MATERIAL ANALYTICS IN THE AREA
Fuels
Fuels come in solid, liquid, and gaseous forms, such as lignite, petroleum, or wood. When these fuels are burned, energy is produced, which can be used for thermal applications. Fuels primarily consist of carbon and hydrogen, as well as oxygen, nitrogen, and sulfur. In addition, fuels may contain mineral components that turn into ash during combustion. The quality of a fuel is assessed based on its calorific value or heating value.
To characterize and use fuels effectively, it is essential to know their composition and properties. We determine the following parameters, among others:
Determination of calorific and heating value
Ash content determination
Halogen determination
Particle size distribution analysis
Density measurements
Elemental composition
he calorific value indicates the total energy released during combustion and subsequent cooling to 25°C.
In contrast, the heating value represents the energy released during combustion and subsequent cooling to the initial temperature of the combustible mixture.
Trace elements in biogenic solid fuels, such as arsenic, cadmium, chromium, copper, and mercury, can have environmental relevance in certain cases. These elements remain in the ash after combustion. If this ash is used as a fertilizer, heavy metals can enter the environment.
Sulfur and chlorine compounds, for instance, are converted into sulfur oxides and chlorides during combustion. The presence of these elements and their reaction products can significantly contribute to corrosion and environmentally harmful emissions.
For enquiries about these analyses, please contact our laboratory team at anfrage@industrial-lab.de or get in touch with your contact person:
Head of Team Inorganics
02762 9740 - 93
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Head of department
Inorganics / Sample Preparation
02762 9740 - 74
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