【正文】 I 畢業(yè)論文 (設計 ) (2021 年 ) 課題名稱 300kt/a 硫磺制酸裝置 焚硫轉化工段 焚硫爐工藝設計 300kt/a 硫磺制酸裝置焚硫轉化工段 焚硫爐工藝設計 摘要 本文 論述了硫磺制酸生產裝置的 工藝 流程與建設意義 。本文 介紹了使用Aspen Plus 流程 模擬軟件 模擬 主要裝置的方法， 并對 整個流程進行了模擬 ， 對整個流程進行了 物料衡算和 能量衡算。 焚硫工段是本文 的 重點研究對象，本 文給出了 焚硫爐 的主 體 尺寸 的 計算方法和過程 ， 并 對 焚硫爐進行了詳細設計。 此外 ，本文 對 主要 設備 進行了選型，介紹了焚硫工段的設備布置和配管設計 ， 以及該工段的 DCS 控制系統(tǒng)。 III 300 kt / a sulfuric acid plant burning sulfur conversion section burning sulfur furnace process design Abstract This article discusses the sulfuric acid production plant processes and construction of importance. This paper describes the use of Aspen Plus process simulation software to simulate the main device, and the entire process was simulated, the entire process has been the material balance and energy balance. Burning sulfur section is the focus of this study, this paper presents the sulfur burning furnace body size calculation method and process, and the burning of sulfur furnace designed in detail. In addition, this paper conducted a selection of major equipment, burning sulfur section describes the equipment layout and piping design, and the section of the DCS control system. Key words: Sulfuric acid production。 Aspen Plus process simulation。 burning sulfur furnace 目錄 摘要 ................................................................................................. I Abstract ....................................................................................... III 第一章 文獻綜述 ........................................................................... 1 硫酸簡介 ................................................................................................. 1 國內外硫酸工業(yè)概況 ............................................................................. 1 硫酸市場分析 ......................................................................................... 2 硫磺制酸 ................................................................................................. 3 硫磺制酸的工藝流程 .................................................................. 3 焚硫工段 ...................................................................................... 3 轉化工段平 .................................................................................. 4 干吸工段 ....................................................................................... 5 廢熱回收 ...................................................................................... 6 第二章 總論 ................................................................................... 8 項目概述 ................................................................................................. 8 設計依據(jù) ................................................................................................. 8 設計原則 ................................................................................................. 8 環(huán)境保護條例 .............................................................................. 8 約束條件 ...................................................................................... 9 項目建設意義 ......................................................................................... 9 原料及產品方案 ................................................................................... 10 主要物料規(guī)格及消耗 ........................................................................... 10 主要危險品性質 ................................................................................... 11 第三章 工藝流程 ......................................................................... 11 設計目標 ............................................................................................... 12 概述 ............................................................................................. 12 生產規(guī)模 .................................................................................... 12 V 工藝路線選擇 ....................................................................................... 12 工藝路線選擇原則 .................................................................... 12 工藝路線的比較及選擇 ............................................................ 12 工藝流程介紹 ....................................................................................... 14 焚硫轉化工段 ............................................................................ 14 干吸工段 .................................................................................... 15 第四章 流程計算與模擬 .............................................................. 17 基礎數(shù)據(jù)計算 ........................................................................................ 17 已知基礎文獻數(shù)據(jù) .................................................................... 17 基礎數(shù)據(jù)計算 ............................................................................ 17 組分設置 ............................................................................................... 18 物性方法的選擇 ................................................................................... 19 化學反應 ............................................................................................... 19 各模塊模型的選擇與設置 ................................................................... 19 干燥塔 T401 .............................................................................. 19 吸收塔 T402， T403 .................................................................. 20 焚硫爐 F301 .............................................................................. 21 轉化器 R15................................................................................ 22 全流程模擬 ........................................................................................... 23 第五章 物料與能量衡算 .............................................................. 25 物料衡算 ............................................................................................... 25 物料衡算依據(jù) ..........................