Software Training Catalogue - Synergi

Transcription

software
training catalogue
Asset integrity management and simulation and optimization
Synergi
SAFER, SMARTER, GREENER
02 SOFTWARE Software training catalogue
The power of interaction. Our customers are the main
drivers of innovation. DNV GL – Software has many different ways of gathering customer feedback, while at the
same time enabling customers to get the most out of
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Global training. Our increased focus on global training,
including basic and advanced user courses, and the high
level of expertise of our team of instructors, benefit users
in all regions. Our training catalogue lists our many and
varied technical courses and workshops spread across
all brands. In addition we run customer specific courses.
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bring essential domain expertise.
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Software training catalogue SOFTWARE 03
Contents
Course code
Title
Duration
Page
Synergi
SY-10
Synergi Plant for RBI Onshore using API 581
5 days
05
SY-11
Synergi Plant for RBI Offshore using DNV-RP-G101 and API 580
3 days
06
SY-12
Synergi Plant for RBI Onshore using API 581 and API 580
3 days
07
SY-20Synergi Water3 days08
SY-21LIQT3 days09
SY-25Synergi Gas standard3 days10
SY-26Synergi Gas standard plus compressors3.5 days11
SY-27Synergi Gas advanced topics3 days12
SY-28Synergi Gas unsteady state3 days13
SY-29Synergi Gas complete compressor modelling3 days14
SY-35Synergi Electric standard3 days15
SY-36Synergi Electric advanced protection1.5 days16
SY-37Synergi Electric advanced reliability1.5 days17
SY-38Synergi Electric advanced PV analysis1.5 days18
SY-39Synergi Electric advanced load modelling1.5 days19
SY-45Synergi Pipeline Simulator (SPS) standard3.5 days20
SY-46Synergi Pipeline Simulator (SPS) advanced3 days21
SY-47
Synergi Pipeline Simulator (SPS) Statefinder/Leakfinder
3 days
22
SY-48Synergi Pipeline Simulator (SPS) trainer3 days23
Synergi
©iStock
Course code: SY-10
Duration: 5 days
Prerequisite:
This course is suitable for
new users and for more
experienced users who have
not attended a formal
training course or would like
a refresher course. A working
knowledge of asset integrity
management for new or
ageing pressure and process
equipment and piping is
recommended. Alternatively,
experience of design,
fabrication, operation or
maintenance of pressure
systems and associated
codes/standards is
recommended.
Description
This is a comprehensive course for users of the RBI Onshore module in
Synergi Plant for the application of Risk Based Inspection (RBI) to process
equipment. The course will teach users the quantitative RBI methodology in
accordance with API 581.
The course covers:
■■ PoF and CoF calculation background
■■ Data gathering
■■ Risk calculation
■■ Interpretation of results
■■ Formulation of inspections plans
■■ Practical problem solving
You will be given the opportunity to apply your new knowledge of Synergi
RBI Onshore software through hands-on examples and case studies.
Learning objectives
This API 581 course for the Onshore module in Synergi Plant users helps
you apply RBI technology. Upon completion of the course you will understand inspection planning via probability and consequence of failure in
accordance with API 581. The course will enable you to use the software for
risk based inspection planning. The exercises are based on typical pressure
vessels, heat exchangers, piping and pressure relief devices.
Target group
The course is aimed at the downstream and midstream onshore refining,
petrochemicals, and gas processing industries. It is suitable for integrity,
materials or corrosion engineers, non-destructive testing engineers and
in-service inspectors, plant and maintenance engineers and planners; and
associated engineering contractors and consultants.
Synergi Plant for RBI Offshore using
DNV‑RP‑G101 and API 580
Course code: SY-11
Duration: 3 days
Prerequisite:
This course does not require
participants to be licensed
user of the RBI Offshore
module in Synergi Plant.
A working knowledge of
asset integrity management
for new or ageing pressure
and process equipment and
piping is recommended.
