260553 PPM00137EN Indhold - Alfa · PDF filepressurevessel.Additionalchecksare carriedout,andtheheatexchangeris preparedfortransport. Manufacturingprocessesaremanaged bytheProduction,Engineeringand

Leading in heat transfer technology

Alfa Laval in brief

Alfa Laval is a leading global provider of

specialized products and engineered

solutions. Our equipment, systems and

services are dedicated to helping

customers to optimize the performance

of their processes. Time and

time again.

We help our customers to heat,

cool, separate and transport products

such as oil, water, chemicals,

beverages, foodstuffs, starch and

pharmaceuticals.

Our worldwide organization works

closely with customers in almost 100

countries to help them stay ahead.

How to contact Alfa Laval

Up-to-date Alfa Laval contact details for

all countries are always available on our

website at www.alfalaval.com

Alfa

Lavalisatrad

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Alfa

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PPI00196EN 0705

Guide to Alfa Laval Packinox heat exchangers

260553_PPM00137EN Omslag:260553_PPM00137EN Omslag 21/05/07 10:39 Side 1


Alfa Laval Packinox heat exchangers 3

Alfa Laval Packinox Introduction 4Proven efficiency and performance 5

Alfa Laval Packinox Applications 6Overview 7Technology for feed/effluent applications 8Technology for other applications 10

Alfa Laval Packinox Locations 12

Alfa Laval Packinox Engineering and Technical Services 13Research and development 13Engineering staff 13Engineering equipment 13Project management 13Packinox services 13Codes and standards 13Association membership 13

Alfa Laval Packinox Fabrication Facilities 14Forming facility 14Assembly shop 15Quality control 15

Alfa Laval Packinox Subcontractors 16Pressure vessels manufacturers 16Cr-Mo low alloy steel plate suppliers 16Cr-Mo low alloy steel forging suppliers 16Stainless steel plate suppliers 16Welding material suppliers 16Bellows suppliers 16

Alfa Laval Packinox Certifications 17ISO 9001 certification 17ISO 14001 certification 17ASME certification 18National board of boiler and pressurevessel inspectors certification 18Gosgortekhnadzor authorization 18

Contents

260553_PPM00137EN Indhold:260553_PPM00137EN Indhold 21/05/07 10:40 Side 3

4 Alfa Laval Packinox heat exchangers

Almost 3 decades of experience hasmade Alfa Laval Packinox S.A.S. theworld leader in large welded-plateheat exchangers for the hydrocarbonindustry.

Using its unique proprietary technologyand manufacturing process, Alfa LavalPackinox designs, develops andfabricates heat exchangers with anextensive array of end-user benefits.

Beginning in heat transfer for catalyticreforming, Alfa Laval Packinox soongained recognition as an industrystandard and has experiencedcontinuous growth and development.

With its proven technology, Alfa LavalPackinox has won industryrecognition in a wide range ofapplications.

Alfa Laval Packinox’s outstanding list ofreferences in new units and debottle-necking revamps includes engineeringcontractors and end-users in suchprocesses as catalytic reforming andhydrotreating, as well as paraxyleneproduction.

More than 300 Alfa Laval Packinox heatexchangers have been installedthroughout the world, with nearly 140 inthe Asia-Pacific region, 85 in Europeand the CIS, 49 in the Americas, and 67in the Middle East, Africa and the Indian

Alfa Laval Packinox Introduction

subcontinent in a range of processesfrom catalytic reforming to linearalkylbenzene and more.

Significant resources are allocated toR&D in an ongoing commitment to keepapace of the industry. Alfa LavalPackinox’s staff of thermal andmechanical engineers performs theresearch and analysis necessary toensure that every Alfa Laval Packinox

heat exchanger offers the highestefficiency and reliability.

Their tools include in-house PASHAsoftware, a powerful program forcalculating optimum design andpredicting the effects of diverseoperating conditions on theperformance of Alfa Laval Packinox heatexchangers.

Packinox assembly hall at Chalon-sur-Saône

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The cutting edge technology of AlfaLaval Packinox heat exchangersensures optium performance andreliability in even the mostdemanding operating conditions.

In 1980, Afa Laval Packinox made thebreakthrough which successfullycombines the high temperature, highpressure performance of shell and tubeswith the thermal and hydraulic efficiencyof plate technology in a compact, largecapacity design.

Diverse applicationsBecause Alfa Laval Packinoxexchangers withstand extremetemperatures at high pressure, they aresuited to a variety of services.

