奥图泰拉罗克斯过滤设备
Larox拉罗克斯全自动立式压滤机
特点
• 分离力高 + 料浆泵压力 + 机械挤压力 + 空气吹干
• 灵活性 + 组合灵活 + 滤饼洗涤选项
20
23/11/2011
© Outotec - All rights reserved
压滤机结构
过滤腔打开
过滤腔闭合
21
23/11/2011
© Outotec - All rights reserved
Larox® RT, RT-GT and RB-SV Larox® SC
真空水平带式过滤机
圆盘过滤机
PF立式压滤机
10
23/11/2011
© Outotec - All rights reserved
PF全自动压滤机
用于矿山和冶金行业
• 拉罗克斯用于矿山和冶金行业的产品系列，在可靠性，工作性能，和工作效率
滤布布置
滤布接缝探测器 接头
张紧辊 调偏辊
挤压辊 驱动辊
© Outotec - All rights reserved
脉冲辊 导辊刮刀
导辊
滤饼 滤布刮刀 在线滤布清洗
PF压滤机在全球精矿脱水的市场份额
25
23/11/2011
© Outotec - All rights reserved
PF 过滤步骤
• 滤布移动时整个宽度都被高压水
喷洗
PF 方法: 优秀的工艺结果
技术特点 • 一条连续滤布 • 滤板水平放置
工艺特点
• 有效滤布洗涤 • 循环时间短 • 有效滤饼洗涤
全自动运行
• 重力有利过滤 • 滤饼厚度均匀 • 固体颗粒分布均匀
优秀的工艺结果
拉罗克斯全自动立式压滤机
Outotec- Larox® 过滤机技术
2011
奥图泰
奥图泰为以下工业设计、开发和提供可持续的技
术和服务方案：
•矿物与技术加工
•化工 •能源
从矿物到金属加工价 值链中的市场领先者
•水处理
© Outotec - All rights reserved
全球销售与服务网络
© Outotec - All rights reserved
Larox 方法 料浆
滤饼 简化工艺
压滤机界面
28
23/11/2011
© Outotec - All rights reserved
© Larox Corporation
PF 压滤机流程图
Drying Air Wash and flush water Air Air release tank Filtrate Pressing water station
滤布布置
滤布接缝探测器 接头
张紧辊 调偏辊
挤压辊 驱动辊
© Outotec - All rights reserved
脉冲辊 导辊刮刀
导辊
滤饼 滤布刮刀 在线滤布清洗
PF压滤机在全球精矿脱水的市场份额
25
23/11/2011
© Outotec - All rights reserved
PF 过滤步骤
Nickel镍矿
• Norilsk Petchanga, Russia • WMC Leinster, Australia • WMC Mt Keith, Australia • Voisey’s Bay, Canada
Zinc & Lead铅锌矿
• Broken Hill, Australia • Elura, Australia • McArthur River, Australia • Pilara, Australia • HZL Rampura Agucha, India • Francisco Madeira, Mexico • Sabinas, Mexico
软化水技术及软化水设备锅炉软水器
软化水技术及软化水设备水中钙镁离子的存在是当水温变化时形成水垢的主要原因。
目前在国内常用的软化水设备主要有手动式、国产组合式、国产多阀式、进口多路阀式几种，其中进口多路阀式软化水是目前市场上的主要产品，这种设备以进口的多路阀及控制器为核心，配用国产的树脂罐、盐箱、管道等材料构成全自动软化水设备。
进口多路阀主要品牌有阿图祖(GE/Autotrol，又译为奥特洛)、富莱(Pentair/Fleck，也译为弗莱克)、康科(Kentenico)、伊瑞(Erice)、怡口(Ecowater，也曾叫北极星)等，占据主要市场的是前三位，其中前两个品牌为工业、商业中的主要选择，可以提供最小0.5t/h，最大达200t/h左右的处理量(为避免名称不同引起误解，在本站中将尽量采用英文名称，所有专用名称及LOGO等版权均属相关企业所有) 。
国产多路阀很早也有定型产品，最早期的多通道平面阀或后来的锥形阀实际上都是多路阀，只不过其控制与驱动方式与进口不同，一般业内将其称为“组合式软化水系统”而不是称为多路阀系统(我们了解到的主要厂家有成都富华、山西、兰州、山东等地的厂家，但是网上资料很少)；近些年来在北京、上海、浙江等地也出现了不少仿制或自主开发的与进口产品同样思路的多路阀，有些品牌的产品设计思路已超过进口产品，但是市场销售及质量稳定性还不是非常理想。
目前我们所了解的国产多路阀(仿制或自主研发)主要有：北京洁明、温州润新、上海等厂家。
软化水技术什么是软水(软化)?为什么要软化?常用的软化方法有哪些?我们都知道,普通的水中含有多种可溶解的化合物，有些物质的溶解度随着温度的变化有较明显的变化，其中的碳酸钙、碳酸镁类的物质，其溶解度随着温度的升高而下降。
当温度升高时，原来溶解于水中的碳酸钙、碳酸镁析出形成沉淀物，这些沉淀物可以是以絮状、粉末状，或沉积在容器、管道表面，形成水垢。
用来衡量钙镁离子总量的指标是硬度，总的说来，水的硬度主要由钙(Ca2 +)、镁(Mg2+)离子构成的，其具体指标是同类离子折合为碳酸钙来计时的数值，目前标准单位是mmol/L(毫摩尔每升)。
PEACH Gemini PuraSep 2双阶段过滤器-污染物去除设备说明书
A. GENERAL DATAThe PEACH Gemini PuraSep 2 is a two stage filter-coalescer used for removing solids and liquids from a natural gas stream. The uniqueness of this design is centered around one replaceable cartridge that acts as both the primary and secondary stage, with a cartridge support plate separating the two stages. This provides dual stage coalescing. The 2nd stage portion of thecartridge is contained inside a Liquid Impingement Baffle (LIB). This LIB is a stainless steel liquid cylinder placed in the 2nd stage of the vessel. If it becomes plugged, it is easily removed from the 1st stage of the vessel through the cartridge support plate. It can then be cleaned and/or replaced.Access to the cartridges is through a full end Quick Opening Closure located at the inlet end of the vessel.The PEACH Gemini PuraSep 2 has an upper and lower chamber; each chamber has two compartments. Theupper chamber provides the filtration-coalescer-separation of the solids and liquids, while the lower chamber collects the liquid. Some of the solids will drain into the lowerchamber below the first stage, but most of the solids collect on the cartridges and on the bottom of the first stage upper chamber. The GEM2 provides removal of 99.9% of all solid and liquid particles 0.3 micron and larger with a 100% turndown ration (with use of PL -01 performance level series PGC2 cartridges)..1st Stage SumpInletSump Divider Plate 2nd Stage SumpOutlet2nd StageFilter/Coalescer CartridgesLiquid Impingement Baffle (LIB)Full EndQuick Opening ClosurePipe Risers1st StageCartridgesB. GENERAL ARRANGEMENT / FLOW1. P osition the filter vessel on a flat surface and ensure there is adequate space in front of the closure to allow room to install/ remove cartridges and above the closure for venting.2. C onnect inlet and outlet connections of filter vessel to piping