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Kemisk Forening
The Danish Chemical Society
About Us
Organic chemistry is a field of endless possibilities, where each reaction, structure, and mechanism offers a new perspective on molecular transformation. In the Danish Chemical Society, our Organic Chemistry Section is dedicated to fostering innovation, collaboration, and scientific excellence. From fundamental research to industrial applications, we explore how organic chemistry shapes the future of medicine, materials, and sustainable solutions.
Through conferences, workshops, and networking events, we bring together researchers, students, and industry professionals to exchange ideas and drive progress. Our community thrives on curiosity, problem-solving, and a shared passion for discovery. Whether in academia or industry, we believe that every challenge presents an opportunity to rethink, refine, and revolutionize our understanding of organic chemistry.Join us in shaping the future of organic chemistry and be part of a network that finds inspiration at every turn.
Organic Chemistry in Denmark
Denmark has a rich history in organic chemistry, marked by significant milestones over the past 160 years.
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Milestones in Organic Chemistry in Denmark include:
-1883 – Introduction of the Kjeldahl Method: Johan Kjeldahl, working at the Carlsberg Laboratory, developed the Kjeldahl method for determining nitrogen content in organic compounds. This technique became fundamental in analytical chemistry and remains widely used today. 
-1980 – Discovery of Organic Superconductors: Klaus Bechgaard and his team synthesized the first organic superconductors, known as Bechgaard salts. This breakthrough opened new avenues in the study of conductive organic materials.
-1947 – Establishment of Acta Chemica Scandinavica: In collaboration with other Nordic chemical societies, the Danish Chemical Society launched this peer-reviewed journal, providing a platform for disseminating significant research in organic chemistry and related fields.
-1960 Onwards – Expansion of Academic Community: The appointment of new faculty, starting in 1960s, significantly bolstered research and education in organic chemistry, contributing to Denmark's growing reputation in the field. 
-2025 – Hosting the European Symposium on Organic Chemistry: Copenhagen is set to host the 23rd European Symposium on Organic Chemistry (ESOC 2025), marking the first time this prestigious event will be held in Denmark, highlighting the country's prominent role in the organic chemistry community. 
Main Contributions in the Last Three Years:
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Innovations in Catalysis and Sustainable Chemistry: The Technical University of Denmark's Section of Inorganic Chemistry has been focusing on catalysis and sustainable chemistry, contributing to the development of environmentally friendly chemical processes.
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Research in Acetylenic Scaffolding and Macrocyclic Chemistry: Professor Mogens Brøndsted Nielsen at the University of Copenhagen has been leading research in synthetic organic chemistry, particularly in acetylenic scaffolding and macrocyclic chemistry, aiming at redox-active compounds.
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Publication of the 100th Volume of Organic Syntheses: In 2022, the organic chemistry community celebrated the publication of the 100th volume of Organic Syntheses, reflecting ongoing contributions and the enduring importance of synthetic methodologies.
Meet The Section
What's new
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Chemodivergent Dearomatization via Radical Cross-Coupling (January 2025)
Researchers developed a novel radical-mediated dearomatization strategy for benzene-linked O-oxime esters, enabling efficient construction of value-added three-dimensional molecular frameworks. This approach allows for divergent C–N and C–C bond formations and expands the chemical space for radical-mediated transformations. The study highlights the use of a hydrogen atom transfer (HAT) donor to strategically control reaction pathways.
Read more: Chemodivergent dearomatization of benzene-linked O-oxime esters via EnT-induced radical cross-coupling - Chemical Science (RSC Publishing).
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Nickel-Catalyzed Reductive Cross-Coupling for Fluoroalkylation (February 2025)
A new nickel-catalyzed methodology was introduced for the reductive cross-coupling of difluoromethylated secondary alkyl bromides with organohalides. This protocol provides high catalytic efficiency and broad functional group compatibility, making it particularly useful for late-stage modifications of drug molecules. The reaction enhances the incorporation of fluoroalkyl groups into organic frameworks, which is crucial for pharmaceutical and agrochemical applications.
Read more: Nickel-catalyzed reductive cross-coupling of difluoromethylated secondary alkyl bromides with organohalides - Chemical Communications (RSC Publishing)​
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