无损检测方案

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1、word资料下载可编辑中粮生物化学（安徽）股份有限公司改造项目（燃料乙醇）无损检测方案编制：审核：批准：中国三冶集团有限公司二〇一七年三月六日专业技术资料word资料下载可编辑目录专业技术资料word资料下载可编辑一、工程概述·············································11.1工程概况··············································11.2编制依据及验收规范·····························

2、·······11.3检测工程要求··········································1二、主要检测项目的保证措施·······························12.1概述··················································12.2射线检测方案··········································12.3超声检测方案································

3、··········62.4渗透检测方案··········································72.5磁粉检测方案··········································102.6保证措施··············································13三、安全技术措施·········································163.1人员要求·························

4、·····················16专业技术资料word资料下载可编辑3.2设备要求··············································163.3人员防护··············································163.4现场防护··············································16四、应急预案···········································

5、···17五、无损探伤JSA分析及防护方法···························18无损检测方案一、工程概述：1.1工程概况中粮生物化学（安徽）股份有限公司（燃料乙醇）项目共有三十台储罐，依据相关规范及标准，对罐体进行无损检测工作。1.2编制依据及验收规范1.2.1GB50128-2005《立式圆筒形钢制焊接储罐施工及验收规范》；1.2.2NB/T47013.1～6-2015《承压设备无损检测》；专业技术资料word资料下载可编辑1.2.3GB50341-2014《立式圆筒型钢制焊接油罐

6、设计规范》；1.2.4SH/T3167-2012《钢制焊接低压储罐》；1.2.5NB/T47015-2011《压力容器焊接规程》；1.2.6HG/T20569-2013《机械搅拌设备》；1.2.7计图纸文件要求的其他规范、规程；1.2.8GB18871-2005《射线卫生防护基本标准》。1.3检测工作要求1.3.1发酵区储罐探伤要求：底及次圈罐壁纵焊缝100％射线探伤，Ⅲ级合格；底及次圈罐壁环焊缝和其余各圈纵焊缝20％射线探伤，Ⅲ级合格；其余各圈环焊缝2％探伤，Ⅱ级合格；罐壁所有丁字焊缝100％射线探伤

7、，Ⅱ级合格；底圈壁板与罐底内外角焊缝100％磁粉探伤，Ⅰ级合格；罐底边缘板（外缘300mm）对接焊缝100％射线探伤，Ⅱ级合格；罐底板T型焊缝根部和表面100％磁粉探伤。1.3.2乙醇成品罐区及乙醇中间罐区储罐探伤要求：按GB50341-2014中的第12.2条及GB50128-2014中的第7.2条相关条款规定进行探伤。一、主要检测项目的保证措施2.1概述1无损检测指令由本工程的无损检测业主工程师下达；2无损检测依据《承压设备无损检测》(NB/T47013.1~47013.6-2015)为此，我公司制

8、定了以下检测方案：射线检测采用以X射线探伤机检测法为主，对不适合射线检测的部位采用超声检测；对于表面及近表面缺陷的检测：铁磁性的材料采用磁粉检测；非铁磁性的材料采用渗透检测。针对既定无损检测方案，我公司对人员、设备、材料、工艺、设施等各个方面进行了周密的安排，并在本施工组织设计中编制了详细的措施。2.2射线检测方案1.总则1.1适用范围：本规程适用中粮生物化学（安徽）股份有限公司（燃料乙醇）项目。1.2依据：GB5O128-2005《立式圆