Center for 4D Cell Dynamics
An interdisciplinary research centre offering advanced 4D imaging and quantitative image analysis facilities.
Collaboration with Industry
Department of Chemistry collaborates with companies on research, analytical services, and the development of new solutions.
Collaborations may range from individual analytical projects to joint research initiatives, strategic partnerships, and the commercialisation of research results.
The aim is to translate chemical knowledge into innovation and value creation for the benefit of both industry and society.
Chemical Analysis Services
The Department of Chemistry provides access to advanced analytical facilities and research-based expertise in chemical analysis and measurement.
Our analytical services support research, innovation, and product development and are available to a broad range of users, including research groups, companies, and educational institutions.
Through close dialogue with each client, the department’s specialists help identify the most relevant analytical methods and generate robust data that can support further research, development, and informed decision-making.
Atomic Absorption Spectroscopy (AAS) is used for the quantitative determination of metals and trace elements in a wide range of sample types. The Department of Chemistry offers analytical services based on advanced research infrastructure and scientific expertise, with a focus on reliable results and high analytical quality.
We analyse the following sample types
- Water and environmental samples
- Soil, sediment, and biomass samples
- Food and biological samples
- Chemical products and raw materials
- Materials and industrial samples
Typical applications include
- Quantification of metals and trace elements
- Quality control of products and raw materials
- Documentation for regulatory compliance
- Environmental and pollution studies
- Research and development projects
Contact
For enquiries regarding pricing and other practical matters, please contact:
Jesper Bendix
Professor
Email: bendix@kiku.dk
Phone: +45 35 32 01 01
CD and MCD spectroscopy are used to investigate the structural and electronic properties of molecules.
These techniques are particularly well suited for the analysis of chiral compounds, metal complexes, and biological molecules.
What do we analyse?
- Chiral organic compounds
- Metal complexes and coordination compounds
- Proteins and peptides
- Biomolecules in solution
- Functional materials with optical properties
- Molecular structure and conformational changes
Typical applications include
- Determination of stereochemical properties
- Structural and conformational studies
- Characterisation of metal centres in coordination compounds
- Investigation of protein folding and stability
- Documentation of molecular properties in research and development projects
- Comparison and validation of synthetic products and materials
Contact
For information and pricing regarding Circular Dichroism (CD) and Magnetic Circular Dichroism (MCD) measurements, please contact:
Jesper Bendix
Professor
Email: bendix@kiku.dk
Phone: +45 35 32 01 01
The Department of Chemistry offers elemental analysis (microanalysis) for the quantitative determination of the elemental composition of organic compounds.
The analysis is performed on small sample quantities and provides reliable data for the documentation of compound composition. Duplicate determinations are carried out as an integral part of the quality control procedure.
A typical analysis requires 1.5–2 mg per determination; however, we recommend submitting at least 10 mg of sample to ensure sufficient material for analysis and handling.
The analysis is performed using a FlashEA 1112 elemental analyser.
We provide C, H, and N analyses.
What do we analyse?
- Organic compounds
- Synthetic products
- Natural products and biomolecules
- Small molecules and organic materials
- Compounds for which elemental composition needs to be verified
Typical applications include
- Verification of the purity and composition of synthesised compounds
- Documentation of molecular formulas
- Quality control of organic products and materials
- Support for research and development projects
- Documentation for publications, patents, and regulatory requirements
Contact
For information regarding pricing and other practical matters, please contact:
Anette Andersen
Laboratory Technician
Email: anette@chem.ku.dk
Phone: +45 35 32 01 45
The Department of Chemistry offers EPR measurements for the analysis of paramagnetic compounds and materials.
The technique provides detailed information on unpaired electrons, metal centres, and radicals and is widely used in research, development, and materials characterisation.
Measurements are supported by research-based expertise and can be tailored to specific analytical challenges, providing reliable data and expert guidance on the interpretation of results.
What do we analyse?
- Free radicals
- Transition metal complexes
- Metalloproteins
- Paramagnetic catalysts
- Defects in materials and solid-state systems
- Reactive intermediates in chemical and biological processes
Typical applications include
- Identification and characterisation of free radicals
- Determination of oxidation states and coordination environments in metal complexes
- Investigation of catalytic processes
- Characterisation of metalloproteins and biological systems
- Studies of electron transfer and reaction mechanisms
- Materials characterisation and analysis of defect structures
- Research and development projects in chemistry, materials science, and biochemistry
Contact
For information and pricing regarding Electron Paramagnetic Resonance (EPR) spectroscopy, please contact:
Jesper Bendix
Professor
Email: bendix@kiku.dk
Phone: +45 35 32 01 01
The Department of Chemistry offers IR and Raman spectroscopy services for the identification and characterisation of chemical compounds and materials.