One of the largest Packinox exchangers, for paraxylene production in india

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Proven efficiency and performance



Listed below are some of theapplications for which Alfa LavalPackinox has commercial references.(See the Alfa Laval Packinox referencelist for further information.) For otherapplications, please contact us for afeasibility /cost study.

1 – Feed / Effluent technology• Catalytic reforming (continuousregeneration and fixed bed)

• Hydrotreating/Hydrodesulfurization(gasoil, naphtha and kerosene feeds,pyrolysis gasoline)

• Paraxylene plants(xylene isomerization, toluenedisproportionation units)

• Paraffin dehydrogenation for LABplants

• Methanol synthesis loop (feed/effluentconverter preheater)

2 – Non feed / Effluent technology• Stripper Bottoms Heat Exchanger forhydrotreating

• Ziepack condensers and reboilers• Multi-stream applications(MTBE Reactor Effluent Chiller)

• ProserPack heat exchanger plusgas-liquid separator for condensaterecovery loops/dew point control units

Alfa Laval Packinox Applications

A Alfa Laval Packinox heat exchanger for pyrolysis Gasoline hydrogenation

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Alfa Laval Packinox custom-designedheat exchangers offer higher thermalefficiency, lower pressure drop andsuperior compactness to meetcustomer demand for:

• Less capital outlay- lower installation costs (potentiallyfewer exchangers, less spending onassociated piping and valves,transportation, etc.)-downsizing of surrounding equipment(fired heaters, compressors, aircoolers, etc.)

• Lower operating costs-energy savings, for example on firedheaters, compressors, and air (orwater) coolers-possibility of improving reaction yieldby optimizing conditions at the reactor

• Less spending on upkeep-high fluid turbulence means less foulingand fewer cleaning requirements-accessibility for maintenance isfacilitated by top and bottom endmanholes- fewer flanges means fewer potentialpoints of leakage to inspect

• Clean, safe operation-double-containment design minimizesthe risk of leakage and attendant firehazard-by allowing other equipment to burnless fuel, Alfa Laval Packinox keepsharmful emissions to the atmospherein check

• Quick payback-Alfa Laval Packinox can replaceexisting tubulars for economical

debottlenecking revamps with nocostly change to other maincomponents such as furnaces,compressors, air /water coolers.

Process optimization via improved heatrecovery integration is one solution totrimming a unit’s overall costs. Ingeneral, Alfa Laval Packinox heatexchangers are effective solutions whenthe process requires at least one of thefollowing:

-High thermal efficiency-Low pressure drop (∆P)Total ∆P usually ranges from 0.35 bar to1.5 bar (total flange-to-flange, bothsides).For applications where lower ∆P has amajor impact on costs, total ∆P designvalue can be as low as 0.05 bar.-Extensive heat exchange area in asingle compact unit

To achieve maximum savings, it is bestto consider Alfa Laval Packinox heatexchangers at the earliest stages of thebasic engineering design.

Alfa Laval Packinox offers theseguidelines for preliminary informationonly.Overall financial balance should beanalyzed in terms of capital andoperating costs of the unit as awhole, site and equipmentconstraints (revamps or new units),and overall process optimization.

Overview

A standard combined feed/effluent heat exchanger en route for a catalytic reforming unit

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Pressure & temperature operatinglimits:Temperature:Typical design temperature range is300°C - 550°C (1,000°F).Design temperature as high as 650°C(1,200°F) has been achieved.Note: internal bellows compensate forthermal differential expansion.

Description:Alfa Laval Packinox combinedfeed/effluent plate heat exchangerscomprise a welded bundle block and apressure vessel.

Heat transfer takes place exclusivelywithin the bundle block so that noprocess fluids circulate inside the shell.The pressure vessel is filled with higherpressure fluid for compression of thebundle block. Bundle plates areexposed only to the differential pressureof the flowing fluids; thus Alfa LavalPackinox heat exchangers operatesafety even in high pressureapplications.

Installation:In general, Alfa Laval Packinox heatexchangers are installed in an uprightposition (the pressure vessel is fittedwith a skirt or brackets) within minimalfootprint.

Current size range:Shell diameter: 1 m to 6 m (3 to 18ft.)Shell total length: 10 m to 20 m (30 to65 ft.) Total weight: 30 to 300 metrictons (60,000 lb. to 600,000 lb.)Equivalent S&T surface area: 1 000 to27 000 m2 (11,000 to 297,000 sq. ft.) ina single shell.

