英文版 ISO TANK

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集装罐ISO-TANK及装卸

大于80%或小于20% (集装罐容积); 根据产品性质,90%-97%
装载方式:
重力; 泵空气(惰性气体)压力;
9
ISO TANK基本装卸方法介绍
装载

非危(无毒/害)且可接触空气的产品:

利用重力或泵通过人孔装入:
10
ISO TANK基本装卸方法介绍
装载危险(有毒/害)的装载:
22
23
19
ISO TANK基本装卸方法介绍
卸货
泵卸货
通过顶部卸料口卸: 卸除顶部卸料口的盲板, 连接(紧密)卸料管和卸料
口; 或通过顶部卸料口卸:卸除防尘盖或盲板, 连接(紧密)卸料管和底阀; 打开人孔盖或空气阀; 或空气阀连接气体回收管回收货容器; 打开阀门(顶部卸货阀或底阀),开始卸货; 卸空集装罐; 通过顶部卸料口卸: 排空卸料管, 关闭卸料口阀门, 卸除卸料管, 装回盲板; 通过顶部卸料口卸: 关闭足阀, 排空卸料罐, 关闭蝶阀, 卸除卸料管, 装回盲板或上好防尘盖; 关闭人孔盖, 或卸除空气回收管, 上好防尘盖;
18
ISO TANK基本装卸方法介绍
卸货:
重力卸货:
卸除防尘盖或盲板, 连接(紧密)卸料管; 打开人空盖或空气罚;或连接空气回收管到收货容器中; 打开底阀; 随时检查卸料管或连接口是否有渗漏; 卸空集装罐; 关闭足阀,排空卸料罐,关闭蝶阀;重新上好防尘盖或盲板; 关闭人空盖;关闭空气阀,上好防尘盖; 如果需要的话,上好签封;
16
ISO TANK基本装卸方法介绍
卸货
卸货的方式
重力;压力;ຫໍສະໝຸດ 泵 ;17ISO TANK基本装卸方法介绍
卸货
卸货的共同程序/要点

isotank 装卸作业标准

isotank 装卸作业标准全文共四篇示例，供读者参考第一篇示例：Isotank 装卸作业标准Isotank 是一种用于运输液体货物的专用集装箱，通常由不锈钢或其他高强度材料制成。

在化工、石油、食品等行业中，Isotank 被广泛应用于液体货物的运输。

为了确保Isotank 装卸作业的安全和高效进行，制定一份全面的Isotank 装卸作业标准是至关重要的。

1. 装卸作业前的准备工作在进行Isotank 装卸作业之前，必须进行充分的准备工作。

这包括检查Isotank 的外观和密封性能，确认Isotank 内的液体货物种类和数量，清理作业区域，准备必要的装卸设备等。

2. 装卸人员的培训和证书要求对从事Isotank 装卸作业的人员必须进行专门的培训，了解Isotank 的结构和工作原理，掌握正确的操作方法和安全注意事项。

在进行Isotank 装卸作业时，必须持有相应的证书，以确保其有能力完成作业并保证作业的安全。

3. 装卸作业的实施步骤Isotank 装卸作业应按照以下步骤进行：- 将Isotank 从运输工具上卸下，并用专门的设备将其移动到指定的作业区域。

- 确认Isotank 内的液体货物种类和数量，并进行相应的记录。

- 进行Isotank 的解锁和打开操作，按照要求连接输液管道。

- 开始装卸作业，根据操作要求控制液体货物的流动速度。

- 在装卸作业结束后，关闭输液管道并确认密封。

- 将Isotank 移回运输工具，并进行固定。

4. 安全措施和紧急处理在进行Isotank 装卸作业时，必须严格遵守安全规定，佩戴必要的防护设备，确保周围环境安全。

在发生意外或紧急情况时，装卸人员必须迅速采取行动，并按照应急预案进行处理，保障人员和设备的安全。

5. 装卸作业的维护和保养Isotank 装卸设备必须定期进行维护和保养，确保其正常运行。

对于Isotank 本身，也需要进行定期检查和维护，确保其密封性能和使用寿命。

ISO TANK 装车检查表

YESNO
3、灌装结束后的检查【灌装结束时间：月日点分】
A-槽车外观检查
No.
项目
良好状况
备注说明
3-A1
顶部出口阀螺栓全部紧固，安全销完好紧固(上下两处)
YESNO
3-A2
空气排放阀关闭，所有螺栓紧固
YESNO
3-A3
顶部安全阀螺栓全部紧固完好
YESNO
3-A4
人孔（装料口）紧闭，所有的螺栓完好并紧固
YESNO
灌装信息确认签收
最终灌装量
物料批号
日期
车辆司机确认：
我已确认收到如上的最终灌装量，所有设备已经被检查完好，MSDS和标签齐全。
司机签名：
部门会签确认：此表所有信息已核对无误，准予办理出门手续。Biblioteka 储运部品管部经营部
备注说明：凭此单至仓库办理出门手续。
YESNO
3-A5
装料口、出料口、空气排放阀三点的新铅封完好
YESNO
3-A6
Tank的外观表面清洁
YESNO
B-相关文件、标签检查
3-B1
先前的标签已被清理
YESNO
3-B2
是否有MSDS，并且是最新版本
YESNO
3-B3
联合国编号标签已张贴在槽车四面
YESNO
3-B4
其他危险品等级标签、打印标签、ISO shipping mark标签已张贴在槽车四面
YES
NO
1-A11
装料口，出料口，空气排放阀三出的铅封完好
YES
NO
B-相关文件、标签检查
1-B1
是否有清洁证明
YES
NO
1-B2
是否有MSDS，并且是最新版本

