URECOLURECOL

Urecol Journal. Part D: Applied SciencesUrecol Journal. Part D: Applied Sciences

The current industrial implementation process is required to be carried out efficiently and environmentally friendly, this can be done with the presence of a heat exchanger. However, heat exchangers in the production of aluminum nitride nanoparticles are still rare. The purpose of this research is to analyze and improve the heat exchanger design in the production process of aluminum nitride nanoparticles at low cost. The heat exchanger can be designed based on several parameters of the TEMA standard by dimensional specification and specifications of hot and cold fluids. The method is calculated using a Microsoft excel application to evaluate the heat exchanger design according to the TEMA standard. The results showed that the shell and tube heat exchanger was designed with 39 tubes and an effective value of 85.72%. These results have met the TEMA standard and it is hoped that the design and evaluation of this heat exchanger can be used as a reference in the aluminum nitride nanoparticle production industry.

Based on the calculations and analysis conducted, the design of a shell and tube heat exchanger for the production of aluminum nitride nanoparticles, adhering to TEMA standards, has been successfully developed.The designed heat exchanger features 39 tubes and demonstrates an effectiveness of over 85%, indicating good performance.This design is expected to contribute to cost-effective production and environmentally friendly practices within the aluminum nitride nanoparticle industry.

Penelitian lebih lanjut dapat dilakukan untuk menguji kinerja heat exchanger yang dirancang dalam skala industri yang sebenarnya, mempertimbangkan variabel operasional yang lebih kompleks seperti fluktuasi aliran dan tekanan. Selain itu, studi komparatif dapat dilakukan dengan berbagai konfigurasi heat exchanger, seperti plate heat exchanger atau spiral heat exchanger, untuk mengidentifikasi desain yang paling optimal untuk produksi aluminium nitrida. Terakhir, penelitian dapat difokuskan pada penggunaan nanofluida sebagai fluida kerja untuk meningkatkan efisiensi perpindahan panas dan mengurangi konsumsi energi dalam proses produksi aluminium nitrida, dengan mempertimbangkan potensi dampak lingkungan dan biaya yang terkait.

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