Construction materials:Bundle: Stainless steel (SS 321, SS 316,SS 304, etc.) and carbon steel. Qualifiedconstruction materials include all typesof austenitic stainless steel in addition totitanium and highly corrosion resistant 6Mo austenitic SS Vessel: 1.25 Cr - 0.5Mo, 2.25 Cr - 1.0 Mo, stainless steel,carbon steel or other as per customerrequirements Bellows: Inconel, Incoloyor other, subject to demand.

Pressure:The pressure vessel is designed towithstand operating pressure; designpressure is no obstacle for Alfa LavalPackinox heat exchangers.Our reference list includes exchangerswith design pressure ranging from3 bar to 120 bar.Differential pressure between feed andeffluent is the bundle’s only mechanicallimitation. As a conservative measure,we currently limit this value to 40 bar.

Technology for feed/effluentapplications

Welding of the effluent header to the plate bundle

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Feed outlet

Effluent inlet

Vent

Hot bellows

Manhole

Feed header

Effluent header

Bundle support

Pressure vessel

Welded plate bundle

Brackets (or skirt)

Effluent header

Venturi

Cold bellows

Spray bar

Liquid feed inlet

Drain

Recycled gas inlet

Effluent outlet



Ziepack heat exchangersZiepack compact in-columncondensers, stab-in reboilers and gas-gas heat exchangers are designed forhigh condensation or evaporation dutyprimarily in the petrochemicals industry.

The construction of Ziepack platebundles combines plate and weldingtechnology with “hydroforming”, the useof high pressure water to shape plates.“Double-plate channels” for the processcooling or heating medium arehydroformed between the welds of twolaser-welded stainless steel plates.

This section presents alternativemechanical designs that have beensuccessfully applied in specificprocesses.

The fundamentals of Alfa LavalPackinox heat exchangers (materials,surface area, thermal and hydraulicefficiency, pressure constraints,dimensions, etc.) remain unchanged,but the designs are adapted to processconditions in the interest of providingthe best technical and cost-effectivesolution.

Process fluid boils or condenses in“interplate channels”, i.e. the passagesbetween two sets of double-platechannels.

Their unique design makes Ziepackheat exchangers ideal where lowpressure drop and compactness areessential, particularly in vacuumdistillation columns. For revamps,Ziepack presents the added advantagesof fitting available column space andaccommodating existing equipment.

Technology for other applications

Ziepack In-column condenser fo Phenol service

Ziepackcondenser

Ziepack reboiler



Bundle & thick plate designWhen design temperature, pressure andfluid properties allow safe operationwithout a pressure vessel, the bundlecan be compressed with thick platesand tie rods like a conventional plateand frame heat exchanger.

Alfa Laval Packinox Stripper BottomsHeat Exchangers forhydrodesulfurization and Alfa LavalPackinox Reactor Effluent Chillers aremanufactured according to thisprinciple.

ProserPackProserPack integrates a gas-liquidseparator and a large-scale compactAlfa Laval Packinox welded plate heatexchanger into a single pressure vesselfor service in gas processing units.

This combined separator /Alfa LavalPackinox heat exchanger can serve invarious gas processing schemes (turboexpander, mechanical refrigeration orJoule-Thompson loops), and areparticularly attractive solutions foroffshore platforms, where footprint andweight are crucial.

ProserPack for gas processingStripper Bottoms Heat Exchanger

Condensate outlets

Condensate inlet

Inlet-effluent

Treated gas

Gas outlet

Mist eliminator

Separatedgas

Liquid level

Gas from LTS



Subsidiary:Alfa Laval Packinox located in Alfa Laval officeNorthwood Industrial Park, West 12249 C FM529Houston, TX 77041, USAPhone: (Country code 1) (713) 934 3160E-mail: [email protected]

Sales in North and South America.

Sales Offices:Alfa Laval Packinox - Moscow Representative Officeul. Kalanchevskaya, d. 11, str. 2, room 313107078 Moscow, Russia.Tel.: (Country code 7) (495) 631 56 78Fax/tel.: (Country code 7) (495) 631 56 77E-mail: [email protected]

A liaison office for sales in the Community of IndependentStates (Former Soviet Union).

Alfa Laval Packinox - BeijingRoom 709, 7th Floor - Lido Office TowerLido, Place – Jichang Road, Jiangtai RoadBeijing 100004 – ChinaPhone: (Country code 86) 10-6430 1088Fax: (Country code 86) 10-6430 1089E-mail: [email protected]

A liaison office for sales in China.

