FACT SHEET (ONLINE) - Arveng Training

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FACT SHEET (ONLINE)API 650 – Aboveground Storage Tanks 120 hsWhat to Expect?Get familiar with the terminology and acquirevocabulary and fundamentals.Understand the code organization and learn to defineloads and design conditions.Learn to design and calculate all the maincomponents of Storage Tanks.Benefit from Lessons Learned and Best Practicesfrom different international projectsCourse DurationOnline Course: Design of AbovegroundStorage Tanks according to API 650 forindustrial applications.Enrolment can be to the full course or toeach part individually (three).Full Course: 120 hs; to be completed in 90 days. TheVirtual Campus will be open for 150 days (flexibility).Parts (three): 40 hs, to be completed in 30 days. TheVirtual Campus will be open for 60 days (flexibility).MethodologyWho Should Attend?Self-guided, Hands-On CourseThis course is intended for graduates (or soon to be),designers, freelancers, technicians and anufacturing, safety, quality and maintenance ofsystems and equipment in industrial processes.Available 24/7, Self-paced coursePrevious knowledge of this subject is not required toattend to the course.“Learn by doing” conceptNon-scheduled sessionsInstructor available during the entire courseIncluded in the courseStudy NotesTraining ObjectivesThe main objective of this course is to transfer toparticipants the theoretical and practical skillsrequired in projects, obtained from experience andsound engineering practices.Arveng Online Course Fact Sheet – API 650 Aboveground Storage Tankswww.arvengtraining.com - courses@arvengtraining.comSummary VideosConceptual QuestionsCase Studies based in real designsDesign & calculation sheetsPage 1 of 5

Part I: 40 hsLesson 1: Codes & Design ConditionsLesson 3: Tank Shell DesignDesign CodesDesign ConsiderationsAPI 650 codeOne-foot calculation methodCode organization, ScopeThickness due to Liquid LevelOther applicable codesMinimum ThicknessDesign conditionsFabrication requirementsDesign loadsWeldingInternal and External pressureNon-destructive examinationDesign temperatureHydrostatic TestProposed Case StudiesProposed Case Studies Vocabulary and terminology Material Selection, Allowable Stress Code organization, scope Number and height of shell courses Design Loads Thickness calc’s Operating conditions Nominal plate thicknessesLesson 2: Material SelectionLesson 4: Tank Bottom DesignMaterial selectionBottom plates designCorrosion typesPlates arrangement, minimum thicknessCorrosion AllowanceAnnular ringEssential properties of materialsWidth calculation, minimum thicknessMaterial designationFabrication requirementsMost used materialsPlate edge finishingGeneral requirementsWeldingProposed Case StudiesProposed Case Studies Vocabulary and terminology Material Designation (shell, bottom, annular ring) Materials designation Mechanical properties Allowable Stress selection Annular ring requirement MDMT Verification Bottom plate thickness & annular ringArveng Online Course Fact Sheet – API 650 Aboveground Storage Tankswww.arvengtraining.com - courses@arvengtraining.comPage 2 of 5

Part II: 40 hsLesson 5: Design of Wind GirdersLesson 7: Fixed Roof DesignTank shell stabilityTypes of fixed roofsTop ringConical typeSelf-supported roofsDome & umbrella typeSupported roofsFixed roofs configurationTank shell stiffeners due to windSelf-supported roofTop and Intermediate ringsSupported roofProfile selectionStructure for supported roofsProposed Case StudiesProposed Case Studies Top ring profile selection Self-supported roof calculation Top angle calculation Loads and plate thickness Transformed height calculation Supported roof calculation Intermediate rings calculations Frame & columns calculationLesson 6: External Pressure - VacuumLesson 8: Floating Roof DesignDesign considerationsFloating roof selectionExternal pressure verification (Vacuum)External floating roofExternal pressure rangeSingle & double deck roofsTank shell verificationFloating roofs appurtenancesLoad combinations: wind pressureBuoyancy – Pontoon designWind girdersInternal floating roofNumber of girders and spacingTypes of roofsMoment of inertia requiredDesign requirements, materialsProposed Case StudiesProposed Case Studies Transformed height calculation Material properties Design external pressure/Allowable calculation Pontoon design Number and spacing of rings Pontoon buoyancy verification Standard profile selection Deck stress verificationArveng Online Course Fact Sheet – API 650 Aboveground Storage Tankswww.arvengtraining.com - courses@arvengtraining.comPage 3 of 5