of equal diameter. Check the filter vessel drawing to identify the location of each. It is recommended that the filter vessel be installed with by-pass and block valves to permit continued operation during cartridge changes.Check to ensure that all blind flangebolting is properly torqued. Flange boltingis torqued at the factory, however mayrelax or loosen during shipment to theinstallation site.3. C lose inlet and outlet connection valves.4. O pen the vent valve.5. T he blow-down connection should be valved and piped to a pit, tank, or blow-down system.6. I nstall any auxiliary equipment as required, suchas differential pressure gauge and liquid levelcontrols/drains. Since the vessel has two separate compartments, two sets of liquid control equipment are necessary. The controls must be piped independently and not be manifolded between the first stage compartment and second stage compartment because of the pressure differential between the two stages.7. T wo pressure taps are furnished on the vessel. Oneis located in the first stage, the other in the second stage is between the cartridge support plate and the outlet nozzle. It is extremely important that an accurate differential pressure gauge be installed on the vessel. Pressure drop is the only indicator that the operator has to tell him/ her when the filter vessel should be blown-down or by-passed to change the filter cartridges.8. O pen the filter vessel closure (according to closure manufacturer’s procedures) and inspect theinside of the vessel. Verify the internals have not been damaged and that the O-ring for the closure is in place. Verify the cartridges are seated properly on the risers and that each cartridge seal is fully engaged. 9. C artridge installation:This particular series uses PGC2 cartridges which provides for Tool-Less cartridge change-outs. The handle side of the cartridge is front side and the bayonet side of the cartridge is the back side. This design offers many benefits including:• no tools required to secure/change cartridges• s tate-of-the-art pressure loading enhancement seal to prevent gas bypass• m inimizes maintenance time and costs10. I nspect the closure gasket to make sure it is new andin good condition. Make sure it is seated in the closure groove correctly.11. C lose the closure (according to closuremanufacturer’s procedures).12. P rior to filling the filter vessel with gas, verify that theoperating pressure and temperature are within thedesign limits of the filter vessel. The design conditions can be found on the filter vessel nameplate.13. R eview and follow all operating company safetyprocedures for filter operation.14. F ollow all operating company safety and lockout/tag-out procedures.15. V erify that inlet and outlet connection valves are closedand that vent valve is open.16. S lowly and partially open the inlet connection valve andintroduce the gas stream into the filter vessel. Allowgas to purge air from the filter vessel through the vent valve. Purging should only take a few seconds.17. Close vent valve.18. C heck for leaks. Should a leak occur, close inlet valveimmediately and determine cause of leakMake sure to fully depressurize the vesselprior to attempting to fix the leak.19. O nce no leaks are found, check to be sure that allauxiliary equipment is ready for operation.*Pressure gauge, liquid level controls and automaticdump valves are optional features that can be supplied by the manufacturer or can be purchased separatelyby the end user.C. INSTALLATION INSTRUCTIONS21. O nce the filter vessel is full of gas and no leaks are found, open the inlet valve all the way.2. S lowly open the outlet connection valve and begin flow through vessel. Flow should be set based on recommended flow rate provided during sizing.3. M onitor differential pressure across the inlet/outlet. The filter is typically designed for 2 psid (0.14 bar) or less differential pressure at start-up at normal operating conditions. Once the cartridge becomes wet/ saturated, the differential pressure may increase slightly. The cartridges have to become completely saturated before stripping liquid. This may take 24 hours or longer, depending on the amount of free liquid in the stream.4. T he liquids collected in both compartments of the vessel will need to be drained. Check the liquid level regularly to verify operation of automatic drain or, if there is no automatic drain, open manual drain in liquid reservoir and drain liquid as required. Never let the liquid level get above the top of the sump section.5. A s the cartridge loads with solids, the differential pressure across the filter vessel is expected to increase. The cartridge should be replaced when the differential pressure reaches 12-14 psid (0.8-1.0 bar) at normal operating pressure or every year, whichever comes first.