Alfa Laval Packinox’ S.A.S. OfficesAlfa Laval Packinox applies a systematic policy ofunderstanding market needs and maintaining goodcommunications with its clients. This objective is achievedwith the participation of its satellite offices, Packinox Inc. in theUSA, the Moscow and Beijing business offices.

Headquarters:Alfa Laval Packinox S.A.S.14 rue de Bassano75116 Paris – FrancePhone: (Country code 33) (1) 53 67 41 41Fax: (Country code 33) (1) 53 67 41 42E-mail: [email protected]

General Management and Sales.

Manufacturing Center:Alfa Laval Packinox4 Rue Thomas Dumorey, B.P. 18771105 Chalon-sur-Saône Cedex - France Phone: (Countrycode 33) (3) 85 90 35 70Fax: (Country code 33) (3) 85 90 35 99E-mail: [email protected]

General Management, Engineering, Project Management,Production, Procurement, Inspection, Quality Assurance,Technical Division, Packinox Services and Accounting.

Alfa Laval Packinox Locations



Research and DevelopmentRecognizing the necessity to maintain itstechnical skill at the highest level for itsclients benefit, Alfa Laval Packinoxcontinues to devote significant resourcesto Research and Development,developing and expanding the futureapplications of Alfa Laval Packinoxtechnology. In addition Alfa LavalPackinox can utilise the FramatomeTechnical Center and its specialists invarious technical fields for its researchprograms.

Engineering StaffAlfa Laval Packinox’s EngineeringDivision offers combined expertise inboth thermal / hydraulic and mechanicalengineering.• 6 Thermal Engineers• 4 Mechanical Engineers• Draftsmen

Engineering EquipmentThe 350 m2 Alfa Laval Packinox facilitiesinclude:• In-house PASHA thermal and hydraulicdesign and rating computer software.This sophisticated two phase flowcomputer code has been verified bylaboratory tests and full scale AlfaLaval Packinox heat exchanger testruns

• STAR CD computer flow dynamiccalculation code

• SYSTUS, a finite elements computercode

• Pro/ENGINEER CAD system• Pro/MECHANICA mechanical analysissoftware

• 8 CAD workstations• Plotters and laser printers

• Electronic data transmission modemconnected to Compuserve/InternetPossibility of recording plans on CD-ROM

• MICROPROTOL pressure vesseldesign software

• In-house mechanical design software

Project ManagementEach project, upon receipt of the order,is assigned a Project Manager. TheProject Manager is responsible forcoordinating all tasks from design of theheat exchanger to its completion,including testing and shipping.Throughout the project, the ProjectManager communicates continuouslywith the client and with the mainsubcontractor. He is also responsible formeeting delivery deadlines. The ProjectManagement Team consists of threeProject Managers based at thefabrication facility in Chalon-sur-Saône.

Alfa Laval Packinox ServicesAlfa Laval Packinox Services providestraining, diagnostic, technical expertiseand assistance. It also supplies spareparts when required. Three fieldengineers and two technicians have fulltime responsibility for this assistance.Codes and Standards Packinox refers tothe following codes and standards. Italso complies with the local regulationsof the countries to which Alfa LavalPackinox products are delivered. This listis indicative only.• Australia: AS 12 10 standard• Europe: EN European Standards• France: CODAP• Germany- AD Merkblatter• Great Britain: PED 5500• India: IS 2825 - IS 875 - IS 1893• Italy- RACCOLTA VSR-M-S• Japan: High Pressure Gas Control Law

• Russia: Gosgortekhnadzor GOST 14249, 24 755, 25 859, R 51273, R51274, OST 26-291, 36-75, PD PTM26-15, SNIP II.11, OTY-1

• United States:-ASME Boiler and Pressure VesselCode: section VIII Division 1 andDivision 2 for Construction of PressureVessels section II for MaterialSpecifications and Properties section Vfor Non Destructive Examinationssection IX for Welding and BrazingQualifications-ASME B 16.47 for Large DiameterSteel Flanges-ASME/ANSI B 16.5 Pipe Flanges andFlanged Fittings-ASME B 31.3 for Process Piping-ASCE Minimum Design Loads forBuildings and Other Structures-ICC International Building Code-API 938 and 941 standards-ASTM Standard-EJMA Standard for Expansion Joints-NBIC for Repairs on Location-Welding Research Council Bulletin 107and 297

Association MembershipAlfa Laval Packinox is a member of• National Petroleum RefinersAssociation (NPRA)

• Groupement de Recherche sur lesEquipements Thermiques (GRETh) inFrance

• Heat Transfer Research Institute (HTRI)in the USA

Alfa Laval Packinox Engineeringand Technical Services



The plates are then stacked on theworld’s largest bundle welding presswhere automated TIG welds areperformed.