Alternatively, experience of
design, fabrication, operation
or maintenance of pressure
codes/standards is
recommended.
Description
This is and introductory course for the application Risk Based Inspection
(RBI) to equipment in oil and gas production. The course will teach you the
qualitative and quantitative RBI methodology within DNV-RP-G101 and
API 580.
The course includes practical exercises including:
■■ Damage mechanism assignment
■■ Probability of failure
■■ Consequence of failure and risk calculations
■■ Interpretation of assessment results
The focus of DNV-RP-G101 is upstream, offshore pressure systems where
escalating failure consequence are an important safety consideration, but
with the use of appropriate data it can be applied onshore as well.
Learning objectives
This DNV-RP-G101 course will help you apply RBI technology. Upon completion of the course you will understand inspection planning via probability and consequence of failure in accordance with DNV-RP-G101. This
is the only published recommended practice for risk based inspection of
offshore, upstream topside static mechanical equipment. The exercises are
based on typical pressure vessels, heat exchangers and piping.
Target group
The course is aimed at the offshore and onshore upstream oil and gas production sectors. It is suitable for integrity, materials or corrosion engineers,
non-destructive testing engineers and in-service inspectors, plant and
maintenance engineers and planners; and associated engineering contractors and consultants.
and API 580
Course code: SY-12
Duration: 3 days
Prerequisite:
This course does not require
participants to be licensed
user of the RBI Onshore
module in Synergi Plant.
A working knowledge of
asset integrity management
for new or ageing pressure
and process equipment and
piping is recommended.
Alternatively, experience of
design, fabrication, operation
or maintenance of pressure
codes/standards is
recommended.
DESCRIPTION
This is an introductory course for the application Risk Based Inspection (RBI)
to safety critical equipment in onshore refinery, petrochemicals and gas
processing. The course will teach you the qualitative and quantitative RBI
methodology within API 581 and API 580.
The course includes practical exercises including:
■■ Damage mechanism assignment
■■ Probability of failure
■■ Consequence of failure and risk calculations
■■ Interpretation of assessment results
The training applies to the refining, petrochemical and oil and gas industries.
LEARNING OBJECTIVES
The API 581 course will help you apply RBI technology. Upon completion
of the course you will understand inspection planning via probability and
consequence of failure in accordance with API 581. API 580 presents guidelines for developing a RBI programme whereas API 581 provides quantitative RBI methods to establish an inspection programme. The exercises are
based on typical pressure vessels, heat exchangers and piping.
TARGET GROUP
The course is aimed at the downstream and midstream onshore refining,
petrochemical, gas processing industries. It is suitable for integrity, materials or corrosion engineers, non-destructive testing engineers and in-service
inspectors, plant and maintenance engineers and planners; and associated
engineering contractors and consultants.
Synergi Water
Course code: SY-20
Duration: 3 days
Prerequisite:
A basic level of proficiency in
the Microsoft Windows
environment is assumed. The
number and relative
experience levels of the
attendees will dictate the
speed and sometimes the
content of the course.
Description
This is an introductory course to Synergi Water that also touches upon
some intermediate concepts hydraulic modelling. Concepts of modelling
potable water systems are covered with respect to how they are represented in Synergi Water. With this training, modellers will be more able to utilize
Synergi Water software to learn about the operations of their system and
perform what-if scenarios for planning purposes.
Learning objectives
Learn how to get data to create a new model, add data to an existing
model, navigate the interface and learn some intermediate modelling techniques to use within Synergi Water software.
Target group
Hydraulic and civil engineers and technicians performing system analysis
for the purpose of general system hydraulic analysis, advanced hydraulic
analysis, including age and contamination, and planning purposes.
LIQT
Course code: SY-21
Duration: 3 days
Prerequisite:
A basic understanding of
Microsoft Windows
environment is assumed.
A strong understanding of
steady-state modelling, while
not required, would be of
great benefit.
