Contact person
Vjola Braho
Forsknings- och utvecklingsingenjör
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Oxygen analysis for efficiency and safety in industrial processes.
We offer advanced oxygen analysis services and analyze samples from both solid and liquid materials.
Contact us to explore our customized solutions that meet your specific needs!
Oxygen analysis plays a critical role in several industrial and scientific fields. It is used to assess chemical reactivity, ensure quality in production, monitor environmental impact, and optimize fuel efficiency. By understanding and controlling the oxygen content of various materials, companies can improve their processes and products.
SS-EN 17351:2020
Sample amount: 1–20 mg, depending on the properties of the substance.
Samples are weighed into silver boats (silver capsules are used for liquid samples).
The sample is placed in a quartz glass pyrolysis tube via an autosampler.
Oxygen radicals are quantitatively converted to carbon monoxide through the Boudouard equilibrium using carbon black.
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FAQ
FAQ
Advanced Oxygen Analysis Services for Innovation and Research
💼 Samples from both solid and liquid materials
🏭 Rigorous quality control according to industry standards
📈 Reliable insights for innovation and development
🔬 Support for scientific breakthroughs in research
Chemical reactivity
• Oxygen-rich groups affect the reactivity of organic compounds.
• Oxygen analysis predicts how they react under different conditions.
• Important for designing and optimizing chemical processes in the pharmaceutical and materials industries.
Quality control in industry
• Oxygen analysis is central to quality control in pharmaceuticals, food and polymers.
• Ensures product consistency, identifies contaminants and verifies specifications.
Biofuel development
• Determines fuel properties and combustion efficiency.
• Optimizes production processes for increased efficiency and lower emissions.
Environmental monitoring
• Assesses ecosystem health and decomposition rates of organic matter.
• Supports sustainable practices to reduce environmental impact.