These techniques provide detailed information on molecular structure, chemical bonding, and composition and are widely used in research, product development, and quality control.
Measurements are carried out using advanced research infrastructure and are supported by extensive expertise in spectroscopic analysis.
What do we analyse?
- Organic and inorganic compounds
- Polymers and plastic materials
- Pharmaceutical products
- Chemical products and raw materials
- Materials, surfaces, and coatings
- Powder, liquid, and gas samples
Typical applications include
- Identification of unknown compounds
- Verification of chemical structure and composition
- Quality control of products and raw materials
- Analysis of materials and surfaces
- Troubleshooting and root-cause analysis of production- or material-related issues
- Research and development projects
- Sample comparison and documentation of product quality
Contact
For information regarding pricing and other practical matters, please contact:
Henrik Grum Kjærgaard
Professor
Email: hgk@chem.ku.dk
Phone: +45 35 32 03 34
Mass spectrometry is used for the determination of molecular weight, identification of chemical compounds, and analysis of sample composition.
The technique is suitable for the analysis of small molecules, complex mixtures, and biological compounds and can be combined with chromatographic techniques when required.
What do we analyse?
- Acquisition of mass spectra using the ionisation techniques EI, CI, ESI, FAB, and MALDI
- Accurate mass determination using EI, CI, ESI, and FAB
- Collision-induced dissociation spectra (MS/MS analyses) by arrangement
Typical applications include
- Determination of molecular weight and molecular formula
- Identification of unknown compounds
- Verification of synthetic products
- Purity assessment and quality control
- Structural studies and fragmentation analysis
- Quantification of selected compounds
- Research and development projects
- Documentation of the composition of products and materials
Instrumentation
The Mass Spectrometry Research Unit operates the following instruments:
- JEOL four-sector mass spectrometer with EI, CI, and FAB ionisation
- Micromass quadrupole time-of-flight mass spectrometer with ESI
- Bruker time-of-flight mass spectrometer with MALDI
- Hewlett-Packard GC-MS system with EI
Contact
For information regarding pricing and other practical matters, please contact:
Anette Andersen
Laboratory Technician
Email: anette@chem.ku.dk
Phone: +45 35 32 01 45
The Department of Chemistry offers NMR analyses for structure elucidation, identification, and characterisation of chemical compounds.
The technique provides detailed information on molecular structure and purity and is widely used in research, product development, and quality control.
Our analytical services are based on access to advanced NMR infrastructure and extensive expertise in the interpretation of NMR data.
What do we analyse?
- Organic compounds
- Synthetic products and reaction mixtures
- Natural products and biomolecules
- Polymers and materials
- Pharmaceutical compounds
- Dissolved chemical substances and mixtures
- Samples requiring documentation of structure or purity
Typical applications include
- Structure elucidation of chemical compounds
- Verification of synthetic products
- Identification of unknown compounds
- Purity assessment and quality control
- Analysis of reaction pathways and reaction products
- Quantitative determination of selected components
- Research and development projects
- Documentation for publications, patents, and regulatory requirements
Contact
For information regarding pricing and other practical matters, please contact:
Christian Tortzen
Email: tortzen@kiku.dk
Phone: +45 35 32 01 76
Core Facility
Looking for advanced analytical capabilities or specialized research expertise? Our facilities provide access to cutting-edge technology and scientific know-how to support your research, development, and innovation projects.
Types of Collaboration
Collaboration between the Department of Chemistry and companies, public authorities, and organisations can be established in a variety of ways, depending on the nature and scope of the partnership.
Joint research projects based on co-financing is where both parties invest ressources in the project. This might be the invention of new products or the development of existing ones. In both cases your busines will get competent advice from excellent scientists.
We form strategic partnerships with commercial companies, public-sector bodies and other organisations, usually for five years and with an option for and expectation of renewal.
If you want to hire a researcher, you have several options: You can choose a young researcher as an Industrial PhD or Industrial postdoc, or a senior researcher in a co-funded associate professorship or professorship.
The University of Copenhagen owns the rights to its researchers' inventions, but we strive to ensure that as many inventions as possible are used by companies in Denmark and abroad – usually via licensing agreements.
Contact
If you are unsure which area of chemistry is best suited to address your research or development challenge, or if you have questions about research and development collaborations, please contact Head of Department Pernille Harris.
If you are looking for a student to undertake projects or assignments within your company, you can advertise the position through the University of Copenhagen Job Bank.
Pernille Harris
Professor
- Phone+4535334046
- E-mailphharris@chem.ku.dk
- Job responsibilityHead of Department
- Employee profileSee all information