Description
This is an advanced course to LIQT that covers the topic of transient modelling. Operational challenges and catastrophic events can cause the phenomenon of transient waves. With this training, you will be able to interact
with the software and analyse the possibility of and the effects of transient
action upon the modelled system. The mathematics describing the phenomenon of transients are also discussed.
Learning objectives
You will learn how to manage the LIQT interface, input data, and run analyses within LIQT.
Target group
Hydraulic and civil engineers performing system analysis for the purpose of
advanced hydraulic analysis of transient wave action.
Synergi Gas standard
Course code: SY-25
Duration: 3 days
Prerequisite:
number and relative
Description
This course is designed for engineers or experienced technicians who
are responsible for planning, design or analysis of natural gas pipelines
and networks. Course material and examples focus on standard Synergi
functionality, analysis of models, hydraulic theory and the operation of
the physical components of a network. It is a perfect blend of lecture and
hands-on workshops to ensure that you take away the knowledge to effectively and efficiently use the product.
Topics covered include: model settings, workspaces and equipment
warehouse, basemaps, reports, exchange files, demand files, subsystems
and printing. Facility types discussed in detail include pipes, valves and
regulators. If time allows, regulator stations may also be covered. You will
take away a helpful binder full of the lecture slides and workshops to refer
to at a later date, along with the training files on a flash drive.
Learning objectives
To gain both a working and theoretical knowledge of Synergi Gas.
Target group
Engineers, planners, and technicians who will be using Synergi Gas to
model natural gas pipelines and networks. In addition, managers will benefit from learning the program’s capabilities. Users who have had training
on older versions of the software will find most of the course a review, but
will benefit from hands-on work with the most recent release plus the ability
to work through any lingering issues in a classroom environment.
Synergi Gas standard plus compressors
Course code: SY-26
Duration: 3.5 days
Prerequisite:
number and relative
Description
This course is designed for engineers or experienced technicians who are
responsible for the construction, design, analysis and operation of pressure-flow piping systems. Course material and examples focus on standard
Synergi functionality, analysis of models, hydraulic theory and the operation
of the physical components of a network. It is a perfect blend of lecture and
hands-on workshops to ensure you take away the knowledge to effectively
and efficiently use the product.
Topics covered include: model settings, workspaces and equipment
warehouse, basemaps, reports, exchange files and printing. Facility types
discussed in detail include pipes, valves, and regulators. The compressor section of the course runs from the afternoon of the third day through
lunchtime on the fourth day. This material includes theoretical compression,
basic controls and unit selection, and reciprocating compressors in detail.
Time permitting, an overview of centrifugal compressor modelling may be
provided as well. You will take away a helpful binder full of the lecture slides
and workshops to refer to at a later date, along with the training files on a
flash drive.
Learning objectives
To gain both a working and theoretical knowledge of Synergi Gas.
Target group
Engineers, planners, and technicians who will be using Synergi Gas to
model natural gas networks and pipelines, especially with compression. In
addition, managers will benefit from learning the program’s capabilities.
Users who have had training on older versions of the software will find most
of the course a review, but will benefit from hands-on work with the most
recent release plus the ability to work through any lingering issues in a
classroom environment.
Synergi Gas advanced topics
Course code: SY-27
Duration: 3 days
Prerequisite:
Completion of SY-25 Synergi
Gas standard course and
Synergi modelling
experience. This course
assumes you are proficient in
the use of the latest version
of the product.
Description
This course is designed and customized for the experienced Synergi Gas
user. We presume basic knowledge of menus, interface and functionality,
and therefore go into more detail on the more advanced features and niches of the product. After registering for this class, you will be given the opportunity to help shape its content, most popular responses and requests
will go into the final agenda for the class. In the past, the popular topics
were supply tracing, system tracing, scripts, regulator stations, compressor
stations and any modules (except USM).