Operators manually weld header boxesto the bundle.

All materials and processes used in thefabrication of Alfa Laval Packinox heatexchangers must meet rigorous qualityrequirements. Thorough inspection isperformed at each step of fabrication.

After passing a series of inspections,the plate bundle is inserted into apressure vessel. Additional checks arecarried out, and the heat exchanger isprepared for transport.

Manufacturing processes are managedby the Production, Engineering andDesign Departments and supported bya specialized Quality Control, Inspectionand Assurance system. Alfa LavalPackinox holds certificatesdemonstrating conformity with ISO9000, ASME, National Board and othermajor standards.

Explosion forming of plates and platebundle assembly are carried out atAlfa Laval Packinox’s purpose-builtfacilities at Chalon-sur-Saône inBurgundy, France.

Tens of thousand of stainless steelplates up to 2m wide, in lengthsreaching 15m, have been explosionformed underwater since Alfa LavalPackinox first developed thistechnology.

The plates’ distinctive chevron-shapedcorrugations make Alfa Laval Packinoxheat exchangers highly efficient staticmixers, providing optimum heat transferfor two-phase flow.

The hundreds of plates used to build asingle Alfa Laval Packinox are preparedfor welding. Inlet/outlet inserts areadded to ensure low pressure drop bydistributing fluids over minimum spaceduring operation.

Forming FacilityThe forming facility comprises:

•Two 30m x 30m halls for explosionforming preparation

-Two lines of handling equipmentspecially designed to handlecorrugated plates-Two 10 T electrical trolleys

•One 20m diameter explosion formingpool

-One 2 x 12,5 T travelling crane-Low chloride content water control unit-Waste water treatment facility-15m plate capacity

•One storage bunker for explosives

• Utilities-Electrical Power 380 V - 160 kVA-Compressed air-Low chloride content water

Alfa Laval PackinoxFabrication Facilities

Inside the world’s largest bundle press, an operatorchecks the welding of the bundle wall

A newly corrugated plate emerging from theexplosion forming pool

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Assembly ShopThe 180m x 25m x 25m assembly shophouses:

•Overhead cranes:-Two 120 T travelling cranes (heightunder hook: 19m)-One 60 T travelling crane-Five lines of handling equipmentspecially designed to handlecorrugated plates

•Assembly equipment-Two tables for plate edge preparation-Two 280 T welding presses-One 750 T welding presses

•Welding-Four automatic TIG/PLASMA weldingmachines each equipped with two orfour driven robot heads-Six semi-automatic MIG weldingmachines

-31 sets of TIG manual weldingmachines

The 70m x 20m x 12m extensionhouses:

• Overhead cranes3.16 T Travelling cranes

• Cutting equipment- One computer controlled plasmacutting machine equipped with twoheads on a 2m x 15m table

• Inspection- One specific table which allowinspection of both sides of each sheet

Utilities-Electrical power 380 V 1600 kW-Compressed air-Low chloride content water

Quality controlAt all stages of manufacturing,equipment parts are inspected in orderto ensure quality and compliance withspecification. Inspection includes:•Non destructive examination-X-Ray Radiography-Ultrasonic-Magnetic Particle-Dye penetrant-PMI-Hydrostatic test using demineralizedwater with less than 5 pprn chloridecontent-Pneumatic pressure and vacuum tests-All examination and testing equipmentis calibrated periodically at pre-established intervals.

Packinox inspectors utilize Framatome’sDestructive Test Laboratory for Charpy,tensile, macrograph and micrographtesting.

Insertion of the plate bundle into the pressurevessel is closely monitored

Welding of the effluent header to the plate bundle

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Cr-Mo Low Alloy Steel PlateSuppliersThe following companies have suppliedAlfa Laval Packinox’s pressure vesselmanufacturers.As Alfa Laval Packinox works withvarious pressure vessel manufacturersin different countries, this list is notcomprehensive.