• D o not backflow the filter vessel. A high velocity flowinside the cartridges could cause damage or causethe cartridge seal to become disengaged.• I f the filter vessel has been operating at a flow ratefar below its design capacity for any period of time,it should be blown down and removed from servicefor inspection and clean-out, regardless of pressuredrop, before increasing to operating at a maximumcapacity flow.• D o not clean the filter vessel with steam injected intothe first stage compartment with the cartridges stillinstalled. Make sure cartridges are removed prior toany steaming performed.• I f the solids being removed from the gas aresusceptible to causing combustion with air (i.e.iron sulfides/black powder), the filter vessel maybe flooded with water and then drained before theclosure is opened and spent cartridges are removed.This will reduce the risk of cartridges combusting.D. OPERATING INSTRUCTIONSPGC2 CARTRIDGE OPERATION IN VESSEL31. R eview all operating company safety procedures prior to cartridge replacement operations.2. F ollow all operating company safety and lockout/tag-out procedures.3. E nsure that all liquids are drained off the vessel before proceeding with the cartridge replacements.4. O pen filter bypass valve (if available) and then isolate the filter vessel by closing the inlet and outlet connection valves.5. O pen the blow-down connection or closure vent valve to relieve any pressure on the vessel.Ensure the the filter vessel pressure is atatmospheric pressure prior to proceeding.6. O pen the closure (according to closure manufacturer’s procedures).7. P ull retainer clips on front support screen and remove front support screen. Then remove dirty (spent) cartridges.Dispose of spent cartridges in accordancewith plant procedures and applicable lawsand regulations for disposal in your area.8. I nspect and clean the filter vessel as needed. Make sure all debris is cleaned from the cartridge sealing surfaces. Make sure no cartridge gasket seals have been left in vessel during cartridge removal. If any vessel damage is found notify Parker immediately. Do not operate vessel until damage is fixed.9. I nstall new cartridges and ensure proper sealing on the riser post and seat. This particular series uses PGC2 cartridges which provides for Tool-Less cartridge change-outs. The handle side of the cartridge is the front side of the cartridge and the bayonet side of the cartridge is the back side of the cartridge.Slide bayonet end of the cartridge through the riser pipe into the second stage of the vessel. Push the cartridge until the center chevron seal is fully inserted into the riser and stops. Repeat until all cartridges are-installed. Once the cartridges are-installed re-install the front support screen. This screen should slide over all the cartridge handles on the front end to allow support of the cartridges. Re-install retainer clips.The use of original OEM cartridges ishighly recommended to ensure thebest overall performance of the filter.Replacement cartridges can be orderedthrough your local Parker distributor.The cartridge Item Number andSeries Description can be found in theManufacturer’s Data Book supplied withyour vessel.10. I nstall a new closure gasket. The use of originalclosure manufacturer’s gasket is highly recommended to ensure the best overall performance of the filter.Replacement gaskets can be ordered through yourlocal Parker distributor. The closure gasket ItemNumber and Series Description can be found in theManufacturer’s Data Book supplied with your vesseland also on the vessel nameplate.Installation of a new closure gasketduring each cartridge change ishighly recommended.11. C lose the closure (according to closuremanufacturer’s