HSC – On-Site Training December 15, 2020 HSC Chemistry On .
HSC – On-Site Training1/9Antti Roine, Tuukka Kotiranta, MattiHietala, Antti Remes, Petri KobylinDecember 15, 2020HSC Chemistry On-Site TrainingHSC is quite easy to use. The HSC installation package contains separate manuals and calculationexamples for all calculation modules and databases. However, it is not easy to get a good overallpicture of this extensive material package with all its application possibilities and the most typicalcalculation procedures. The HSC Training courses will help you to get more out of your HSCsoftware.The content of private on-site HSC courses is almost the same as the public HSC courses. However, on-sitecourses allow more time to be spent on the issues that are important for the customer.Two onsite courses are available.Course 1 duration is 2-5 days. It includes HSC Basic and Sim Basic course and 1-4 days of workshops.Course 2 duration is 2-4 days. It includes HSC Sim Mineral Processing and customer can also select MineralProcessing advanced option and/or customer case workshop.Course 1 – duration 2-5 daysDurationHSC Basic Sim Basic1 DAYSelect also 1-4 workshopsHSC Sim Pyro workshop1 DAYHSC Sim Hydro workshop1 DAYHSC Sim Dynamic workshop1 DAYHSC Sim Customer case workshop1 DAYCourse 2 – duration 2-4 daysDurationHSC Sim Mineral Processing2 DAYSYou can also select advanced option or workshopHSC Mineral Processing Advanced1 DAYHSC Sim Customer case workshop1 DAYMetso Outotec reserves the right to modify these specifications at any time without prior notice. Copyright 2021, Metso Outotec Finland Oy
HSC – On-Site Training2/9Antti Roine, Tuukka Kotiranta, MattiHietala, Antti Remes, Petri KobylinDecember 15, 2020Pre-requisites for the participantsCustomer takes care of the meeting room booking and corresponding costs. A good dataprojector with minimum resolution of WUXGA, 1920 x 1200 pix is required with proper onscreen.The official language of the courses is English.All participants must bring their own laptops with Windows 7, 8 or 10.A fast laptop with at least 6 GB memory and at least 4 GB free hard disk space is needed.External mouse is recommended for flowsheet drawing.The latest HSC version will be installed on the laptops and temporary user licenses areavailable for the participants. NOTE: Participants must have full administrative rights fortheir computers to allow HSC installation.Participants can test calculation examples on their PC, ask questions at any time, or justfollow the presentations.Daily schedule outlineTimeTopic8:30Registration starts9:00-10:30Course starts10:30-10:45Coffee break10:45-12:00Course continues12:00-13:00Lunch break13:00-15:00Course continues15:00-15:15Coffee break15:15-17:00Course continues17:00Course endsThe on-site HSC course content may be modified according to customer requirements. For example,we may spend more time on the HSC modules that are particularly important for the customerapplications.Metso Outotec reserves the right to modify these specifications at any time without prior notice. Copyright 2021, Metso Outotec Finland Oy
HSC – On-Site Training3/9Antti Roine, Tuukka Kotiranta, MattiHietala, Antti Remes, Petri KobylinDecember 15, 2020PricingThere are no fixed prices for the on-site courses.Specify number of days and the courses that you are interested in and send on-site course offerrequest to hsc@outotec.com. We will send you a quote as soon as possible.The on-site course fee depends on the number of lecturers needed. If the number of participantsis between 1-15 one lecturer is enough. For more than 15 participants it is recommended to havetwo or more lecturers.The total fixed price of the course covers:The selected HSC training coursePrinted course material for all the participantsCourse workshop cases in printed and electronic form14-day license for latest version of HSC for all participantsCourse certificates (will be sent after the course to the participants)Validity of the Offer and Other TermsPlease allow us at least 6 weeks before the course:1) Official purchase order with signature- We need this document before we can book and pay for the flights.2) Estimated number of participants- We need this because we must print the training booklets.3) Contact person, name, phone, email, street address- We use courier for shipping printed material, and they require this information.4) Street address of the venue- We need this so that we can book some hotel nearby.Note: Your quick booking