GDL

Design of Steam Trap to Increase The Effieciency of Steam Distribution System at PT. Panasia

Skripsi, 011 / 2021 / TKE
Undergraduate Theses from JBPTPPOLBAN / 2022-12-28 13:07:25
Oleh : Irfan Rafi Pardeny - 171734012 (irfan.rafi.tken417@polban.ac.id)
Dibuat : 2022-12-28, dengan 4 file

Keyword : Steam trap, Condensate steam, Boiler, Feedwater boiler
Subjek : Steam trap, Condensate steam, Boiler, Feedwater boiler

Steam trap merupakan komponen penting dalam upaya menangani masalah condensate steam yang terjebak dalam mesin peleleh pada proses melting (pelelehan bahan baku). Tekanan uap masuk pada mesin sebesar 6-7 bar mengalami penurunan pada tekanan keluar menjadi 1 bar setelah proses pemanasan. Steam trap kapasitas tekanan 1 bar dapat menjadi solusi untuk mengeluarkan uap kondensat yang terjebak pada mesin pemanas proses melting. Condensate steam yang terperangkap sebesar 776,98 kg/jam, sedangkan kapasitas condensate pada steam trap sebesar 800 kg/jam dapat mengeluarkan condensate steam dari mesin pemanas. Condensate yang berhasil dikeluarkan ini, kemudian dialirkan menuju feedwater boiler untuk digunakan kembali agar dapat meningkatkan produksi uap. Perancangan ini dapat meningkatkan kapasitas produksi uap boiler sebesar 0,77698 ton/h, sehingga performa dari boiler juga menjadi meningkat sebesar 81,12 %, selain itu dari segi ekonomi, feedwater boiler dapat dihemat karena jumlah condensate yang dikembalikan menjadi feedwater boiler membuat biaya feedwater menjadi berkurang. Kata kunci: Steam trap, Condensate steam, Boiler, Feedwater boiler.

Deskripsi Alternatif :

Steam trap is an important component in handling condensate steam problem that was trapped in the heater during the melting process raw materials melting. The pressure of the steam in the machine is about 6-7 bars has experienced 1 bar decrease in outer pressure after the warming process. Steam trap capacity in 1 bar pressure could be the solution to expel condensate steam that was trapped in the heater of the melting process. The trapped steam condensate was about 776.98 kg/hour, while the condensate capacity in the steam trap was about 800 kg/hour that could expel the condensate steam from the heater. The condensate was expelled successfully then supply to the feedwater boiler to reuse in order to increase the steam production. This fabrications are able to increase the capacity of the boiler steam production about 0.77698 tons. In such a way that, the boiler performance also increased about 81,12 %. Besides, in economics aspect, feedwater boiler can be saved because the amount of condensate that was returned to the feedwater boiler makes feedwater cost reduced. Keywords: Steam trap, Condensate steam, Boiler, Feedwater boiler.

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