procedures).12. M ake sure vent valve is open.13. M ake sure inlet and outlet valve are closed.14. S lowly and partially open the inlet connection valveand introduce the gas stream into the filter vessel.Allow gas to purge air from the filter vessel through the vent valve. Purging should only take a few seconds.15. Close vent valve.16. C heck for leaks. Should leak occur, close inlet valveimmediately and determine cause of leak.Make sure to fully depressurize the vesselprior to attempting to fix the leak.17. O nce no leaks are found, check to be sure that allauxiliary equipment is ready for operation.18. R epeat operating instructions in section B.E. M AINTENANCE INSTRUCTIONS –CHANGING SPENT CARTRIDGES4F. SUMMARY DATARecommended Cartridge Change-out Differential Pressure: 12-14 psid (0.8-1.0 bar)Maximum Cartridge Differential Pressure at Collapse: 25 psid (1.7 bar)Note: The following pressure information is provided as a minimum guideline. Due to the variety of cartridge models that can be used in vessel, it is strongly suggested to refer to the specific cartridge datasheet for further detailed pressure information. To prevent damage, never exceed the maximum allowable differential pressure of the cartridge support plate in the vessel.IOI-OG-GEM2-200824® 2020 Parker Hannifin Corporation Parker Hannifin CorporationIndustrial Process Filtration DivisionPhone 940-325-2575 | Toll Free 1-800-877-7326*************************/ipfPEACH ® GeminiCartridge Series PGC2Available in polyester or polypropylene media and micron ratings of 0.1 and 0.3.。
浙江拉罗克过滤技术有限公司介绍企业发展分析报告
Enterprise Development专业品质权威Analysis Report企业发展分析报告浙江拉罗克过滤技术有限公司免责声明:本报告通过对该企业公开数据进行分析生成，并不完全代表我方对该企业的意见，如有错误请及时联系;本报告出于对企业发展研究目的产生，仅供参考，在任何情况下，使用本报告所引起的一切后果，我方不承担任何责任:本报告不得用于一切商业用途，如需引用或合作，请与我方联系:浙江拉罗克过滤技术有限公司1企业发展分析结果1.1 企业发展指数得分企业发展指数得分浙江拉罗克过滤技术有限公司综合得分说明：企业发展指数根据企业规模、企业创新、企业风险、企业活力四个维度对企业发展情况进行评价。
该企业的综合评价得分需要您得到该公司授权后，我们将协助您分析给出。
1.2 企业画像类别内容行业空资质增值税一般纳税人产品服务：技术服务、技术开发、技术咨询、技术交流、1.3 发展历程2工商2.1工商信息2.2工商变更2.3股东结构2.4主要人员2.5分支机构2.6对外投资2.7企业年报2.8股权出质2.9动产抵押2.10司法协助2.11清算2.12注销3投融资3.1融资历史3.2投资事件3.3核心团队3.4企业业务4企业信用4.1企业信用4.2行政许可-工商局4.3行政处罚-信用中国4.4行政处罚-工商局4.5税务评级4.6税务处罚4.7经营异常4.8经营异常-工商局4.9采购不良行为4.10产品抽查4.11产品抽查-工商局4.12欠税公告4.13环保处罚4.14被执行人5司法文书5.1法律诉讼（当事人）5.2法律诉讼（相关人）5.3开庭公告5.4被执行人5.5法院公告5.6破产暂无破产数据6企业资质6.1资质许可6.2人员资质6.3产品许可6.4特殊许可7知识产权7.1商标7.2专利7.3软件著作权7.4作品著作权7.5网站备案7.6应用APP7.7微信公众号8招标中标8.1政府招标8.2政府中标8.3央企招标8.4央企中标9标准9.1国家标准9.2行业标准9.3团体标准9.4地方标准10成果奖励10.1国家奖励10.2省部奖励10.3社会奖励10.4科技成果11土地11.1大块土地出让11.2出让公告11.3土地抵押11.4地块公示11.5大企业购地11.6土地出租11.7土地结果11.8土地转让12基金12.1国家自然基金12.2国家自然基金成果12.3国家社科基金13招聘13.1招聘信息感谢阅读:感谢您耐心地阅读这份企业调查分析报告。
净水器哪个牌子销量好 全球高端净水器市场销量排名榜
美国品质中科净水（）净水器哪个牌子销量好全球高端净水器市场销量排名榜说到净水器，相信大家都并不陌生，甚至有些人，每到周六周末都少不了逛逛净水器加盟店。
话说净水器在欧美等发达国家，对净水器的普及高达97%。
随着人民的生活水平的提高，对净水器品质及质量都有了更高的要求，据世界卫生组织（WHO）调查表明，全球界每年有3500万人患心血管疾病，7000万人患胆结石、9000万人患肝炎病，3000万人死于肝癌和胃癌。
近年来频发的水污染事件，给全人类敲响警钟，健康第一、环保为先。
对此，一批倡导健康、环保、安全的净水器品牌受到全球消费这的极大关注。
那么对于全球范围来说，哪些品牌才是最专业、销量最好，最受消费者青睐的品牌呢？大家要知道，要达到这三个最，成为全球高端净水器市场销量排名，是需要拥有真正的实力，并且要完全符合并达到全球安全饮水的标准。
下面我们一起看一下全球高端净水器市场销量排名榜中都有哪些品牌。
美国品质中科净水（）全球高端净水器市场销量排名：纳兰特（NANODER）（1亿台）纳兰特（NANODER）净水器总部位于美国纽约，有长达六十多年的净水发展历史。
纳兰特（NANODER）净水器以高端品质著称于世，拥有先进的技术，过硬的产品质量，强大的科研实力以及完善的售后服务，成为美国卫生部门指定的净水机唯一供应商。
同时也是全球知名高端汽车品牌（悍马、特斯拉和道奇蝰蛇）及美国百威啤酒厂酿酒用水设备等国际知名企业供应商。
美国品质中科净水（）纳兰特（NANODER）净水器凭借着自身努力，荣获国际净水行业协会颁发的特别贡献奖、美国工业部颁发的最具创新力品牌奖及欧洲质量奖等国际著名奖项。
在欧洲，纳兰特（NANODER）拥有67.3%的高端净水器市场占有率，连续9年全球高端净水器销量第一名。
纳兰特（NANODER）净水器在全球获得9千万消费者的高端评价，在国内拥获得1200万消费者的高端评价，连续12年蝉联国内高端净水器销量榜，以高档奢华、品质过硬、品类齐全、独具特色的产品优势，成为行业高端产品标杆。
澳兰斯的滤芯介绍
澳兰斯高能量活化净水机十级滤芯一.高品质PP纤维过滤棉芯（净化系统）滤材：纤维PP寿命：1年孔径：0.5微米，直径；6cm，高度：25cm作用：彻底去除水中残留的泥沙、铁锈、沙石、悬浮物、杂物等。
工作原理：采用世界高品质孔径为0.5微米精密滤芯，经过熔喷工艺对进入的自来水进行预处理，彻底去除水中残留的泥沙、铁锈、沙石、悬浮物、杂物等。
注意事项：进水温度不能超过65度，保证水的纯净。
二. KDF+活性碳（净化系统）滤材：铜锌合金+颗粒活性炭寿命：1年KDF吸附力能力：960-1000点值作用：KDF：1，去除余氯。
2重金属。
3去除硫化氢。
4减少悬浮固体。
5减少矿物质结垢。
6抑制微生物繁殖。
KDF工作原理：KDF为高纯度的铜锌合金，它通过微电化学氧化还原反应，进行水处理工作，在与水接触时，合金中的两种金属在微观尺度上构成无数小的原电池系统，这种材料在水中具有强大的反应能力和极快的反应速度，可以清除水中高达99%的余氯和水中溶解的铅、汞、镍、铬等金属离子和化合物。
对抑制细菌、真菌、污垢、水藻的滋生效果卓著。
被用于预处理、主处理与废水处理设备。
凯得菲(KDF)完善或取代现有技术，可大辐度延长了系统寿命，减少了重金属、微生物、污垢，降低了总费用，减化系统维护。
活性碳的作用：吸附能力强，过滤快，并具有脱色，吸附，净化，去异味等功能.活性碳的工作原理：活性炭是一种很细小的炭粒（10-20目），具有丰富的微孔，所以有很强的吸附能力，过滤速度快。
由于炭粒的表面积很大，所以能与气体（杂质）充分接触。
当这些气体（杂质）被微孔吸附，起净化作用。
三.离子交换树脂滤芯（净化系统）滤材：阳离子交换树脂(钠离子)树脂产品的有效粒径在0.4～0.6mm之间。
