Applications
Learn more about our instruments
Carbonylation
Carbon monoxide is an industrial gas that has many applications in bulk chemicals manufacturing. Carbonylation refers to reactions that introduce carbon monoxide into organic and inorganic substrates. Researchers can prepare several industrially useful organic chemicals by carbonylations, which can be highly selective reactions.
Carbonylation
Perform reactions safely up to 100 bar
Deuteration
Deuterium-labeled compounds have an important role as valuable research tools in the field of chemistry. Applications of deuteration reactions include: proving reaction mechanisms, investigation of the pharmacokinetic properties, internal standards in mass spectrometry, and chemical structure determination in NMR spectroscopy.
Deuteration
Explore a new way to perform reactions with deuterium gas
High-temperature Reactions
Precise temperature control is essential to reach the activation energy needed for successful reactions in chemistry. Traditional batch equipment often caps safely at 250–280 °C. This limit makes many high-temperature reactions inaccessible or slow, reducing conversions and yields.
High-temperature reactions
Explore ThalesNano's solutions for high-temperature reactions
Hydrogenation
Catalytic hydrogenation stands as a cornerstone in the realm of modern chemical industry, offering significant transformations with diverse applications. Heterogeneously catalyzed hydrogenations are widely employed for a range of crucial conversions, including reductions and heterocycle saturations.
Hydrogenation
On-demand hydrogen generation to eliminate hydrogen cylinders
Oxidation
Oxidation reactions are fundamental in nature and essential in organic synthesis. In the chemical industry, they employ various oxidizers—ranging from molecular oxygen and hydrogen peroxide to osmium tetroxide. Using traceless gaseous reagents enables greener processes by reducing purification waste, since any excess gas can be easily removed.
Oxidation
Use of oxygen gas for your applications
Photochemistry
Photochemistry is a powerful field within organic chemistry that explores the reactions and transformations initiated by light. One notable example is the widely-studied Minisci reaction, which offers a particularly valuable approach for creating new C(sp2)-C(sp3) bonds. However, traditional batch procedures often suffer from lengthy reaction times.
Photochemistry
Accelerating reactions and streamlining synthesis
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