Learning objectives
As a course where the participants choose the topics, the objective is to
provide broad knowledge to all attendees and go into the specialized
niches of the product.
Target group
Users who have attended a Synergi Gas standard course and/or have extensive experience using Synergi Gas.
Synergi Gas unsteady state
Course code: SY-28
Duration: 3 days
Prerequisite:
Gas standard course or 3+
years of Synergi Gas
modelling experience. This
course assumes you are
proficient in the use of the
latest version of the product.
Description
This course will instruct you on the Unsteady State Module (USM) application, theory and functionality of the Unsteady State Module within Synergi.
Basic knowledge of Synergi Gas steady state is assumed, but no prior
experience with transient modelling is expected. Some time is devoted to
the principles of unsteady state analyses, to help differentiate USM’s two
different analysis modes. This course includes a combination of lecture and
hands-on workshops. Topics covered include: Steady vs. Unsteady analysis,
Fast Transient, Slow Transient, Chart Viewer, Facility behaviour in USM, User
Defined Variables, Reporting, Modelling line breaks, and Operating Scripts.
The majority of the afternoon on the third day is spent on operating scripts.
You will take away a helpful binder full of the lecture slides and workshops
to refer to at a later date, along with the training files on a flash drive.
Learning objectives
To learn basics of compressible fluid transient analysis theory, and how the
Unsteady State Module fits in. The module has two different modes for transient analysis, and this course covers how to set up each, when to choose
one vs. the other, and working with results. Also, scripting capabilities, and
how to write an operating script for use during a transient analysis.
Target group
Existing Synergi Gas users who need to run offline transient analyses.
Synergi Gas complete compressor
modelling
Course code: SY-29
Duration: 3 days
Prerequisite:
Significant experience as a
Synergi modeller with a
good working knowledge of
compression. Successful
completion of SY-25 Synergi
Gas standard course. This
course assumes each
attendee is proficient in the
use of the latest version of
the product.
Description
This is an intermediate/advanced level course that solely focuses on compressor modelling in Synergi Gas. It would be useful to have basic knowledge of how to input a compressor station, but we can do a quick review
on the first day. At a minimum, the course reviews correct data requirements for inputs, compressor control and analysis. After registering for this
class, you will be given the opportunity to help shape its content, including
providing data of your own for use during the class. We will provide at least
an overview for every topic, but based on registrants’ feedback we may
spend more time on certain topics than others. In addition, other topics
include Services, Compressor Station Site Polygons, Temperature Polygons,
The Station Analysis Tool, The Station Spacing tool, Compressor Behavior in
USM/TVM, and Steady State Optimization.
Learning objectives
You will learn the ins and outs of compressor modelling within the Synergi
product. Topics include: Global & unit controls, including internal constraint
interchange, all of the options for unit/path selection, all five methods for
modelling fuel methods. Everything about modelling reciprocating compressors, including using data from eRCM. Everything about modelling centrifugal compressors, including how to import curves for available power.
Additional modules and tools covered in this course: Station Analysis tool,
Station Spacing tool and the Steady-State Optimization Module.
Target group
Users who have attended a Synergi Gas standard course and/or have experience using Synergi Gas, and need to learn about compressor modelling
beyond theoretical driver/compressors.
Synergi Electric standard
Course code: SY-35
Duration: 3 days
Prerequisite:
number and relative
Description
You will learn standard Synergi Electric functionality including building a
model, navigating within the model, facilities, and equipment warehouse;
analysis of models including Load Flow Analysis, Load Allocation, Fault
Analysis, and Locked Rotor Analysis; introduction to planning tools including Phase balancing, capacitor placement, and regulator optimization;
overview of Time Dependent Modelling, growth, and multi-year models
and analysis; introduction to basic cleanup scripts and recipies; and an
introduction to various other tools available in Synergi.
The course will also include a brief demonstration of the more advanced
Synergi applications such as protection features, reliability features, and
others as time permits.