它通常成珠状的小颗粒,它的尺度很重要,颗粒越小,反应速度越大.寿命：1年作用：去除钙、镁离子，清除结垢、茶垢、使硬水化成软水，以避免人体长期饮用硬水而患有结石病。
（可用饱和食盐再一重复使用3-5次）。
罗克斯(Racor)燃油过滤器产品目录说明书
HydrocarbonFiltration Products■Fuel Filtration Vessels and Systems■API/EI (IP) Qualified Cartridges■Filtration Cartridges■Fuel Dispensing Filtration■Fuel Condition MonitoringRefineryAirport2Multi-Product PipelineDedicated PipelineRoad TransportRefuelerDispenserACM 20Sea CargoAircraftHelicopterFuel DrumsFuel StorageFloating SuctionUnderground Storage Industrial & Marine Fuel Applications MF Racor offers 2 types of Microfilters:FP Cellulose cartridges offer 95%filtration efficiency and are available inmicron ratings of 1, 5, 10, 25, & 40,suitable for fuel and hydrocarbonapplications. FS Synthetic high efficiencymicrofilter cartridges feature a waterresistant, all synthetic media providing 99.7%+ efficiency at the stated 1, 5, 10, & 25 micron ratings complyingto API/EI (IP) 1590 2nd Edition (1 and 5 micron). Requirements may differ depending on location and contamination history.FWS Racor Hydrocarbon FWS seriesvessels use a 2 stage separationsystem. The first stage coalesces thefuel/water emulsion by means ofhigh efficiency filter media combinedwith a resin impregnated fiberglasscoalescing shell. The second stage uses a hydrophobic separator as a water drop barrier, allowing the cleandry fuel to pass. The coalesced water droplets are repelled by the hydrophobic barrier and are collected in the sump of the housing. A full range of standard and API/EI (IP) 1581 5th Edition qualified combinations are available. NOTE:A full range of industrial vessels are available for other hydrocarbon products.RHFM Racor Horizontal FuelMonitor Vessels with EI 1583cartridges will absorb free water from fuels to <15 ppm as well as providing high filtration efficiency. Monitor cartridges are qualified to EI 1583.RVFS This innovative filter vessel will accepta wide range of Microfilters, Coalescers and Separator cartridges. The vessel is particularly targeted at high volume diesel fuel deliveryterminals and fueling stations.FBO Offering a similar level of versatility asthe RVFS, these filter vessels will accept a widerange of Microfilters, Coalescers/Separatorsand Monitor cartridges. The vessel is particularly targeted at medium volume fuel delivery systems,and offers an economical solution to fuel delivery.ACM 20Parker’s renowned particle counter has been engineered and calibrated for use in fuels and allows quick, easy economical fuel condition checks for aviation and diesel fuels. A quick 2 minute testwill allow you to check contaminationlevels, trends and integrity in a far more consistent, reliable and repeatable waythan traditional clear and bright methods.Terminal PetrolStation3456789HYDROCARBON FILTER VESSELS 10FBO FILTER VESSELSMaximum Flow RatesMicrofilter 5-50 gpm 204050**20 PSID Filter Sep 5-30 gpm 122530**15 PSID Absorber5-45 gpm183545**30 PSIDMicrofilter 10-75 gpm 306075**20 PSID Filter Sep 10-40 gpm 153040**15 PSID Absorber10-70 gpm265570**30 PSID** varies with fluid,temperature,free water content and flow rate.The same flow rates apply to the FBO-10-MA and FBO-14-MA.Flow Range DieselKeroseneGasolineDelta PDelta PFBO-10Clean DryChange Flow Range DieselKeroseneGasolineDelta PDelta PFBO-14Performance SpecificationsFBO Filter AssemblyRacors’ FBO-10 and FBO-14 filter assemblies are designed to meet the toughest hydrocarbon refueling conditions and provide for ease of cartridge change outs.The FBO assembly can be used onmobile refuelers or installed in refueling cabinets. The unit can also be used for diesel fuel dispensing pumps or as a primary fuel filter/water separator for large diesel engines.The assembly features a locking ring collar, which attaches the filter housing to the aluminum die-cast filter head with four bolts. The slotted locking ring collar allows maintenance personnel to hand-loosen the four collar bolts, rotate and lower the bowl assembly for cartridge change outs. With new cartridge installed, simply raise the bowl and rotate into position on the locking ring and hand tighten evenly.The closure hardware consists of stainless steel nuts, bolts and washers with metal hand knobs for ease of maintenance – one person can easily change the filter element. No wrenches or other special tools are required. 