首页> 外国专利> SEA WATER DESULFURIZATION/O XIDATION TREATMENT APPARATUS, METHOD OF TREATING DESULFURIZATION SEA WATER, AND POWER GENERATING SYSTEM EMPLOYING THE SAME

SEA WATER DESULFURIZATION/O XIDATION TREATMENT APPARATUS, METHOD OF TREATING DESULFURIZATION SEA WATER, AND POWER GENERATING SYSTEM EMPLOYING THE SAME

机译:海水脱硫/氧化处理装置,处理海水脱硫的方法以及采用该装置的发电系统

摘要

pA seawater desulfation treatment apparatus (10) comprises a flue gas desulfurization absorption column (20) for washing an exhaust gas (13), an oxidation tank (21) for recovering the quality of a sulfur component absorbed seawater (16A) discharged from the flue gas desulfurization absorption column (20), a seawater supply line (L1) for supplying a diluting seawater (15A) into the flue gas desulfurization absorption column (20), a dilution mixing tank (21A) that is provided on the inlet side of the oxidation tank (21) and functions to mix a first diluting seawater (15B) with the sulfur component absorbed seawater (16A) discharged from the flue gas desulfurization absorption column, a dilution mixing tank (21C) that is provided on the outlet side of the oxidation tank (21) and functions to mix a second diluting seawater (15C) with the sulfur component absorbed seawater (16C) located on the outlet of the oxidation tank, a sulfur component absorbed seawater discharge line (L3) that discharges the sulfur component absorbed seawater (16A) discharged from the flue gas desulfurization absorption column to the dilution mixing tank (21A) located at the inlet of the oxidation tank, a first diluting seawater supply line (L4) that supplies the first diluting seawater (15B) into the dilution mixing tank (21A) located at the inlet of the oxidation tank, and a second diluting seawater supply line (L5) that supplies the second diluting seawater (15C) into the dilution mixing tank (21C) located at the outlet of the oxidation tank./p[WO2010116482A1]
机译:>海水脱硫处理装置(10)包括:用于洗涤废气(13)的烟气脱硫吸收塔(20);用于回收排出的被硫成分吸收的海水(16A)的质量的氧化槽(21)。从烟气脱硫吸收塔(20)到用于将稀释海水(15A)供给到烟气脱硫吸收塔(20)的海水供应管线(L1),在入口设置有稀释混合槽(21A)。氧化混合槽(21B)的一侧设置有稀释混合槽(21C),该第一稀释海水(15B)与从烟道气脱硫吸收塔排出的吸收了硫成分的海水(16A)混合。氧化罐(21)的另一侧,其功能是将第二稀释海水(15C)与位于氧化罐出口的吸收了硫的海水(16C)混合,该吸收的硫排放海水排放管线(L3)将从烟道气脱硫吸收塔排出的吸收了硫成分的海水(16A)收集到位于氧化罐入口处的稀释混合罐(21A)中,该第一稀释海水供应管线(L4)供给第一稀释海水( 15B)进入位于氧化罐入口处的稀释混合罐(21A)中,第二稀释海水供应管线(L5)将第二稀释海水(15C)供应到位于出口处的稀释混合罐(21C)中氧化罐的内部。 [WO2010116482A1]

著录项

  • 公开/公告号IN291413B

    专利类型

  • 公开/公告日2018-01-12

    原文格式PDF

  • 申请/专利权人

    申请/专利号IN7231/CHENP/2011

  • 发明设计人

    申请日2009-04-06

  • 分类号

  • 国家 IN

  • 入库时间 2022-08-21 12:51:34

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