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PS AIM: The New UltraPIPE®Process Safety Asset Integrity Manager Software
Answers for Process Safety.
What is PS Asset Integrity Manager™?
Asset integrity management is critical to the operation of any process facility. That’s why it is important to have the most technologically advanced inspection data management system to closely monitor and manage the health and remaining life of your equipment. Failure to do so may expose your operation to equipment failure, repairs, scrapped inventory, lost production, and severe environmental and regulatory fines.
Process Safety Asset Integrity Manager (PS AIM ): The New UltraPIPE represents the future of inspection data manage-ment. It incorporates 25 years of refine-ment to the software, and includes the most recent advances in technology available to the inspection industry. It is ideal for managing fixed and rotating equipment, electrical and instrumenta-tion, valves, and piping. PS AIM sets a new standard in the number of ways it can help efficiently and effectively manage your equipment.
Siemens has proven engineering workflow/execution methodologies
for mechanical integrity programs and IDMS implementations.
Why choose PS AIM from Siemens?
PS Asset Integrity Manager® (PS AIM: The New UltraPIPE) software is built on the UltraPIPE® software that has over 500 licensed facilities in over 40 countries. Siemens has a global team dedicated to Asset Integrity Management & Training, executing over 3,000 projects with 25+ years of software history.
We have a dedicated technical support team, evergreening support, and the abi-lity to mobilize staff onsite at short notice. We have an in-house software development group for customization and linking to third-party software.
Siemens is there to support you 100% of the way. Our software is in
over 500 facilities in over 40 countries worldwide.
■ Track asset inspection schedules for piping, vessels, tanks, relief valves, rotating and electrical (thickness, visual, internal)
■ Analyze thickness data to predict corrosion rates & remaining life
■ Create scheduling reports: What needs inspecting and when?
■ Manage documents for inspection history (Word, Excel, PDF, etc.)
■ Link inspection drawings to any equipment (AutoCAD, etc.)
■ Automatically display TML information on the drawing
■ Provide Risk Based Inspection (RBI) scheduling
PS AIM at a glanceDid you know?
Started as a DOS programPIPE / PIPE+
The Windows version UltraPIPE® released
PS AIM carries through history and functionality of UltraPIPE®
1986
1997
2012
UltraPIPE 8.0 released with PVCalc
1999
UltraPIPE 10.5 Released
2007
UltraPIPE 10.0 released with RiskCalc and RBI Methodology
2002
What’s different about PS AIM?
Read Only
Data Entry
Engineer
Supervisor
Administrator
Role Based Security
Privileges are assigned according to role and resource. Some roles are strictly read only or editing only. There is no access to any back-end database. Users can have many combinations of these roles, such as a clerk who has a data entry role for one part of the plant and read only rights to another. Security is managed by an Administrator, so roles may be modified as necessary.
Real-time Calculations
Calculations are performed as you change data in the software, not through a batch process when closing windows. Instant feedback is provided for possible data entry errors and high risk equipment.
Audit Trail
This feature allows users to track the history of a piece of equipment throughout its life cycle. Users are able to audit over 45 different fields to see changes to the database. With this feature, users are able to see changes made to the database by all users.
Equipment tree hierarchy
This view allows rapid navigation between equipment with convenient options using a right click menu.
EQUIPMENT 2
COMPONENT A
UNIT
COMPONENT B
EQUIPMENT 1
COMPONENT C
Scalable, Flexible & Configurable
• Custom reports • Customizable analytical settings • Many user-defined fields • Global filters • Single desktop to enterprise installation
Intuitive Navigation
• Fewer clicks to get to any information • Equipment based instead of module based• Visual indicators for data entry and analysis• Tabbed browsing
Global Filter
Allows user to view only desired unit, category, type, or other user defined criteria.
Minimum Client PC Requirements / Standalone
Operating system: Windows XP, Vista or Windows 7
CPU speed: 500 MHz processor or higher
2GB RAM
Hard disk space: 30GB or higher *Contingent upon expected drawings and file attachments
Database Server Requirements
Xeon at 2.8 GHz or Dual-Core at 1.6 GHz
2 GB RAM
36 GB SCSI at RAID1 (System and Boot Partition)
30 GB or higher SCSI at RAID5 (Data) *Contingent on expected drawings and file attachments
Windows Server 2003 with latest service pack or Windows Server 2008/2008 R2
Microsoft SQL Server 2005 with SP1 (Enterprise Version) or SQL Server 2008/2008 R2
Microsoft SQL Server Integration Services (SSIS) 2005/2008
Corrosion monitoring• Store engineering information and
unlimited thickness surveys for
thickness measurement locations
(TMLs) with numeric or grid format.