100 LB-IN torque is highly recommended.Standard Design Features• Die-cast aluminum head • Steel filter bowl assembly •Powder-coated components •Locking ring collar, no V clamps •1 1/2" NPT Inlet and Outlet•10 bar @ 240°F max design pressure •Manual drain valve •Manual vent valveOptions• Mounting bracket • Sight glass• Pressure diff. indicator • Water ProbeApplications• Diesel fuel, aviation gas, gasoline and keroseneInstallations•Diesel fuel dispensing system •Marine fuel docks •Fuel systems on large diesel enginesUL listed versions are available as part numbers FBO-10-MA and FBO-14-MA. See bulletin 7694.1151"RVFS-2 12131415Features•Carbon steel construction; other materials available • ASME Code, Section VIII construction, stamped and certified • Zinc plated swing bolt closure • Buna-N o-ring cover seal • Hydraulic jack cover lift• Inlet and outlet permanently marked • Interior: epoxy-coated MIL-C-4556 E • Exterior: prime coated• Knife-edge cartridge mounting sealsOptional Accessories•Automatic air eliminator •Pressure relief valve•Differential pressure gauge •Sampling probes•Manual or automatic water drain valves•Sump drain line heaters •Liquid level sight glass •Water slug control valve •Pilot control valve•Rate of flow control valveIndustrial Filter/Water Separator VesselsThe RVFS Series Filter/Water Separator Vessels are for use with Racor Hydrocarbon ACP, RAC and CP Series Coalescers and SP, SS, ST, RSS and RST Series Separator Cartridges. Racor hydrocarbon RVFS Series two-stage vertical coalescer/separator housings are designed to filter solids and separate water from fuel. Using the correct combination of Racor hydrocarbon coalescer cartridges and second stage separator cartridges will provide the highest degree of water and solids removal.Applications • Diesel Fuel • Kerosene • Gasoline • Bio-Diesel Installations •Refineries •Terminals •Loading racks •Marine fuel sites •Fuel storage •Fuel pipelines Connections•Inlet and Outlet: 150# RF (ANSI) flanged •Main Drain: NPT•Vent and pressure relief connection: NPT •Differential pressure gauge/sample ports: NPTFeatures•Carbon steel construction;other materials available •ASME Code, Section VIII construction, stamped and certified •Zinc-plated swing bolt closure •Buna-N o-ring cover seal• Hydraulic jack cover lift• Inlet and outlet permanently marked •Interior: epoxy-coated MIL-C-4556E • Exterior: prime coated• Knife-edge cartridge mounting seals API/EI (IP) 1581 5th Edition Vertical and Horizontal Filter/Water Separator VesselsThe RVFS/5 Series Filter Water Separator Vessels are for use with Racor Hydrocarbon ACP and RAC Series Coalescers and SS, ST, RSS and RST Series Separator Cartridges. Racor hydrocarbon RVFS/5 Series two-stage vertical and horizontal coalescer/separator housings are designed to filter solids and separate free water from jet fuel. Using the correct combination of Racor hydrocarbon coalescer cartridges and second stage separator cartridges will provide the highest degree of water and solids removal.Applications• Jet A, Jet A1• JP4, JP5, JP8• KeroseneInstallations•Refineries•Terminals•Loading racks•Hydrant carts and refuelersConnections•Inlet and Outlet: 150# RF (ANSI) flanged•Main Drain: NPT•Vent and pressure relief connection: NPT•Differential pressure gauge/sample ports: NPTOptional Accessories•Automatic air eliminator•Pressure relief valve•Differential pressure gauge•Sampling probes•Manual or automatic waterdrain valves•Sump drain line heaters•Liquid level sight glass•Water slug control valve•Pilot control valve•Rate of flow control valveAPI/EI (IP) 5th EditionVertical Coalescer Separators (FWS)API/EI (IP) 5th EditionHorizontal Coalescer Separators (FWS)1617Standard Housing Data and Flow Rates18crankcaseventilation, marinefilter/silencers, cabin air filtersand replacement filters.Engine CrankcaseRacor’s tried and trustedrange of Spin-On fuelfilter/water separators andthe legendary Turbine Seriesrepresent, to customers,OEMs and end users alike,the very best in fuelfiltration solutions.1920high technology markets, achieving profitableDesigns, manufactures and markets system-filtration and clarification products, providingcustomers with the best value, quality, techni-Designs, manufactures and markets rigid and21Brochure