Learning objectives
We want you to leave the course with a basic understanding of Synergi
Electric, to be able to utilize all core applications of Synergi, to implement
new techniques on your models and to understand and gain more value
from the software and its model.
Target group
New users, infrequent users who need a refresher course and engineers
looking for more information on standard Synergi functionality.
Synergi Electric advanced protection
Course code: SY-36
Duration: 1.5 days
Prerequisite:
Electric standard course and
Synergi modelling
assumes each attendee is
Description
In this course you will learn how to use the Protection Module in Synergi
Electric. You will obtain in-depth knowledge of advanced Synergi topics and analysis including, Check Coordination Analysis, Arc Flashover
Analysis, TCC curves, and the Protection Database.
Learning objectives
You will gain more information and understanding of the Protection Module
of Synergi Electric. Your proficiency with the software will increase, giving
you more value from the model and the software.
Target group
Engineers familiar and comfortable with subjects in the standard course,
engineers looking to use the protection features in Synergi Electric and
engineers who use the protection features in Synergi and want to learn
about the latest advancements in the software or refresh their knowledge
in the Synergi Electric Protection Module.
Synergi Electric advanced reliability
Course code: SY-37
Duration: 1.5 days
Prerequisite:
Synergi modelling
Description
In this course you will learn how to use the Synergi Reliability Module.
You will obtain in-depth knowledge of advanced reliability analysis and
modelling.
Learning objectives
You will gain more information and understanding of the advanced Reliability features of Synergi Electric. Your proficiency with the reliability features
will increase, giving you more value from the model and the software.
Target group
engineers looking to use the Reliability Module in Synergi Electric and engineers who use the Reliability Module in Synergi and want to learn about the
latest advancements in the software or refresh their knowledge in Synergi
Electric.
Synergi Electric advanced PV analysis
Course code: SY-38
Duration: 1.5 days
Prerequisite:
Synergi modelling
Description
In this course you will learn how to model and analyse PV generation in
Synergi Electric. You will obtain in-depth knowledge of advanced Synergi
PV analysis including, but not limited to Time Series Analysis and PV
Analysis.
Learning objectives
You will gain more information and understanding of the PV analysis and
modelling capabilities of Synergi Electric. Your proficiency with the software
will increase, giving you more value from the model and the software.
Target group
Planning engineers familiar and comfortable with subjects in the standard
course, engineers looking to model and analyse PV in Synergi Electric and
engineers who use the PV features in Synergi and want to learn about the
latest advancements in the software or refresh their knowledge in Synergi
Electric.
Synergi Electric advanced load modelling
Course code: SY-39
Duration: 1.5 days
Prerequisite:
Gas standard course and
Synergi modelling
Description
In this course you will learn how to model more complex circuit conditions
and loads. You will obtain in-depth knowledge of advanced Synergi topics
and analysis including, but not limited to detailed and more complex load
modelling, Multi-Year, Growth, Time and Weather modelling and planning
tools.
Learning objectives
You will gain more information and understanding of the advanced features
of Synergi Electric relating to advanced load modelling. Your proficiency
with the software will increase, giving you more value from the model and
the software.
Target group
engineers looking to use the advanced load modelling features in Synergi
Electric and engineers who use the advanced load modelling features in
Synergi and want to learn about the latest advancements in the software or
refresh their knowledge in Synergi Electric.
Synergi Pipeline Simulator (SPS) standard
Course code: SY-45
Duration: 3.5 days
Prerequisite:
No previous experience in
the use of Synergi Pipeline
Simulator (SPS) is required.
Some knowledge of pipeline
operations and pipeline
hydraulics is recommended.
Description
The training course enables engineers and operators to effectively create
pipeline models, run interactive simulations and analyse results. A blend of
lecture and hands-on workshops will ensure that you gain the knowledge
to effectively and efficiently use the product.