-CLI /Fafer, Le Creusot, France,-Voest Alpine, Strasbourg, France,-Dillinger Hutte A.G., Dillingen Saar,Germany

Cr-Mo Low Alloy Steel ForgingSuppliersThe following companies have suppliedAlfa LAval Packinox’s pressure vesselmanufacturers. As Alfa Laval Packinoxworks with varions pressure vesselmanufacturers in different countries, thislist is not comprehensive.

-Loire Industrie, Saint-Chamond,France,-Bruck, Ensheim, Germany,-Mame Cividate Camuno (BS), Italy.

Alfa Laval Packinox S.A.S. workswith reputable subcontractors andhas the appropriate organization toensure that subcontractors complywith Alfa Laval Packinox standardsand specifications.

Pressure Vessel ManufacturersAlfa Laval Packinox has worked with thefollowing pressure vesselmanufacturers:

• In France:-C.D.R. Chaudronnerie des Roches,Saint-Clair-du-Rhône,-C.M.P. Arles,-Sotralentz Metal Industrie, Drulingen,-Franc-Comtoise Industrie,Lons-le-Saunier.

• International:-Chiyoda Protech, Kawasaki, Japan,-M.H.I., Hiroshima, Japan,-Doosan, Hangwon-City Kyung-Nam,Korea,-Schwartz-Hautmont, Tarragona, Spain,-Cosmin Spa, Cagliari (Sardegnia), Italy,-Hanover, Houston (Texas), UnitedStates,-ATB, Brescia, Italy,-W.E. SMITH, Australia.

Stainless Steel Plate Suppliers

• In France:-Ugine & Alz, Puteaux-Outokumpu, Saint-Quentin Fallavier

Welding Material Suppliers

• In France:-Böhler-Thyssen, Maurepas-Oerlikon, Saint-Ouen l’Aumône

Bellows Suppliers

-SFZ, Chassière, France-Techniflex Witzenmann France Sarl,Marne-la-Vallée, France-Pathway, Oak Ridge, TN, USA

Alfa Laval Packinox Subcontractors



ISO 9001 CertificationAlfa Laval Packinox’s objective is toproduce heat exchangers with thehighest quality standards.

Quality Assurance programs whichsupport that objective have beenoperating for many years.

Since June 1994, Alfa Laval Packinox’sQuality Assurance programs have beencertified as meeting the full requirementsofISO 9001 for design, fabrication,inspection and technical assistance.This certification being regularlyrenewed.

Alfa Laval Packinox Certifications

Alfa Laval Packinox’s Quality Assuranceprograms aim to guarantee that theequipment manufactured conforms inevery respect to its design requirementsand is built according to normalengineering standards and goodpractices.

ISO 14001Since June 2002, Alfa Laval Packinox’senvironment Management system iscertified ISO 14001.



ASME CertificationSince September 1992, Alfa LavalPackinox has held the following ASMECertificates:•U Certificate of Authorization N° 26,571

•U2 Certificate of Authorization N° 26,572

National Board of Boilerand Pressure Vessel InspectorsCertificationSince October 1992, Alfa LavalPackinox has held an R Certificate ofAuthorization N° R 3002 covering repairand alteration.Packinox is also authorized to apply theNB mark.

Gosgortekhnadzor AuthorizationIn March 1995, Alfa Laval Packinoxreceived Gosgortekhnadzoraccreditation allowing the importationand use of Alfa Laval Packinoxexchangers in Russia and theauthorization to perform repairs ifrequired.



Leading in heat transfer technology

Alfa Laval in brief

Alfa Laval is a leading global provider of

specialized products and engineered

solutions. Our equipment, systems and

services are dedicated to helping

customers to optimize the performance

of their processes. Time and

time again.

We help our customers to heat,

cool, separate and transport products

such as oil, water, chemicals,

beverages, foodstuffs, starch and

pharmaceuticals.

Our worldwide organization works

closely with customers in almost 100

countries to help them stay ahead.

How to contact Alfa Laval

Up-to-date Alfa Laval contact details for

all countries are always available on our

website at www.alfalaval.com

Alfa

Lavalisatrad

emarkregistered

andow

nedby

Alfa

LavalC

orpo

rate

AB,S

wed

en.©

2005

Alfa

Laval

PPI00196EN 0705

Guide to Alfa Laval Packinox heat exchangers


Documents

260553 PPM00137EN Indhold - Alfa · PDF filepressurevessel.Additionalchecksare carriedout,andtheheatexchangeris preparedfortransport. Manufacturingprocessesaremanaged bytheProduction,Engineeringand