1. Feedstock quality and availability: The design must take into account the quality and availability of the feedstock. The feedstock in this case is industrial waste, which can vary widely in composition and quality.
2. Gasification and syngas production: The gasification and syngas production process must be optimized for the specific feedstock being used. The design of the gasifier and other equipment must also take into account the impurities present in the feedstock.
3. Syngas cleaning: The syngas must be cleaned of impurities before being used as a feedstock for further processing. The design of the cleaning equipment must take into account the specific impurities present in the syngas.
4. Ethylene production: The design of the ethylene production process must take into account the specific feedstock being used. The design of the reactor and other equipment must also be optimized for the specific process being used.
5. Polymerization: The design of the polymerization process must take into account the specific properties of the ethylene being produced. The design of the reactor and other equipment must be optimized for the specific process being used.
6. Product purification and separation: The design of the product purification and separation processes must take into account the specific properties of the products being produced. The design of the equipment must also be optimized for the specific products being produced.
7. Waste management: The design of the waste management system must take into account the specific waste products generated by the process. The design of the equipment must also be optimized for the specific waste products being generated.
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