High-pressure steam usage

In the secondary reformer, process air is admitted to the syngas via a special nozzle system that provides a perfect mixture of air and gas. Subsequent high-pressure steam generation and superheating guarantee maximum process heat usage to achieve an optimized energy efficient process. 

We can find the cost of electricity for the blower by using the ratio of the natural gas usage from the high-pressure steam case. Therefore,... 

The removed heat of reaction can be used to generate low pressure steam for preheating purposes (e.g. tubular processes, high pressure separators or tubular reactors in LDPE processes), other internal usage or for export to an external user. 

There is much to be said in favor of carrying the steam to the points where it is to be used, at a pressure close to that of the boiler. The use of a high-distribution pressure means that the size of the steam mains is minimized. The smaller mains have lower heat losses, so that better-quality steam at the usage points is more readily achieved and the smaller pipes are often much lower in capital cost. 

Steam sterilisation (high steam pressure, 120-135 °C) No toxic residues Deformation/degradation owing to water attack, limited usage for PLA-PGA... 

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