Part III: 40 hsLesson 9: Nozzle DesignLesson 11: Seismic LoadsNozzle configurationSeismic LoadsStandard flangesSeismic Spectrum (accelerations)Nozzle necksOverturning moment & base shearReinforcementsVertical loadsNozzles in tanksDesign loads verificationTank shell nozzlesResistant momentTank roof nozzlesSliding verificationCleaning nozzlesFreeboard requirementProposed Case StudiesProposed Case Studies Material selection Seismic parameter definition Material designation for components Tank components weight calculation Flange selection / Rating Overturning moment & base shear calc Nozzle selection as per code Resistant loads verificationLesson 10: Wind LoadsLesson 12: Tank AnchorageWind loadsAnchor bolts requirementsWind profile according to job siteWind loadsWind speed and pressureSeismic loadsWind overturning verificationInternal pressureImpose loadsTank upliftOverturning resistanceBolts number and cross-sectionTank sliding due to windChairs designProposed Case StudiesProposed Case Studies Tank components weight Anchor bolts requirement Overturning moment calculation Factor J & sliding calculation Resistant moment verification Uplift load calculation Tank horizontal sliding verification Bolts number & cross-section calcArveng Online Course Fact Sheet – API 650 Aboveground Storage Tankswww.arvengtraining.com - courses@arvengtraining.comPage 4 of 5

InstructorArveng TrainingSenior Mechanical Engineer and Master in BusinessAdministration (MBA). More than 20 years ofexperience in design, calculation and fabrication ofpressure vessels, heat exchangers, storage tanks,piping systems and structures in general.Arveng Training has developed effective andpractical courses for the needs of today’sindustrial challenges by delivering specific andhigh-quality engineering training courses utilizingall three approaches: classroom, on-line andtailored training. We are proud to have impartedmore than 100 classroom courses, 200 online coursesand over 15 in-company sessions. Our trainingactivities has benefited over 1,500 professionals. Ourgreatest pride is in the letters of recommendation wereceive from so many of our customers in this area.Duties of the above-mentioned positions cover theentire cycle of an equipment, from the veryconception, drawings, design and calculation,technical specifications, technical requisitions,vendor drawings, to the manufacturing phase andinstallation assistance. Among the developedprojects, clients such as SHELL, EXXON, REPSOL,CHEVRON, GALP, CEPSA, TUPRAS and SAUDIARAMCO can be found.Vast experience providing specific trainingsessions in both classroomand onlineapproaches. More than 75 training courses carriedout in different institutions and in-company, coursesoriented to graduates, designers, engineers andexperienced professionals.Tailored TrainingThe most effective training is one that satisfies theneeds of each company’s business focus anddeliverables. We adapt our training programs toeach specific requirement, offering bespokesolutions for each need. The result, 100% tailoredprograms, developed to maximize the time investmentand deliver tangible and intangible returns to the workteams.After an assessment phase, a tailored training plan isde-signed jointly with the client. This plan is specificallytailored to meet the client’s needs, focusing oneffectively enhancing the capabilities of the work team.We provide practical, dynamic and hands-ontraining, making available the best instructors in eachsubject.Arveng Online Course Fact Sheet – API 650 Aboveground Storage Tankswww.arvengtraining.com - courses@arvengtraining.comWe consider the time of our students as the mostvaluable. For this reason, all our courses have beendesigned with the main objective of quickly theprofessional skills of the participants, through ourexpert instructors in different disciplines. We stimulatecreativity, innovation and initiative to make theparticipants inquisitive to bring good engineeringpractices and lessons learned to the field thatbenefits their employers in the long term.Our CompanyArveng Training & Engineering SL is a leadingcompany providing Training and Engineeringservices based in Madrid, Spain. Our mission andvision are to be a leading training and engineeringservices company. We are a team of highly motivated ,talented high qualified professionals with more than 20years of experience. Our main goal is to provide ourclients, the best training and engineering services andto exceed their expectations in all their spheres ofindustrial activity, through our renowned serviceswhich are based on efficient, innovative, cost-effectiveand transparent principles.Established in July 2010, mainly oriented to theindustrial sector, from the very beginning Arveng hasalways worked with closeness, responsibility andcommitment in the different areas of activity.Page 5 of 5

Arveng Online Course Fact Sheet – API 650 Aboveground Storage Tanks Page 5 of 5 www.arvengtraining.com - courses@arvengtraining.com Instructor Senior Mechanical Engineer and Master in Business Administration (MBA). More than 20 years of experience in design, calculation and fabrication of pressure vessels, heat exchangers, storage tanks, piping systems and structures in