will help us to schedule our work and to book suitable flights.Please confirm your booking by emailing your company’s official Purchase Order to:Email: hsc@outotec.comWe will send you an invoice upon receipt of your purchase order. You may pay by bank transfer. It is alsopossible to pay with credit card (VISA, MasterCard, Eurocard, AMEX) in our webshop. Send e-mail tohsc@outotec.com to receive link to credit card payment.Payment must be settled 2 weeks before the course.Bank Transfer Info:(For purchase order)Metso Outotec Finland Oy (VAT FI10942595)We will send the bank info with the invoice.Metso Outotec reserves the right to modify these specifications at any time without prior notice. Copyright 2021, Metso Outotec Finland Oy
HSC – On-Site Training4/9Antti Roine, Tuukka Kotiranta, MattiHietala, Antti Remes, Petri KobylinDecember 15, 2020HSC Basic Sim Basic Course – 1 DayThe HSC Basic course focuses on generalinformation, which is needed to specify apractical problem in the 23 calculationmodules, run the calculations, and analyzethe results. Participants will learn what canbe done with the HSC package and someideas on what cannot be done. These skillsare also needed in the more advanced HSCSim Hydro, Sim Pyro, and Sim MineralProcessing courses.Most HSC users utilize perhaps only 1-2 of the HSC calculation modules. This course will help users tounderstand the capabilities of all 23 calculation modules and 12 databases. This course also provides anunderstanding of the potential applications of HSC.The target of the Basic HSC Course is to teach the participants what can be done with the HSC package andwhat cannot be done. The course will focus on the most common questions and problems raised by HSCusers over the last few years.This course gives an overview of the basic HSC operation principles and the major procedures needed tosolve more complicated problems with the HSC software. The course will also illustrate thermochemistryapplication possibilities in practical problems.The Basic Course is intended for beginners and intermediate users. However, even more advanced users mayfind it useful, because they will have the opportunity to raise questions concerning more difficult issues.The HSC Basic course covers general issues, but also more specific topics like:-General information required in most of the HSC modulesBasic concept, HSC internal structure, user interface issues, etc.Some basic principles of thermochemistry related to HSCInternal structure of the HSC databases, chemical formula syntax, etc.Specification of phases and species, etc.Demonstration of the HSC calculation modules with workshop examplesThe HSC Sim Basic course covers topics like:-Introduction to SimIntroduction to basic tools in SimFlowsheet drawing and editingUsing different units in flowsheetBasic example of elemental distribution unit operationBasic example of reaction unit operationBasic example of minerals processing unit operationCreating calculation scenariosLecturers: Matti Hietala, Dr. Fedor Vasilyev or another specialistMatti is one of the scientific advisors behind the HSC development project, his expertise is physicalchemistry. Fedor takes care of HSC quality management.Metso Outotec reserves the right to modify these specifications at any time without prior notice. Copyright 2021, Metso Outotec Finland Oy
HSC – On-Site Training5/9Antti Roine, Tuukka Kotiranta, MattiHietala, Antti Remes, Petri KobylinDecember 15, 2020HSC Sim Pyro workshop – 1 DayThis two-day course focuses on HSC Sim distribution mode applications. Typically, these are used tosimulate pyrometallurgical processes, but they may also be applied in many other areas.The course covers a general introduction to the Sim Flowsheet module with several demonstrations andprovides an understanding of the potential applications of the Sim Distribution mode. The target of thiscourse is to acquire the versatile skills to use and create Sim Distribution mode applications and analyse theresults.Day 1: Sim Flowsheet Distribution Mode Workshops-Several examples of different types of distribution unit operation.Lecturers: Matti Hietala, Dr. Fedor Vasilyev or another specialistMatti is one of the scientific advisors behind the HSC development project. His expertise is physicalchemistry. He managers Sim module development. Fedor has worked as a technical advisor in HSCdevelopment.Metso Outotec reserves the right to modify these specifications at any time without prior notice. Copyright 2021, Metso Outotec Finland Oy