ISO集装箱标准

ISO集装箱标准ISO 集装箱标准(ISO container standards)ANSI | BS | DIN | EN | GB | ISO | JIS | NF |DIC编号中文名称英文名称 IEC61340-4-4-2005静电学.第4-4部分:专用的标准试验方法.柔性中间散货集装箱(FIBC)的静电学分类Electrostatics - Part 4-4:Standard test methods for specificapplications - Electrostatic classification of flexibleintermediate bulk containers (FIBC) ISO 10327-1995 航空器航空货运用合格的航空集装箱规范和试验Aircraft - Certified aircraftcontainer for air cargo -Specification and testingISO 10368-2006货物保温集装箱.远程调节监控Freight thermal containers -Remote condition monitoring ISO 10374 AMD 1-1995 集装箱自动识别修改1Freightcontainers - Automaticidentification; Amendment 1ISO 10374-1991 集装箱自动识别Freightcontainers;automaticidentification ISO 10525-1997 6m 及6m 以上长度平Counterbalanced衡重式货运集装箱搬运车附加稳定性试验trucks handling freightcontainers of 6 m (20 ft) length and above - Additionalstability tests ISO 11242-1996航空器货运集装箱压力均衡要求Aircraft - Pressureequalizationrequirements for cargo containersISO 1161 AMD 1-2007货运集装箱系列1.角配件.规范.修改件1:45ft 集装箱Series 1 freight containers -Corner fittings -Specification;Amendment 1: 45 ft containers ISO 1161 Technical Corrigendum 1-1990系列1集装箱角件技术要求技术勘误1Series 1 freight containers;corner fittings;specification;technicalcorrigendum 1ISO 1161-1984系列1集装箱角件技术要求 Series 1 freightcontainers;Corner fittings;Specification ISO 13562-2-2001 伸缩臂式工业车辆第2部分:6m 及以上长度货运集装箱叉车附加稳定性试验Industrialvariable-reach trucks - Part 2:Additionalstability testsfor truckshandling freight containers of 6 m length and aboveISO13563-2-2001ISO 14829-2002ISO 1496-1 AMD 1-1993ISO 1496-1 AMD 2-1998ISO 1496-1 AMD 3-2005ISO 1496-1 AMD 4-2006 系列1货运集装箱.规范和试验.第1部分:一般用途的货运集装箱.修改件4Series 1 freightcontainers -Specification andtesting - Part 1:General cargocontainers forgeneral purposes;Amendment 4ISO 1496-1 AMD 5-2006 系列1集装箱.技术要求与试验.第1部分:一般用途通用货物集装箱.修改件5:门端安全性Series 1 freightcontainers -Specification andtesting - Part 1:General cargocontainers forgeneral purposes;Amendment 5: Doorend securityISO1496-1-1990 系列1集装箱技术要求与试验第1部分:一般用途通用货物集装箱Series 1 freightcontainers;specification andtesting; part 1:general cargocontainers forgeneral purposesISO 1496-2 AMD 1-2006 系列1集装箱.技术要求与试验.第2部分:保温集装箱.修改件1Series 1 freightcontainers -Specification andtesting - Part 2:Thermalcontainers; Amendment 1ISO 1496-2 Technical Corrigendum 1-1997 系列1集装箱.技术要求与测试.第2部分:保温集装箱.技术勘误1Series 1 freightcontainers -Specification andtesting - Part 2:Thermalcontainers;TechnicalCorrigendum 1ISO1496-2-1996 系列1集装箱技术要求与试验第2部分:保温集装箱Series 1 freightcontainers -Specification andtesting - Part 2:ThermalcontainersISO 1496-3 AMD 1-2006 货运集装箱系列1.规范和试验.第3部分:液体、气体和加压的干散料用液罐集装箱.修改件1:外部限制(纵向)动态试Series 1 freightcontainers -Specification andtesting - Part 3:Tank containersfor liquids,gases andpressurized drybulk; Amendment1: Testing of theexternalrestraint(longitudinal)dynamicISO1496-3-1995 系列1集装箱技术要求与试验第3部分:液体、气体及加压干散货用罐式集装箱Series 1 freightcontainers -Specification andtesting - Part 3:Tank containersfor liquids,gases andpressurized drybulkISO 1496-4 AMD 系列1集装箱技术Series 1 freight1-1994 要求与试验第4部分:无压干散货集装箱修改1:1AAA和1BBB型集装箱containers - Specification and testing - Part 4: Non-pressurized containers for dry bulk; Amendment 1: 1AAA and 1BBB containersISO 1496-4 Technical Corrigendum 1-2006 系列1集装箱.技术要求与试验.第4部分:不加压的干散料集装箱Series 1 freightcontainers -Specification andtesting - Part 4:Non-pressurizedcontainers fordry bulkISO1496-4-1991 系列1集装箱技术要求与试验第4部分:无压干散货集装箱Series 1 freightcontainers;specification andtesting; part 4:non-pressurizedcontainers fordry bulkISO 1496-5 AMD 1-1993 系列1集装箱技术要求与试验第5部分:平台式和台架式集装箱修改1Series 1 freightcontainers;specification andtesting; part 5:platform andplatform-basedcontainers;amendment 1: 1AAAand 1BBBcontainersISO 1496-5 AMD 2-1994 货运集装箱系列1.规范和试验.第5部分:平台式和台架式集装箱.修改件2Serie 1 freightcontainers -Specification andtesting - Part 5:Platform andplatform-basedcontainers;Amendment 2ISO1496-5-1991系列1集装箱技术要求与试验第5部分:平台式和台架式集装箱Series 1 freight containers;specification andtesting; part 5:platform andplatform-based containersISO 15871-2000 工业车辆集装箱搬运和抓斗臂操作用指示灯规范Industrial trucks - Specification for indicator lights for container handling and grappler arm operations ISO 17363-2007RFID 供应链应用.