Synthesis gas is a mixture of different gases that is often produced in chemical processes, especially in the production of hydrocarbons from coal, biomass or natural gas. In many industrial processes, the temperature of the synthesis gas must be lowered to bring it to a state suitable for subsequent processing steps. Therefore, syngas coolers are of great importance in the chemical industry. They help to control the quality and progress of chemical reactions. The design and operation of a syngas cooler can vary depending on the application. Depending on the requirements of the process, the synthesis gas is cooled with air, water, steam or special liquids. The main functions of a syngas cooler are:

    1. Temperature reduction:
      cooling the syngas ensures that it reaches the proper temperature to perform further chemical reactions or processing steps. Some reactions require lower temperatures to produce the desired products.
    2. Condensation of impurities:
      Synthesis gas may contain impurities such as tar, water, and other undesirable components. Cooling allows some of these impurities to condense and be separated, improving the quality of the syngas.
    3. Improvement of process control:
      a syngas cooler enables operators to control and adjust the temperature and condition of the syngas during the process to optimize efficiency and yield.

List of references for structural mechanics calculations

+ Lau Engineering Solutions GmbH (LES GmbH)

+ Ing.büro Dr.-Ing. Gert Lau (IBL)

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