No. 7537 USA01/07 5MParker Hannifin CorporationRacor Division P .O. Box 3208Modesto, CA 95353 USA 800/344-3286209/521-7860Fax 209/529-3278/racor e-mail: racor @Argentina •+54 (3327) 44-4129Australia •+61 (2) 9 634 7777Austria •+43-2622-23501-0Belgium •+32 (67) 280900Brazil •+55-12-3955-1000Canada •1-800-272-7537Central & South America/Caribbean •1-305-470-8800Chile •+56 (2) 623-1216China •+86 (21) 6445 9339Czech Republic •+42-0-2-830-85-221Denmark •+45-0-43-56-04-00Finland •+358 (0)3 54100France •+33-0-254-740304Germany •+49-0-2131-4016-0Hong Kong •+852 (2) 428 8008Hungary •+36 (1) 252 8137India •+91-22-5613 7081 /82/83/84/85Italy •+39-02-451921Japan •+81-3-6408-3900Jordan •+(962) (6) 810679Korea Choongnam •+82-41-583-1410Korea Kyoungnam •+82-55-389-0100Korea Seoul •+82-2-559-0420Mexico •1-800-272-7537Netherlands •+31-0-541-585000New Zealand •+64 (9) 573 1523Norway •+47-64-91-1000Poland •+48-22-863-4942Singapore •+65 6261 5233South Africa •+27 (11) 9610700Spain •+34 (91) 675 7300Sweden •+46-8-5979-5000Switzerland •+41-0-22-307-7111Taiwan •+886 (2) 2298 8987Thailand •+66 2717 8140United Arab Emirates •+971-2-6788587United Kingdom •+44 (0) 1924-487000USA •1-800-272-7537Venezuela •+58-212-238-54-22Filtration Group Headquarters6035 Parkland Blvd.Cleveland,Ohio,44124-4141 USA Tel:(216) 896-3000Fax:(216) /filtrationFiltration and Separation Division Balston Products242 Neck RoadHaverhill,MA 01835-0723 USA Tel:(978) 858-0505Fax:(978) /balstonFiltration and Separation Division Finite Filter Products500 Glaspie Street P .O.Box 599Oxford,MI 48371-5132 USA Tel:(248) 628-6400Fax:(248) /finitefilterHydraulic Filter Division16810 Fulton County Road #2Metamora,OH 43540-9714 USA Tel:(419) 644-4311Fax:(419) 644-6205/hydraulicfilterProcess Advanced Filtration Division2340 Eastman Avenue Oxnard,CA 93030 USA Toll Free:(877) 784-2234Tel:(805) 604-3400Fax:(805) 604-3401/processfiltrationParker Hannifin GmbH & Co KGInselstrasse 5D-70327 Stuttgart-Wangen Germany Tel:+49 (0) 711 7071 290-10Fax:+49 (0) 711 7071 /racorRacor Division Global Headquaters3400 Finch Road P .O.Box 3208Modesto,CA 95353 USA Toll Free:(800) 344-3286Tel:(209) 521-7860Fax:(209) /racor Beaufort,SC,USA Tel:(843) 846-3200Holly Springs,MS,USA Tel:(662) 252-2656Parker Hannifin Industria e Comercio Ltda.Filtration DivisionEstrada Municipal Joel de Paula,900Eugenio de Melo,São Josédos Campos CEP 12225-390 SP Brazil Tel:+55 (12) 4009 3500Fax:+55 (12) 4009 /brParker Hannifin Shanghai Co.Ltd.280 YunQiao RoadJinQiao Export Processing Zone Shanghai 201206 China Tel:+86 21 5031 2525Fax:+86 21 5834 /chinaParker Hannifin Thailand Co.Ltd.1023 3rd Floor,TPS Building Pattanakarn RoadSuanluang,Bangkok 10250 Thailand Tel:+66 2717 8140Fax:+66 2717 /thailandParker Hannifin Corporation IndiaPlot EL 26,MIDC,TTC Industrial Area Mahape,Navi Mumbai 400709 India Tel:+91 22 5613 7081/82/83/84/85Fax:+91 22 2768 6618//indiaParker WorldwideSales OfficesContact Parker’s worldwide service and distribution network by calling:Parker Filtration GroupEngineering, Manufacturing & Service LocationsParker Hannifin UK Ltd.Filter Division EuropeShaw Cross Business Park Churwell ValeDewsbury,WF12 7RD EnglandTel:+44 (0) 1924 487000Fax:+44 (0) 1924 487038/eurofiltParker Hannifin Oy Filtration Division Salmentìe 260FI-31700 Urjala as.FinlandTel:+358 20 753 2500Fax:+358 20 753 2501/fidomnick hunter Filter Division Durham Road,Birtley Co.Durham,DH3 2SF EnglandTel:+44 (0) 191 410 5121Fax:+44 (0) 191 410 2532Parker Korea Ltd .777 Jung-Ri Dongtan-Myeon,Hwaseong-City Kyunggi-Do,445-813 KoreaTel:+82 31 379 2200Fax:+82 31 377 9710/koreaParker Hannifin Africa Pty Ltd.Parker Place,10 Berne Avenue,Aeroport Kempton Park,1620 South AfricaTel:+27 11 9610700Fax:+27 11 3927213/euParker Hannifin Japan Ltd 626,Totsuka- cho,Totsuka-ku Yokohama-shi,244-0003 Japan Tel:+81 45 870 1522Fax:+81 45 864 5305/japan。
- 1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。
: : 0,6 Nm³/m²min : 9 bar : 1 bar (atmospheric) : 2x2 m: = 7 - 25,5 m/s = 40 - 266 m/s = 384 m² (60 = 7 m/s = 21 m/s = 576 m² (60
)
2,5x2,5 m:
)
© Outotec - All rights reserved
576m2
FEM
© Outotec - All rights reserved
(
)
”
( )
© Outotec - All rights reserved
© Outotec - All rights reserved
Outotec Larox
- ”Larox
”
© Outotec - All rights reserved
PF
•1.