货运集装箱Supply chain applications of RFID - Freight containers ISO18185-1-2007货运集装箱.电子密封.第1部分:通信协议Freightcontainers -Electronic seals - Part 1:Communication protocol ISO18185-2-2007货运集装箱.电子密封.第2部分:应用要求Freightcontainers -Electronic seals - Part 2: Application requirements ISO18185-3-2006货运集装箱.电子密封.第3部分:环境特征Freightcontainers -Electronic seals - Part 3:Environmental characteristics ISO 18185-4-2007 货运集装箱.电子密封.第4部分:数Freightcontainers -据保护Electronic seals - Part 4: Data protection ISO18185-5-2007货运集装箱.电子密封.第5部分:物理层Freightcontainers -Electronic seals - Part 5: Physical layerISO 21898-2004 包装.非危险货物用软的过渡性散货集装箱Packaging - Flexibleintermediate bulk containers (FIBCs) for non-dangerous goodsISO 2308-1972 起重能力30吨以下的货运集装箱吊钩基本要求Hooks for lifting freightcontainers of upto 30 tonnescapacity; Basic requirementsISO 3874 AMD 1-2000系列1集装箱装卸与加固修改1 Series 1 freight containers - Handling and securing; Amendment 1:Twistlocks, latchlocks,stacking fittings and lashing rod systems for securing of containers ISO 3874 AMD 2-2002货运集装箱系列1.搬运和固定.第2次修改:1AAA 和1BBB集装箱Series 1 freight containers -Handling andsecuring;Amendment 2:Vertical tandem liftingISO 3874 AMD 3-2005 系列1集装箱.装卸与加固.修改件3:双垛轨道车操作Series 1 freightcontainers -Handling andsecuring;Amendment 3:Double stack railcar operationsISO 3874 AMD 4-2007 货运集装箱系列1.搬运和固定.修改件4:45ft集装箱Series 1 freightcontainers -Handling andsecuring -Amendment 4: 45 ftContainersISO 3874-1997 系列1集装箱装卸与加固Series 1 freightcontainers -Handling andsecuringISO 4118-2005 空运货物.用于大容量飞行器底舱的非适航审定的集装箱.规范和试验Air cargo -Non-certifiedcontainers forthe lower deck oflarge-capacityaircraft -Specification andtestingISO 4128-1985 航空器按空运标准型式制造的集装箱Aircraft; Airmode modularcontainersISO 6346-1995 集装箱代码、识别和标记Freightcontainers -Coding,identificationand markingISO 6359-1982 货运集装箱.数据摘要板Freightcontainers;Consolidated dataplateISO 6517-1992 航空货运设备大型飞机底舱专用并Air cargoequipment;经合格审定的基座固定的集装箱base-restrained certified containers exclusively for the lower deck of high-capacity aircraftISO 668 AMD 1-2005 货运集装箱系列1.分类、尺寸和容量.修改件1Series 1 freightcontainers -Classification,dimensions andratings;Amendment 1ISO 668 AMD 2-2005 货运集装箱系列1.分类、尺寸和额定容量.修改件2:45'集装箱Series 1 freightcontainers -Classification,dimensions andratings;Amendment 2: 45'containersISO 668-1995 系列1集装箱分类、尺寸和额定值Series 1 freightcontainers -Classification,dimensions andratingsISO 6965-1982 航空器装吊航空货运集装箱和大件货物的自行式龙门起重机功能要求Aircraft;Self-propelledgantry forlifting air cargocontainers andoutsize cargoes;FunctionalrequirementsISO 8058-1999 航空货运隔热集装箱热效率要求Air cargo -Insulatedcontainer -ThermalefficiencyrequirementsISO 830Technical Corrigendum 1-2001 集装箱词汇两种语言版技术勘误1Freightcontainers -Vocabulary;Technicalcorrigendum 1ISO 830-1999 集装箱.词汇Freight containers - VocabularyISO 8323-1985 集装箱空/陆/水(联运)通用集装箱技术要求与试验Freightcontainers;Air/surface(intermodal)general purposecontainers;Specification andtestsISO 9669 AMD 1-1992 系列1集装箱罐式集装箱接口修改1:3节和4节Series 1 freightcontainers;interfaceconnections fortank containers;amendment 1:sections 3 and 4ISO 9669-1990 系列1集装箱罐式集装箱接口Series 1 freightcontainers;interfaceconnections fortank containersISO9711-1-1990 集装箱与船载集装箱有关的信息第1部分:箱位坐标Freightcontainers;informationrelated tocontainers onboard vessels;part 1: bay plansystemISO 9897 Technical Corrigendum 集装箱集装箱设备的数据交换(CECEX):一般通讯Freightcontainers -Container1-2001 代码技术勘误1 equipment dataexchange (CEDEX)- Generalcommunicationcodes; TechnicalCorrigendum 1ISO 9897-1997 集装箱集装箱设备的数据交换(CECEX):一般通讯代码Freightcontainers -Containerequipment dataexchange (CEDEX)- GeneralcommunicationcodesISO/PAS 17712-2006 货运集装箱.机械密封Freightcontainers -Mechanical sealsISO/TR 15069-1997 系列1集装箱装卸与加固 ISO 3874附录A的基本原理Series 1 freightcontainers -Handling andsecuring -Rationale for ISO3874 Annex AISO/TR 15070 AMD 1-2005 系列1集装箱结构检验标准的基本原理.修改件1:结构一体化指南Series 1 freightcontainers -Rationale forstructural testcriteria;Amendment 1:Guidance onstructuralintegrityISO/TR 15070 AMD 2-2007 货运集装箱系列1.结构试验标准的基本原理.修改件2Series 1 freightcontainers -Rationale forstructural testcriteria;Amendment 2ISO/TR 系列1集装箱结构Series 1 freight15070-1996 检验标准的基本原理containers - Rationale for structural test criteria编号中文名称英文名称。