Learning objectives
You will learn how to do transient and steady-state analyses for liquids and
natural gas, configure pipes and equipment, build control systems, use the
SPS scripting language and export results to Excel.
Target group
New users and also existing users who have not taken this course recently.
Synergi Pipeline Simulator (SPS) advanced
Course code: SY-46
Duration: 3 days
Prerequisite:
Previous knowledge of SPS is
required, which could be
from experience or from
having taken the SY-45
Synergi Pipeline Simulator
(SPS) standard class within
the last six months. Some
knowledge of pipeline
hydraulics is highly
recommended.
Description
The training course covers various Synergi Pipeline Simulator (SPS) advanced topics including, but not limited to:
■■ Surge analysis
■■ Advanced control systems
■■ DRA modelling
■■ Advanced workflows
The training will include formal presentation materials and workshops, as
well as open discussions involving all participants.
Learning objectives
Each Synergi Pipeline Simulator (SPS) advanced course is different and
custom-tailored to questions and topics submitted by participants prior to
each training. As a result of the custom nature of this course, class size is
limited to a maximum of 10 students.
Target group
Users with extensive Synergi Pipeline Simulator (SPS) knowledge who are
seeking to add to their existing skillset.
Synergi Pipeline Simulator (SPS)
Statefinder/Leakfinder
Course code: SY-47
Duration: 3 days
Prerequisite:
Previous knowledge of
(SPS) is required, which could
be from experience or from
recommended.
Description
This training course enables engineers and technicians to understand, configure and use Synergi Pipeline Simulator (SPS) online, predictor, and leak
detection models. A blend of lecture and hands-on workshops will ensure
that you gain the knowledge to effectively and efficiently use the product.
Learning objectives
You will learn how to do configure online models, SCADA devices, and use
Statefinder/Leakfinder diagnostic tools to monitor and tune online systems.
Target group
New users and also existing users who have not taken this course recently.
Synergi Pipeline Simulator (SPS) trainer
Course code: SY-48
Duration: 3 days
Prerequisite:
Previous knowledge of
Synergi Pipeline Simulator is
required, which could be
from experience or from
recommended.
Description
This training course enables engineers and technicians to understand,
configure, and use Synergi Pipeline Simulator (SPS) trainer simulators.
A blend of lecture and hands-on workshops will ensure that you take away
the knowledge to effectively and efficiently use the product. Interfaces for
both SCADA-interfaced trainers and stand-alone trainers using operational
interface displays will be addressed.
Learning objectives
You will learn how to configure SPS trainer models, how to add scenarios
for normal and abnormal operating conditions and how to configure and
use the Operator Qualification Module, and cover the basics for configuring, using and editing operational interface displays.
Target group
Users with prior Synergi Pipeline Simulator knowledge who will be supporting and/or maintaining Trainer Simulators for their organization.
SAFER, SMARTER, GREENER
DNV GL AS
NO-1322 Høvik, Norway
Tel: +47 67 57 99 00
www.dnvgl.com
DNV GL
Driven by our purpose of safeguarding life, property and the environment, DNV GL enables organizations to advance
the safety and sustainability of their business. We provide classification and technical assurance along with software and
independent expert advisory services to the maritime, oil and gas, and energy industries. We also provide certification
services to customers across a wide range of industries.
Combining leading technical and operational expertise, risk methodology and in-depth industry knowledge, we empower our
customers’ decisions and actions with trust and confidence. We continuously invest in research and collaborative innovation
to provide customers and society with operational and technological foresight. With our origins stretching back to 1864, our
reach today is global. Operating in more than 100 countries, our 16,000 professionals are dedicated to helping customers
make the world safer, smarter and greener.
The trademarks DNV GL and the Horizon Graphic are the property of DNV GL AS. All rights reserved.
©DNV GL 01/2015 Design: Coormedia.com 1409-090, volume 500 Cover photo: Getty Images

Software Training Catalogue - Synergi

Transcription

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