The “Molecules and Materials at Interfaces” laboratory – 2MILab, is an open facility based at the School of Engineering in Chemistry, Biotechnology and Health at KTH, in the heart of Stockholm. Our associated staff are often internationally recognized authorities in their area of expertise within the broad field of surface, colloid and corrosion science. This fact is witnessed by the large number of their peer-reviewed publications. Research areas are diverse and exploit a wide range of measurements, modelling and theoretical methods providing state-of-the-art insights into the problem at hand. The laboratory collects the diverse instrumentation used in those studies. We have extensive experience of collaborations with companies, both large and small, and our staff are well versed in providing crucial contributions to industrial advances and solutions.
For students and research staff, a yearly membership fee provides access to all available instruments and techniques at 2MILab. Alternatively, internal users can pay an hourly fee that covers the running cost of the instrument.
Lab users can book instrument time with our intuitive cloud-based LIMS system.
If you don’t feel comfortable running the instrument yourself, we can provide assistance, or even run the measurements for you. Users from industry are very welcome and for an additional fee we contribute with data interpretation.
Surfaces and interfaces are ubiquitous, and you can find a few examples of economically vital application examples below. Welcome!
Conducting polymer composite coatings for corrosion protection
Nano FTIR microscopy- Chemistry at the nanoscale
Mechanical properties of protein nanofibrils
How microstructure of duplex stainless steel affects corrosion
Structuring of ionic liquids at charged surfaces
Atmospheric corrosion measurements in the field and the laboratory
Electroresponsive structuring at solid-liquid interfaces
Atomic absorption spectroscopy
The CBH school is offering a 5 credit course that will provide the background, fundamental concepts, and practical knowledge of Atomic Force Microscopy (AFM) in its relation to polymer- and forest-based materials. Doctoral students of this course will learn from … Read More
A PhD-level workshop with several speakers, investigating the topic of molecules and materials at interfaces will be held on Thursday May 19th on KTH Campus. The course will give 3hp to participants. Further information can be found here. A preliminary … Read More
Olle Engkvist Foundation has awarded 2.6Mkr to Eric Tyrode / 2MILab to replace one of the central lasers. This upgrade is crucial to broaden the user-base of the superbly surface sensitive vertical sum frequency generation spectroscopy (VSFS) method. The laser … Read More
The physical transformation of the premises in the chemistry building are now underway, and proceeding according to schedule! Here, 2MILab director, Matthew Fielden, inspects the progress. The aim is to commission the new laboratories in October 2022, including the newly … Read More
KTH Research Infrastructures has allocated 3.5Mkr to allow 2MILab to acquire an X-Ray Photoelectron Spectrometer (XPS) for sustainability research. The funding matches that awarded by Olle Engkvist Foundation. XPS is used to distinguish elemental composition and bond-states at the surface … Read More
Mikael Östling, KTH’s Deputy President for Research has approved the promotion of 2MILab from interim to full research infrastructure, in the company of top facilities like Electrum Lab, Odqvist Laboratory, Parallel Data Center (PDC) and National Genomics Infrastructure (NGI). The … Read More
The private foundation Olle Engkvists Stiftelse has just announced that an application for funding an X-Ray Photoelectron Spectroscopy (XPS) system for use in sustainability research has been approved to a value of 3.5Mkr. This amount covers a significant part of … Read More
The heritage-listed building that houses the Department of Chemistry at KTH was purpose-built in 1922 for education and research in chemical science. Parts of the building have been renovated since then, but a large scale renovation has not been undertaken, until now.… Read More
A new degasser was recently installed next to the 3Flex gas adsorption instrument. The main reason for upgrading the degasser was to optimize degassing of samples based on natural products (e.g. wood) and enabling micropore analysis on these materials.