空白灌装证明书模板

灌装证明书模板
兹有
以 ISOTANK 包装出口，该包装符合国际标准的重复使用ISOTANK
箱号
品名:
充罐净重：
每件毛重：
充罐温度：
充罐压力：
充罐日期：
特此证明！
申报单位盖章：
日期：
灌装证明书
兹有
以 ISOTANK 包装出口，该包装符合国际标准的重复使用ISOTANK
箱号
品名:对甲酚
充罐净重：23000KGS
每件毛重：23000KGS
充罐温度：
充罐压力：
充罐日期：
特此证明！
申报单位盖章：
日期：
灌装证明书
兹有
以 ISOTANK 包装出口，该包装符合国际标准的重复使用ISOTANK
箱号
品名:对甲酚
充罐净重：24000KGS
每件毛重：24000KGS
充罐温度：
充罐压力：
充罐日期：
特此证明！
申报单位盖章：
日期：。

ISO集装箱标准

工业车辆集装箱搬运和抓斗臂操作用指示灯规范
Industrial trucks - Specification for indicator lights for container handling and grappler arm operations
ISO 17363-2007
RFID供应链应用.货运集装箱
ISO 1496-4-1991
系列1集装箱技术要求与试验第4部分:无压干散货集装箱
Series 1 freight containers; specification and testing; part 4: non-pressurized containers for dry bulk
ISO 1496-5 AMD 1-1993
ISO 14829-2002
货运集装箱.货运集装箱搬运用跨运车.稳定性的计算
Freight containers - Straddle carriers for freight container handling - Calculation of stability
ISO 1496-1 AMD 1-1993
ISO 10374 AMD 1-1995
集装箱自动识别修改1
Freight containers - Automatic identification; Amendment 1
ISO 10374-1991
集装箱自动识别
Freight containers; automatic identification
ISO 1496-1-1990
系列1集装箱技ቤተ መጻሕፍቲ ባይዱ要求与试验第1部分:一般用途通用货物集装箱
Series 1 freight containers; specification and testing; part 1: general cargo containers for general purposes

ISO tank发展历史介绍

来源：作者：时间：2009-09-14大约30年前，因为与框架层面，第一罐式集装箱按照符合ISO 668，设计和制造。

30年的经验的进入罐式集装箱的设计，阀门，配件和整体系统去，诸如取暖的和冷却，已发展成为一个产品达到了高潮首屈一指的纪录，在条件安全性，通用性，可靠性和成本效益。

要跟踪该行业的根源，我想带你回到1964年时，一个年轻的，比较进取工程师，鲍勃佛赛，为Willimas费尔克拉夫曾在伦敦。

在这一年，年轻的福斯已确认为联运和多式联运集装箱的潜力TANK。

刚开始他的设计互换TANK将用于合并公路和铁路运输，理由是当时在英国时间，铁路设备还没有符合ISO标准。

在威廉姆斯费尔克拉夫商业生产TANK的互换，两年后开始在1966年和今年以来的第一个标准箱，一个梁式在1967年后，设计。

第一系列这些TANK又购买先驱是罐式集装箱经营者Trafpak，然后在1968年Pakhoed荷兰企业拥有。

有趣的是，这些TANK后来成为海运集装箱的财产，但在1986年收购Trafpak。

在1968年左右角配件标准化现在被称为后莫斯科的角落铸造似乎已经消除了最后的技术障碍，从而清除了道路一些公司设计和建造原型为罐式集装箱的准备商业化生产。

布莱尔在英国运输技术是第一个该所提供的职位，符合ISO 1161根据莫斯科角落配件制造商。

设计以及一些商业化生产的比例在1970年才开始，当Bob弗西加入容器及压力容器（越南）的克隆，爱尔兰和推出它的第一个重量轻，梁槽设计，也是该公司首次罐式集装箱专用生产线。

海运集装箱谁已经设立的一个专门的海上集装箱出租人本身将成为一个志愿军的第一个客户关系开始的持续到今天。

在70年代初，法国制造商加入了战场。

BSL据报道，已开始在1972年。

Orval两年之后于1974年。

福维特Girel后来被称为阿尔贝尔福维特和ANF据说1976年左右开始运作。

法国制造商，特别是BSL，我认为值得开拓的信贷规模制造业的ISOTANK1000辆TANK过剩/年到80年代期间所成为法国国家工业和据点。

汽车配件说明书

Care ............................................. 105 Operation .................................... 103 CAUTION, Explanation of ............... ii CD Care .......................................... 100 CD Changer...................................... 99 CD Changer Error Messages ...... 102 CD Player Error Messages .......... 101 CD Player.......................................... 98 Ceiling Light..................................... 84 Certification Label ......................... 200 Chains ............................................. 172 Changing a Flat Tire ..................... 177 Changing Oil How to......................................... 151 When to....................................... 145 Charging System Indicator .... 54, 189
Indicators................................ 131 Shift Lever Positions ................. 131 Shift Lock Release..................... 134

ISO TANK罐厢清洗参考图

UUUUUUUUUUUTUUUWU VVVVUUUUUVTUUUUWU UUUTTUUUUTUUUUUUU UUUUTUUUUUUUUUUWU UUUUUTUTUUUUUTTWU
W
W W W W W
UWWW
UWWW UVWW TWWW UWTW UUTW
UWW
UWW UWW UWU UTU UTU
UU
32%，45%氢氧化
钠
苛性钾苛性碱
氢氧化钠
苛性钠、烧碱
氢氟酸乙酸酐三氯化磷四氯化硅液态二硝基甲苯

