertlinjer) for variert syntese av en rekke porøse materialer. Laboratoriet er tilknyttet instrumentering for full karakterisering av de fremstilte adsorbentene.
SINTEF has a large number of various reactors for screening of catalysts and adsorbents. SINTEF has knowledge and experience in designing and building laboratory reactors for a range of industrial processes.
Laboratory for fabrication and granulation of solid inorganic materials have different types of equipment to modify powders to particles with different morphologies and sizes and requested properties.
NoviCo will contribute to achieve EU’s ambitious objectives, by providing an innovative technological solution for the sustainable and socially acceptable conversion of low value lignocellulosic residues, such as thinnings, sawdust into biobased...
NCS C+ aims to develop four climate-positive technologies that will help increase the pace of the green transition and remove large volumes of carbon dioxide and methane from the atmosphere.
The concept of CyclicCO2R is to create a process that removes the dependency on fossil fuel and increases the energy efficiency to create a net CO2 uptake in the production of cyclic carbonates.