HSC – On-Site Training6/9Antti Roine, Tuukka Kotiranta, MattiHietala, Antti Remes, Petri KobylinDecember 15, 2020HSC Sim Hydro workshop – 1 DayThis two-day course focuses on HSC Sim reaction mode applications. Typically, these are used tosimulate hydrometallurgical processes, but they may also be applied in many other areas.The course covers a general introduction to the Sim Flowsheet module with several demonstrations andprovides an understanding of the potential applications of the Sim Reactions mode. The target of this courseis to acquire the versatile skills to use and create Sim Reactions mode applications and analyse the results.Day 1: Sim Flowsheet Workshop-The second day focuses on workshops, which provide information on drawing flowsheets, creatingmodels, testing simulations, and analysing the resultsWorkshop with simple reaction mode examplesWorkshop with participants’ own processes.Lecturer: Tuukka Kotiranta, Dr. Fedor Vasilyev or another specialistTuukka has more than ten years’ experience of hydrometallurgical modelling. He is one of the scientificadvisors behind the HSC software. His expertise is hydrometallurgy. Fedor has worked as a technical advisorin HSC development.Metso Outotec reserves the right to modify these specifications at any time without prior notice. Copyright 2021, Metso Outotec Finland Oy
HSC – On-Site Training7/9Antti Roine, Tuukka Kotiranta, MattiHietala, Antti Remes, Petri KobylinDecember 15, 2020HSC Sim Pyro and Hydro Dynamic Simulation – 1 DayThis one-day course focuses on how to use HSC Sim dynamic simulation in pyro and hydroapplications by using the Dynamic Unit.The course covers a general introduction to using the Dynamic Unit and setting up dynamic calculations withseveral demonstrations and provides an understanding of the potential pyrometallurgical andhydrometallurgical dynamic applications. The target of this course is to acquire the basic skills to use andcreate Sim dynamic applications and analyse the results.Day 1: Introduction to Dynamic Unit and Dynamic calculations in Sim-Basic use of Dynamic Unit [Variable list, tanks, operations]Dynamic calculation settings and collecting resultsCreating schedules for the simulationCreating events for the simulationPID controlsPyro- and hydrometallurgical workshop examplesLecturers: Matti Hietala, Tuukka KotirantaMetso Outotec reserves the right to modify these specifications at any time without prior notice. Copyright 2021, Metso Outotec Finland Oy
HSC – On-Site Training8/9Antti Roine, Tuukka Kotiranta, MattiHietala, Antti Remes, Petri KobylinDecember 15, 2020HSC Sim Mineral Processing Course – 2 DaysThis two-day course focuses on HSC Sim Particles mode applications. Typically, these are used inminerals processing simulations, but they may also be applied in many other areas, e.g. recycling.This course gives an overview of the basic HSC Sim operating principles and the major procedures requiredto solve more complicated problems. The course will also illustrate the potential applications of HSC Simmineral processing by means of practical problems. The target of this course is to acquire the versatile skillsto use and create Sim Particles mode applications for minerals processing and analyse the results.Day 1: Sim Particles Mode Introduction-Basic use of HSC SimDrawing a flowsheet with HSC SimData needed for building up a simulation based on particles & minerals processing modelsUsing controls and model tools. DLL type unit operations models.Checking and identifying errorsDemonstrations with several Sim minerals processing example casesSim Flowsheet workshop with minerals processing modelsDay 2: Sim Flowsheet Workshop for Minerals Processing-Continuing with several examples of different types of minerals processing unit operation. Main focusin in flotation. The modelling cases covers topics of:Describing mineralogy (Stream Setup)Element to mineral conversionUsing unit models and setting their parameters and controlsSimulating different scenarios, e.g. for creating grade-recovery plotsAlternative flowsheetsLecturer: Dr. Antti Remes, Matti Hietala or another specialistAntti has been working with mineral processing applications for more than 15 years. He is one of thescientific advisors behind the HSC software. Matti has worked as a technical advisor in HSC Sim moduledevelopment.Metso Outotec reserves the right to modify these specifications at any time without prior notice. Copyright 2021, Metso Outotec Finland Oy