DNT
甲醛
蚁醛、甲醯醛
93%硫酸硝酸（20%-70%）

、氧代甲烷
乙二胺
EDA（农药、环
聚亚苯基酯
P-MDI
聚酯多元醇
聚氨酯组成成普货
分
聚氨酯
多元醇、催化聚醚
剂、添加剂
物质禁忌表
禁配物
强氧化剂、硝酸和二氯乙内醯酸、碱、金属、氧、氧化物、某些生锈金属强酸、酰基氯、酸酐、强氧化剂强氧化剂(如过氧化物、氯、氟) 强碱类强氧化剂、强碱、强还原剂、氧（胺类、碱类、碱液/混合物）强氧化物(如硝酸)、碱金属(如钠)、亚硫酸二甲醯、塑料、橡胶强氧化剂(例过氧化物、硝酸盐和过氯酸盐)会增加火灾和爆炸危险强氧化剂、酸类、酸酐、碱金属类强氧化剂强氧化剂(氯、过氧化物、强酸等) 氧化剂、酸和活泼金属强氧化剂强氧化剂、硝酸和二氯乙内醯、二甲苯会侵蚀某些塑料、橡胶和衬里强氧化物、过氧化物、能产生自由基的物质、硫醇、硝基化合物、过硼酸盐、醚、酮、醛、胺类，（亚）硝酸盐，氧化剂、还原剂、强碱、酸酐、氯酸、惰性气体等强氧化物、过氧化物、能产生自由基的物质、硫醇、硝基化合物、过硼酸盐、醚、酮、醛、胺类，（亚）硝酸盐，氧化剂、还原剂、强碱、酸酐、氯酸、惰性气体等强氧化物、过氧化物、能产生自由基的物质、硫醇、硝基化合物、过硼酸盐、醚、酮、醛、胺类，（亚）硝酸盐，氧化剂、还原剂、强碱、酸酐、氯酸、惰性气体等 1 .氧、氧化剂。2 .碱金属、石墨化合物、过氧化物、金属卤盐、偶氮异丁基。3 .强酸(硫酸、油、氯磺酸)。4 .丁基锂。5 .卤素。 1.浓硫酸、发烟硝酸、卤化物(如四氯化碳)2.四氯化碳3.卤素气体： 4.强氧化剂5.硝酸盐甲醛、碘、强酸、顺式丁烯二酸酐、强氧化剂、β-丙烯酸内脂、过氯酸银碱金属、烷醇胺、脂肪族的胺、铝（在二硫化碳蒸汽点燃）、铝粉、三氮化物（铅（PbN3），锂（LiN3）,钾（KN3），铷（RbN3），钠（NaN3）,铯(CsN3)）、氯(用铁催化时或点燃氯气会产生爆炸)四氧化二氮、乙烯亚胺、氟（点燃蒸气）、H2SO4＋过锰酸盐、一氧化氯、一氧化氮、氮氧化物、过锰酸(接触时会爆炸)、苯基铜-三苯基膦的复合物，会腐蚀金属，液体二硫化碳将浸蚀一些塑料，橡胶和涂料强氧化剂、酸类、碱类、活性金属酸类、碱、强氧化剂、氧氧化剂强氧化剂强氧化剂，强碱。卤素、碱、胺类、酸、氧化剂等氧化剂，空气，阳光、湿气强氧化剂

ISO TANK化学品装卸货指导手册(中文)

化学品装卸指导手册编译 robin货物装卸方式的选择取决于货物储罐的相对位置和被装卸货物种类及危险品等级。

如果被装卸货物为非危险品（无毒、不易燃），并且不需要与氧气和水蒸气隔离，可以选择任何一种装卸方式。

A, 有毒品或危险品该类物品的装卸从上面或下面的卸货口进行操作，是有必要的，并且在相应的密闭系统下进行。

被液体货物所挤压出的任何气体、蒸汽都必须由空气阀通过连接管线返回到储罐中。

B, 避免被氧气或水蒸气污染的货物应该采取从顶部或底部装卸口进行操作，集装罐在装卸货物之前，应将罐内的空气和水蒸气清除干净。

货物应该在惰性气体覆盖下进行运输，易起泡沫或容易被氧化的货物的装卸应该通过底部阀门进行装卸。

实在不行，可以通过虹吸管和顶部阀门进行装货。

C, 货物测量装货量可以用流量计进行测量，也可以用地磅等其他称量方式。

D, 对整个系统做细致的检查将产品储罐至集装罐之间的所有设备进行细致的检查，包括阀件、管线、泵、计量表、接口、气体管路等，对具有相同性质（粘度、腐蚀性、温度、压力等）的危险品类货物而言，视为一个整体系统,并且要对此状态及相适应的环境进行彻底的检查。

装货程序：A, 借助自身重力装货货物在重力作用下，从高处的储罐通过人孔自由的流到集装罐（见图1）。

或者是密闭系统从顶阀或底阀装货，罐内气体通过空气管线返回到储罐内。

（见图2）B, 借助泵装货货物在泵的作用下，将货物从底处储罐通过人孔泵入集装罐图1. 利用高度差装货图2. 利用高度差装货(封闭系统)内，或者是密闭系统从顶部阀门或底部阀门将货物泵入集装罐内，罐内气体通过空气管线返回到储罐内。

图4 密闭系统借用泵装货图3 借用泵从人孔装货C.通过加压，在顶部或底部卸货阀进行装货在产品储罐顶部进行加压，使货物在压力的作用下装到集装罐中。

对于易变质或有危险的货物，货物排出的罐内气体，应通过空气阀与储罐之间的连接管路返回到储罐中或其他的储罐中。

装卸货过程中应注意的事项：由于密闭的集装罐与外界空气始终存在着一定的压力差，必须小心的打开阀门，当内外压力差接近零时，方可打开人孔盖。

英文版 ISO TANK

Types of transport
Pressurised gases Pressurised liquefied gases Cryogenic gases
29.03.2020
HOYER‘s own container fleet
185 containers for cryogenic gases (IMO 7 / UN T 75); volume between 18,500 litres (20ft ISO Norm) and 26,000 litres (20ft s)
Some type of equipment has been designed by HOYER in conjunction with manufacturer, e.g.
• Container with cooling systems for long-distance transport of argon
IPS is calibrated and enables the operator to deliver small quantities according to customer requirements
Policy of modernising / refurbishing the already existing fleet in order to achieve one and same
29.03.2020
HOYER‘s options for Gas Customers
HOYER‘s Gascontainer/-trailer transported by HOYER / Customer
Customer‘s Gascontainer/ -trailer transported by HOYER

诺基亚智能手机使用指南说明书

Bulbs, Halogen............................... 290
C
Capacities Chart .................... 344, 346 Carbon Monoxide Hazard .............. 52 Carrying Cargo .............................. 202 Cassette Player
Charging System Indicator .... 58, 328 Checklist, Before Driving............. 206 Child Safety ...................................... 20 Child Seats........................................ 25
Before Driving ............................... 191 Belts, Seat ..................................... 8, 41 Beverage Holder............................ 101 Body Repair .................................... 310
Maintenance............................... 279 Usage .................................. 111, 117 Air Outlets (Vents)................ 110, 115 Air Pressure, Tires ........................ 282 Alcohol in Gasoline........................ 350 Aluminum Wheels, Cleaning........ 305 Antifreeze ....................................... 253 Anti-lock Brakes (ABS) Indicator................................ 59, 219 Operation .................................... 218 Anti-theft, Audio System............... 179 Anti-theft Steering Column Lock .. 76

