摘要:燒結礦是高爐煉鐵生產的主要原料之一，燒結礦的性能和質量直接影響高爐冶煉的順行、操作制度和技術經濟指標。因此，設計一個合理的燒結工藝流程是非常重要的。

　本設計的內容為：年產350萬噸燒結礦的燒結廠的設計。其技術指標為年產燒結礦350萬噸，R=1.80，TFe=63%，成品礦粒度5~50 mm。全文分為：緒論；原燃料及主要技術經濟指標確定；工藝流程選擇；配料計算；物料平衡計算；主要設備選型計算；車間配置。

　　　本設計中，充分考慮了設備自動化控制及環境保護等方案的需要，選擇了當前先進的工業設備。在計算基礎上又編寫了設計說明書并繪制了圖紙說明。

關鍵詞：燒結廠設計；燒結礦；燒結機

ABSTRACT:Sinter blast furnace is one of the main raw material production, performance and quality of sinter blast furnace directly affect the smooth lines, operating system and the technical and economic indicators. So it is very important to design a sensible singtering craft.

　　　This design prossess includes: design a sinter plant that annual output of sinter approximates to 3,500,000 tons. The technical indicators is following: the yearly quantity of sinter approximates to 350 ten thousand tons, R=1.80, TFe=57.0%,  finished mine size is from 5 mm to 50 mm. The thesis is composed of seven sections: introduction; the choice of iron ores, fluxes, flues and econimic indicators; Process selection ; calculation of charge; material balance calculation; equipment selection ; shop floor reconfiguration.

　　　The equipment autocontrol and environmental protection are fully considered in the design. The current advanced craft equipment was used. On the base of calculation, the drawings were drawn and the design specification was complied.

Keywords: Sintering plant design; Sinter; Sintering machine