HSC – On-Site Training9/9Antti Roine, Tuukka Kotiranta, MattiHietala, Antti Remes, Petri KobylinDecember 15, 2020HSC Mineral Processing Advanced Course – 1 DayThe Advanced Sim Course gives knowledge of processing experimental data with HSC modules, and alsomore detailed information of the Sim Flowsheet module’s advanced tools. The course duration is 1 – 2 days,depending of required scope and if some own mass balancing, model fitting and simulation model cases areto be covered.Day 1: Mass Balancing of Experimental Data and Model Fitting of Flotation Kinetics-Working with experimental dataCollecting and organising experimental data in HSC Mass BalanceElement to mineral conversion with HSC Geo (working with mineral database)Mass balancing and data reconciliationModel fitting of flotation kinetics with HSC Sim Model FitWorkshop on experimental data mass balancing with minerals processing operationsFlow rate and assay mass balancingMineral based balancesHandling of sized data, size by assay (cyclone, flotation bank)Flotation kinetics model fitting with laboratory and plant scale data: rougher flotation, cleaner repetitionstages, closed loop (locked cycle) dataDay 2: Other usage HSC Sim and HSC Mass Balance (optional)-Continuing workshop with experimental data balancing and model fitting examplesProcessing of your own custom mass balancing and model fitting casesCreating of a simulation model using your own experimental data and processing flow sheet.Lecturer: Dr. Antti Remes, Matti Hietala or another specialistAntti has been working with mineral processing applications for more than 15 years. He is one of thescientific advisors behind the HSC software. Matti has worked as a technical advisor in HSC Sim moduledevelopment.Metso Outotec reserves the right to modify these specifications at any time without prior notice. Copyright 2021, Metso Outotec Finland Oy
understand the capabilities of all 23 calculation modules and 12 databases. This course also provides an understanding of the potential applications of HSC. The target of the Basic HSC Course is to teach the participants what can be done with the HSC package and what cannot be done.
Wed 19/10 HSC Mary Poppins Musical Capital Theatre Thur 20/10 HSC Yr 7 Maths Exam 2 Yr 8 Maths Exam 2 Case of Conspiracy – Selected Yr 8 Yr 7 visual Arts Assignment Due Fri 21/10 HSC WEEK 3 Mon 24/10 HSC Yr 8 History Incursion Group 1 Tues 25/10 HSC Yr 8 History Incursion Group 2 Wed 26/10 HSC Thur 27/10 HSC Fri 28/10 HSC WEEK 4 Mon 31/10 HSC
7/8 x 12-3/16 hsc 78 12316 2197 1 x 4-1/4 hsc 1 414 1079 50 1 x 5-1/4 hsc 1 514 1302 50 1 x 6-1/4 hsc 1 614 1514 50 1 x 8-1/4 hsc 1 814 1978 85 1 x 9-1/4 hsc 1 914 2193 50 1 x 10-1/4 hsc 1 1014 2475 same day manuf
HSC Chemistry 9 1 - 5 P Kobylin, M Hietala, T Kotiranta, A Remes, Training Courses Tokyo 2019 A Roine HSC Chemistry 9 Training HSC Chemistry 9 courses in Tokyo, Japan, in November 2019 Get more out of your HSC software and join up to eight instructor-led HSC courses at Pori on November 11 - 13.
HSC Assessment Schedule 2020 - 2021 2 Assessment Calendar 3 Contact List 4 . HSC Assessment Policy 5-14. Year 12 Curriculum 15 . HSC Assessment Policy English Faculty 16-20. HSC Assessment Policy Mathematics Faculty 21-25. HSC Assessment Policy Science Faculty 26-32.
HSC must be activated when you start the software the first time after installation. Please give your HSC license serial number and your email address. You need an . Select HSC Chemistry from the list. 4. Pre
Target Project Target PtCo/HSC-f Ordered-PtCo/HSC-f PtCo/HSC-f Ordered-PtCo/KB 8 SOA Integration & DOE Validation Technical Accomplishment: Cathode: 30 wt.% Intermetallic ordered Pt 3 Co/HSC-f at 0.06 and 0.10 mg Pt /cm2, PFSA ionomer (D2020), 900 EW, I/C ratio of 0.8, Anode: Pt/HSC, 0.015 mg Pt /cm2 PEM: PFSA with reinforcement layer, 18 μmthick
Pittwater High School Mona St, Mona Vale NSW 2103 Phone: 9999 4035 . Student performance in the Higher School Certificate (HSC) is assessed in two ways – the HSC . the HSC examinations and the internal (school) assessment. In some subjects, there are also external assessable components. The HSC examinations are conducted by the NSW .
definition to four forms of artificial achievement of human goals, as summarised in Figure 1, taken from their book. Figure 1: Some definitions of AI, organised into four categories (Russel & Norvig, 2016) Our curiosity about intelligence stems from the Greek philosopher Aristotle (384–322 BC). Many