集装罐ISO-TANK及装卸汇编

板或防尘盖; 关闭空气阀, 卸除气体回收管,上好空气阀防尘盖;
15
ISO TANK基本装卸方法介绍
装载
装载完毕后的程序/要点
确保集装罐的所有阀门和防尘盖或法兰已经完全关闭; 滴(洒)在外面的货物已经被清除; 断开接地线; 放置回有关安全设施; 上好(紧)铅封;(人空,空气阀,装料口,底阀); 按规定,在集装罐上贴上有关标识;
重力; 泵空气(惰性气体)压力;
9
ISO TANK基本装卸方法介绍
装载

非危(无毒/害)且可接触空气的产品:

利用重力或泵通过人孔装入:
10
ISO TANK基本装卸方法介绍
装载危险(有毒/害)的装载:

货物通过顶部装料口(一般需要加装虹吸管)或底阀装入; 货物所挥发出的气体(AIR,GAS,VAPOUR)通过集装罐空气阀回收进储罐; 如果产品不能接触空气, 在装载前,还必须通过惰性气体(氮气)置换尽集装罐中的空气;
11
ISO TANK基本装卸方法介绍
装载
装载的程序/要点
检查/核对集装罐清洁证书; 如果集装罐是经过氮气置换的,还要查看压力表检查压力是否
正常;
确保车辆已完全停稳, 轮胎下放置三角木; 检查/核对产品品名和数量; 安全设施如灭火器等必须按要求放置到合适的位置; 车辆/TANK接地线正确连结; 检查装卸管线尺寸是否同ISO TANK相匹配; 密封圈/垫圈是否正确运用且适用所装卸的产品;
检查有合适的设备可以排空(接收)装料管/阀中的残液;
12
ISO TANK基本装卸方法介绍
装载
通过人孔装载的程序
确保底阀已完全关闭; 打开人孔盖, 放入装料管; 确保装料管不要触碰到集装罐底部; 随时检查管道/连接口是否有渗漏; 检查装载量; 排空装料管后,才可以把装料管从ISO TANK中移出; 关闭/紧人孔盖;

纯净水设备英文版说明书(FINAL)