•
•6.
•2.
I
•3.
•
•4.
II
•5.
• • • •
2/1999
• • • •
11
© Outotec - All rights reserved
© Outotec - All rights reserved
PF
•Drying Air •Wash and flush water •Air •Air release tank •Filtrate •Pressing water station •Cloth wash water
© Outotec - All rights reserved
1,6 -8,3 2,44 - 12,5
© Outotec - All rights reserved
© Outotec - All rights reserved
2×2m 16
0.1bar 1mm
16mm
© Outotec - All rights reserved
© Outotec - All rights reserved
Year 2010 MILLTEAM EDMESTON AUBURN
2006
Listing on the Helsinki Stock Exchange
OUTOKUMPU TECHNOLOGY
2001 BOLIDEN CONTECH GRINDING MILLS KHD ALUMINIUM AISCO, SUPAFLO WENMEC
60mm
© Outotec - All rights reserved
© Outotec - All rights reserved
FFP 1516
FFP 2512
MFP 1516
© Outotec - All rights reserved
8 4 1500 x 1500 0.9 m2/ 2000 x 2000 1.95 m2/
•Slurry •Distributor drain •Slurry feed
•Cake conveyor
•Slurry tank
13
29/03/2013
© Outotec - All rights reserved
•
•
• • • • – – – •
•
14 3/1998
© Outotec - All rights reserved
20
3
2011 5
© Outotec - All rights reserved
•
© Outotec - All rights reserved
•
• • • •
•Resource & •
Reserve Estimates •
•
• • •
• • •
•
• •
• • •
• •
•
•
4
March 29, 2013
(6
)
2500 x 2500 0.8 m2/
© Outotec - All rights reserved
12.0 11.5 11.0
test 12 (10 bar ) test 13 ( 6 bar )
%
10.5 10.0 9.5 9.0 8.5 8.0 0 1 2 3 4
© Outotec - All rights reserved
Outotec Larox PF Filter for Concentrates
© Outotec - All rights reserved
Copper Concentrate, Australia
23
9 July 2012
Outotec Larox PF Filter for Concentrates
•
PF
• • •
:
• • • • • •
• • • •
• • • •
•
15 29/03/2013
© Outotec - All rights reserved
•
•PF
•
16 29/03/2013
,
© Outotec - All rights reserved
PF
• •Larox
•
•
•
• •
17
30
5.65 7.3 12.3 132
40
5.65 7.3 14.6 148
50
5.65 7.3 17.0 171
60
5.65 7.3 19.4 184
Up to 110
© Outotec - All rights reserved
© Outotec - All rights reserved
Outotec Larox FFP
1990
AUSMELT
1970 OUTOKUMPU 1950 LURGI METALLURGIE 1900
LAROX
2
2011
© Outotec
© Outotec - All rights reserved
(Outotec)
• • • • Ausmelt 2010 2010 (Outokumpu)
FFP
© Outotec - All rights reserved
•
© Outotec - All rights reserved
• • •
© Outotec - All rights reserved
( ) :
© Outotec - All rights reserved
DCS
© Outotec - All rights reserved
PF
7
29/03/2013
© Outotec - All rights reserved
9.5 - 144 m2 (102 - 1549 ft2)
© Outotec - All rights reserved
© Outotec - All rights reserved
© Outotec - All rights reserved
© Outotec - All rights reserved
© Outotec - All rights reserved
Solid-liquid separation solutions
Outotec Larox FFP 2013
Outotec Larox FFP 2512
© Outotec - All rights reserved
Outotec Larox FFP2512
···
© Outotec - All rights reserved
Outotec Larox FFP 2512
•
• • • •
• •
© Outotec - All rights reserved
Outotec Larox FFP 2512
•
288m2
Outotec Larox PF Filter for Concentrates
© Outotec - All rights reserved
Copper Concentrate, Chile
26
9 July 2012
Outotec Larox PF Filter for Concentrates
Australia and Pacific countries 12 %
Asia 22 %
Other 16 %
Sales by end product
Copper 25 %
70
Other metals 6% Sulfuric acid 8% Nickel 7% Iron 12 % Zinc 5% Precious metals 11 % Aluminum 7% Ferroalloys 3%
65
© Outotec - All rights reserved
Thank You!
Sustainable use of Earth's natural resources
55
2010
© Outotec
© Outotec - All rights reserved
12.00 m³ 14.40 m³
11.52 m³ 14.40 m³ 17.28 m³ 3000 x 3300
(mm)
© Outotec - All rights reserved
Outotec Larox FFP 2512
-
Outotec Larox FFP 2512
,m ,m ,m ,t , m²
=
2006
Sales by region Europe