Pure Water Equipment SeriesUser ManualHuiYuan Pure Water Equipment Factory1. Company BriefHuaiBei HuiYuan Pure Water Device Factory is a high-tech company incorporated with design, development, manufacture and management. We are specialized in pure water equipment, mineral water equipment, and undertaking water treatment project with a strong technical force, perfect supporting facilities, timely after-sales services and regulated management system. With the pure water equipment series passed the examination charged by national quality supervision institute, we made the recording effective enterprise standard and successfully passed ISO19001 quality management system certification.2. Preliminary Introduction before Operation2.1 With the equipment placed into the workshop building, make a stable installation. Connect waterinlet of booster pump to source water. Attach pure water outlet and wastewater outlet to water outlet pipeline. Connect main line of distributor box to the power supply. For safety, joint the antapical horn screws of high-pressure pump and booster pump to the ground wire.2.2 With the equipment power on, check whether high-pressure pump, booster pump, ozonegenerator or ultraviolet sterilizer, and water break protector are in normal operating condition.2.3 Start up booster pump to clean multiple media filter repeatedly until its inner water flow turnsclear. Then clean active carbon filter until its inner water flow turns clear. Close the control valve of active carbon filter, and clean the ion-exchanger until its inner water flow turns clear. And working of pretreatment system cleaning is completed.2.4Start up booster pump to make the water flow pass through the pretreatment system intoprecision filter. Open the air vent valve of precision filter, and close it until the air is discharged completely. Start up high-pressure pump to make the water flow into reverse osmosis system, open the pressure regulating valve fully and clean RO membrane repeatedly. The working of antiosmosis system cleaning is completed 60 minutes later.3. Equipment Operation Instructions3.1 Open the source water, start up booster pump until the water shortage indicator lights off andlaunch high-pressure pump immediately. Regulate the control valve to make the pure water flowrate at rated condition. Please refer to the flowmeter for p ure water and wastewater’s flowrate.3.2 Ozone generator or ultraviolet sterilizer works synchronously when the equipment is in normalworking condition. The equi pment’s circuit will turn into automatic guard mode if source water is in shortage, then the equipment will shut down. High-pressure pump and booster pump should not be started up forcibly under the water break condition.3.3 When the operation is completed, close high-pressure pump firstly, then booster pump, ozonegenerator, or ultraviolet sterilizer in right turn. Shut down the power and the primary power ultimately.4. Equipment Maintenance Instructions4.1 Frequently check whether high-pressure pump, booster pump, ozone generator or ultravioletsterilizer, water break protector and power supply system are in good condition.4.2 The positive ion in saturation adsorption condition should be reactivated when it adsorbs calciumion and magnesian ion in the water for a long time. Its regenerate cycle is related to the pure water yield and quality of source water. Regeneration method: put the saturated brine into the regenerated water tank, close the normal operating water outlet valve of the ion-exchanger, open the regenerated valve, start up booster pump (acid & alkali resisting pump) to pump the saturated brine into the ion-exchanger, and flow into the regenerated water tank, keep the saturated brine water recycling for 30 minutes repeatedly through the on-exchanger, and close booster pump (acid & alkali resisting pump), regulate water conduit into normal working condition. After theion-exchanger is soaked by saturated brine for 12 hours, clean out positive ion according to the flushing procedure of the ion-exchanger. Now, the equipment could work normally. Wick filter element should be cleaned frequently and replaced regularly.4.3 Quality condition of source water and pure water yield determine service lifetime of ROmembrane directly. In order to keep RO membrane in operating condition, it will be maintained regularly. This job should be charged or instructed by the professional personnel. The untrained personnel should not clean, remove RO membrane, or adopt other measures on it without authorization. With out the permission from this manufacturer’s professional personnel, the manufacturer will not be liable for any damages resulting from removing high-pressure pump, booster pump, water break protector, reverse osmosis system, host machine or other main parts.4.4 With the equipment standing idle, source water and power supply must be shut down, dischargeall the water in the equipment, and the equipment should not be placed in high temperature and subzero temperature.5. Standard Water Yield EquationP PI-πIP1- PQ N=Q0× 2 ×TCF1P1-PP P0-πO TCF O2WhereQ N = Standard Water YieldN O = Actual Water YieldP1 = Operating Pressure in Preliminary TestP O = Actual Operating Pressure= Pressure Difference in Preliminary TestP= Actual Pressure DifferencePP PI = Water Yield in Preliminary TestP PO = Actual Water YieldπI = Osmotic Pressure in Preliminary TestπO= Actual Osmotic PressureTCF= Temperature Correction Factor in Preliminary Test1TCF= Actual Temperature Correction FactorO6. Equipment Process Flow and Cleaning Method水泵：Water Pump 石英砂过滤器：Quartz Sand Filter活性炭过滤器：Active Carbon Filter 软水器：Water Softener压力表：Manometer 精密过滤器：Precision Filter压力保护器：Pressure Protector 高压泵：High-pressure Pump加药箱：Dosing Tank地漏：Floor Drain6.1 In running condition, start up booster pump, open K1, K4, K5, K8, K9, K12, K13, regulate K17,close K3, K2, K7, K6, K11, K10, K14, K16, K18, start up high-pressure pump when the booster pressure is above 0.2MPa.6.2 In cleaning condition, start up source water pump to clean quartz sand filter, open K3, K2, K7, K8,K11, K12, K14, close K1, K2, K5, K8, K10, K13, K18, the work will be completed within 10~20 minutes.6.3 While cleaning active carbon filter, start up source water pump and open K3, K4, K7, K6, K11, K12,K14, close K12, K5, K8, K9, K10, K13, K18, the time same as above.6.4 To clean water softener, start up source water pump and open K3, K4, K7, K8, K11, K10, K14, closeK1, K2, K5, K6, K9, K12, K13, K8, the time same as above.6.5 RO membrane cleaning prescriptions and method:The above table describes the working prescription of cleaning solution, however professional cleaning agent would be more appreciated in most condition. Most of the professional agents is compatible with RO membrane. The actual effectiveness depends on the results from chemical cleaning for more time. Cleaning method:Put the prepared cleaning solution into the acid and alkaline resistant container as backup, open precision filter and take out the filter element. Put the cleaning solution into precision filter (Put cleaning water into membrane-washing tank if the equipment is provided with membrane-washing tank), contra rotate the regulating valve to fully open, connect the wastewater outlet to precision filter (membrane-washing tank), start up high-pressure pump, and allow the cleaning solution flow into precision filter (membrane-washing tank) from water conduit through RO membrane ultimately. This work will last for 40 minutes. Discharge cleaning solution thoroughly when the above work is completed and make use of pure water to wash the cleaning container, high-pressure pump, RO membrane, pipeline and others with the same method. Restore the equipment to the normal working condition.Notice:1) PH value should be regulated between 11 and 12 while preparing alkaline cleaning solution. PH valueshould be regulated between 2 to 3 while preparing acid cleaning solution. It will be processing caustic washing firstly and acid cleaning secondly when the two cleaning patterns are needed at the same time.Determine the prescription and temperature of cleaning solution with the lifetime services of RO membrane and contamination condition. In the actual operating process, you can make certain what kind of cleaning solution will be used for long time through checking the running quality of the RO membrane after being cleaned.2) Personnel charging cleaning should not leave their posts. Observe changes from solution all the time.Prevent cleaning solution overflow from wastewater conduit, replenish cleaning water or pure water timely to avoid high-pressure pump from idle running.3) In the cleaning condition, a small quantity of water flowing out of pure water outlet should bedischarged. It could not be drunk or mixed with pure water.4) While the cleaning is completed and the equipment goes into normal operating condition, the purewater produced initially should be discharged. When data displayed by the conductivity meter is normal, it could be stepped into normal producing stage.7. General TroubleshootingBooster pump and high-pressure pump could not pump water.When the input voltage is 380v, check whether booster pump and high-pressure pump are reverse or not. If they are reverse, exchange two connector lugs of three at random. If not, open the air vent valve to discharge the contained air or fill the pump body with water fully. When the input voltage is 220v, booster pump and high-pressure pump will not be reverse, just open the air vent valve to discharge the contained air or fill the pump body with water fully.Booster pump could not start up.Firstly, check whether the master machine is connected with the power supply, the wire lead come adrift or off, and the relay is operating.High-pressure pump could not start up.Check whether the relay abutting with high-pressure pump is operating, the wire lead come adrift or off or the water break indicator lights on. If the indicator lights on, it reveals that the source water is insufficient to the usage of booster pump. In order to avoid damage of high-pressure pump resulting from its running idle, apply water break protector to cut off power supply for sake of protecting high-pressure pump. With sufficient water provided, water break protector's pressure will meet the requirement of high-pressure pump’s working pressure, water break protector’s indicator lights off, and then start up high-pressure pump. High-pressure pump sends abnormal noise.Check whether high-pressure pump is running idle. Sometimes, high-pressure pump will send abnormal noise when the water is not pumped in thoroughly. Generally the noise will automatically disappear in 1 to 3 minutes. If it does not disappear 3 minutes later, open the air vent valve to discharge the contained air or fill it with water fully.Pipelines outbreak.Since water from some regions has poor quality and more impurities, or wick filter and RO membrane have not been replaced for a long time, these problems will lead to blockage of RO membrane, increasing of the pipeline’s inner pressure, and make the pipeline outbreak ultimately. Wi th this abnormal turn of events comes, check whether it is necessary to clean or replace wick filter element, and clean RO membrane. Antisludging agent should be added into the source water with poor quality that will lead to blockage of RO membrane frequently to remove the impurities from water, improve water quality and prolong RO membrane’s service life.Water yield runs down.Some operators will find that water yield runs down (Generally, this abnormal turn of events will not come with the tap water as source water.), resulting from partly blockage of RO membrane since water from some regions has poor quality and more impurities. At this time, back flush the pretreatment system, replace wick filter element, clean RO membrane regularly, or replace the underground water having very poor quality with tap water (It will be better to install a set of antisludging system where there is no tap water provided. This measure will avoid the problems basically.)White or black tiny particles are suspended in pure water.This problem is resulted from the infected bacteria caused by the contamination of pipeline. Put resolved sodium hydroxide into precision filter, adjust the regulating valve to shut off the wastewater, and lift the pure water at highest point. Start up high-pressure pump, import water from pure water outlet into precision filter and keep the water recycling for 30 minutes repeatedly through precision filter (Please refer to 6.5, RO membrane cleaning prescriptions and method). If the pipeline sterilization machine is provided with the equipment, timely start up sterilization machine to disinfect the pure water pipelines.24 hours after-sales service hotline: 0561-*******HuaiBei HuiYuan Pure Water Equipment FactoryImportance: Any changes for the above circuit without notice.交流接触器AC Contactor 控制继电器Control Relay漏电保护断器Earth Leakage Circuit Breaker 主控引出Master Controller Output主控输入Master Controller Output 主控信号输入Master Signal Input主控信号输出Master Signal Output KA自锁开关KA Self-locking SwitchKA指控按钮KA Finger-controlled Button KB自锁开关KB Self-locking SwitchKB指控按钮KB Finger-controlled Button 电压表输出Voltmeter Output电源信号输出Power Signal Output KA工作信号指示KA Working Signal Indicator KB工作信号指示KB working signal indicator 参照点Reference PointD1输入接口D1 Input Interface D2输入接口D2 Input Interface电源输入接口Power Input Interface。

ISO TANK罐箱类码

标准算法
普通
可带三道截止阀（含端盖）
T16
10
标准算法
带防爆盘
可带三道截止阀（含端盖）
T17
10
6
普通
可带三道截止阀（含端盖）
T18
10
6
带防爆盘
可带三道截止阀（含端盖）
T19
10
6
带防爆盘
不允许
T20
10
8
带防爆盘
不允许
T21
10
10
普通
不允许
T22
10
10
带防爆盘
不允许
注：
1.罐胆直径>+=1.8m时，该值>=6mm，否则，该值>=5mm。
IMDG-国标危规罐箱类码
罐形
最低试验压力（bar）
最小罐胆壁厚（mm）
安全阀类型
底部出口
T1
1.5
标准算法
普通
可带两道截止阀（含端盖）
T2
1.5
标准算法
普通
可带三道截止阀（含端盖）
T3
2.65
标准算法
普通
可带两道截止阀（含端盖）
T4
2.65
标准算法
普通
可带三道截止阀（含端盖）
T5
2.65
标准算法
带防爆盘
2.IMDG给出了各种危品的UN代码及其对应的罐型和特殊规定。
3.T23为4.1和5.2类危品用罐，T50为非冷冻液化气体类危品用罐，T75为冷冻液化气体类危品用罐。
不允许
T6
4
标准算法
普通
可带两道截止阀（含端盖）
T7
4
标准算法
普通
可带三道截止阀（含端盖）

溴素储存设施的安全技术规范研究_苏长流

溴素是国际上公认的非常宝贵的不可再生资源之一，被广泛应用于医药、农药、印染、橡胶添加料和照相化学品等众多领域。

除了阻燃剂使用量减少外，其他各领域对溴素的需求均逐年增加，增幅达到10%～15%，带来的经济效益非常可观。

2011年9月1日，俄罗斯西伯利亚的车里亚宾斯克火车站一节车厢载有2000多瓶5L装溴气，因振动有多个玻璃瓶被打破，车厢周围弥漫起黄色的刺激性气体，造成溴素泄漏事故，40多人中毒住院。

2007年9月，四川重庆一制药厂溴罐在运输过程中发生破裂溴素泄漏200余人中毒事故。

2009年3月，浙江富阳市的一化工公司的十溴二苯醚的生产车间中溴化反应釜发生了溴素泄漏事故，等等。

溴素的泄漏，不仅对人体造成伤害甚至死亡，而且会给环境带来严重的污染，是一种很难清理液态有毒害物质，国内也缺乏溴素储存设施的统一标准。

因此，研究溴素的储存设施的安全技术及规范要求，非常有利于溴素企业的安全生产及其储存运输的安全管理，促进经济发展。

1 溴素储存设施的现状目前，我国溴素每年产量在13～16万吨，是居美国和以色列后的世界第三大溴素生产国，其产量占世界总产量的10%以上。

而溴素的应用地区则主要分布在山东、江苏和浙江等地，而随着百姓对环境和安全意识的逐渐增强，对溴素的储存又有了更高的要求。

国际著名溴素生产公司对我国溴素使用单位的集装罐溴的储存能力和设施的要求，审计非常严格。

因此，越来越多的国内溴素用户，急欲打破现有自身接载能力不足、储存设施落后的局面，目前传统的易碎的陶瓷坛（或搪玻璃罐）储运，风险非常大。

由于溴素性质的特殊性，现有国家标准中尚未有对它的储存进行系统地规范或标准。

因此，研究溴素储存设施的安全生产规程非常必要而且有重要意义。

溴素储存设施的安全技术规范研究苏长流1 李振明2 阮继锋2 连昕21.临海市建新化工有限公司 2．浙江工业大学安全科学与工程系【摘要】本文根据对溴素的固有性质和危险性的辨识，在分析现行工程设计标准规范中缺乏对溴素储存安全设计的统一要求以及考虑溴素危害的特殊性基础上，笔者消化吸收国外溴素安全信息和资料，提出了拟建立一个安全高效、环境友好、先进可行的溴素存储系统，来提高溴素储罐区的本质安全，最大限度满足生产和操作要求。