• Use calculated long- and short-term
corrosion rates to determine both
TML and component retirement and
inspection due dates in accordance
with user-set analytical settings.
• Meets all API thickness interval
requirements. Also calculates
caution TMLs according to plant
defined thresholds.
• 9 fixed-format text reports.
Inspection activity schedules and reports• Identify and assign intervals for any
number of scheduled inspection
activities. Scheduling can be time
based, condition based, or user
defined.
• Attach written reports to document
results of both scheduled and
unscheduled inspection activities.
Reports can be written with MS
Word or Excel® (for digital photo and
analytical capability), simple internal
database memos or any other file
types (BMP, PDF files, etc.).
• On-the-fly reporting
Data transfer• Direct interface to GE Krautkramer
DMS 2, DMS, USN 60/58, DR1 as well
as Olympus MG2DL, 36DL, 37DL,
38DL Plus +, and Datatronics EHC-
09DL programmable data loggers.
• Compatible to utility programs using
UltraMATE®, DATAMATE, DMSMATE
or GUS file structures.
• DMS 2 allows attached A-Scans,
B-Scans or MicroGrids to store and
display in PS AIM. The ease and
reliability of programming and
downloading a data logger provides
the confidence for a data logger
program.
T-min calculators• Calculate thickness requirements
due to internal pressure using
code calculations (with automatic
material stress selection). The result
is compared to the requirement for
structural thickness.
• Piping T-min calculator calculates
minimum allowable wall thickness
for piping per ANSI B31.1, B31.3,
B31.4, B31.8 and B31.11.
• Atmospheric storage tank T-min
calculator calculates minimum
allowable wall thickness for shells,
annular rings, roofs and floors per
API650 Stainless and Carbon.
• Power boiler T-min calculator
calculates minimum allowable wall
thickness for seven components per
ASME Section I/ PG27 and PG31.
• Pressure vessel T-min calculator
calculates minimum allowable wall
thickness for 12 geometry types and
sub-types (heads and shells, etc.) per
ASME Section VIII, Div . 1 and 6 per
Div. 2.
Equipment drawings interface for AutoCAD and Microstation• Option to select AutoCAD for an
interface to AutoCAD 2004/2005
/2006/2007/2008/2009/2010, or
Microstation for an interface to
Microstation V8/V8.1/. Both have
easy-to-place drawing markers for
TMLs.
Application Features/Details
• Valve locations automatically update
with user-defined data. Also allows
use of any CAD viewer or simple CAD
program.
• AutoCAD option provides a
comprehensive AutoCAD symbols
library for creating inspection
drawings.
Valve testing and inspection• Addresses all critical plant valves,
with 5 unique valve types and design
specific data fields for each.
• Store general engineering
information, list all associated
equipment and document test/
inspection results with API-type
check sheets for SRVs.
• Status after test accommodates
warehousing.
• Eight fixed-format text reports.
Reporting• Fixed-format text reports are
standard (i.e. corrosion monitoring)
and are designed to meet day-to-day
reporting requirements. In addition,
T-min calculation reports show all
calculations and all data “views”
can be printed from the data entry
screen.
• Custom Report Builder: Enables
custom production of any database
information within PS AIM. Design
and save custom reports with the
built-in reporting engine. All reports
export to MS Excel® facilitating
common formatting and e-mailing of
reports.
RBI methodology• Supports the use of RBI values from
any source to automatically control
inspection activity schedules.
Advanced corrosion monitoring analysis• Provides statistical analysis for life
predictions based on overall system
corrosivity.
• Enhances analysis with archive
corrosion rate calculation, growth
compensation, temperature
correction as well as a
comprehensive zero corrosion
allowance settings to control
inspection due dates for 0 C.A. TMLs
and equipment.
Non-recurring activites• Recommendations, repairs,
inspections and replacements can
be tracked with due dates, priorities
and completion status and include a
memo description.
• Repairs can be tracked by work order
and approval status and also have a
memo description.
• Six standard reports are available.
Audit Trail• This feature allows users to track
the history of a piece of equipment
throughout its life cycle. Users are
able to audit over 45 different fields
to see changes to the database. With
this feature, users are able to see
which other user made each change
to the database.
Global Filter• Allows user to view only desired unit,
category, type, or other user defined
criteria.
www.siemens.com
Published by and copyright © 2011:Siemens AGEnergy SectorFreyeslebenstrasse 191058 Erlangen, Germany
Siemens Energy, Inc. Oil & Gas Division4615 Southwest Freeway, Suite 900Houston, TX 77027 USA1 (800) 658-8809 or +1 (713) 570-2900
February 2012
Printed in USA
All rights reserved. Trademarks mentioned in this document are the property of Siemens AG, its affiliates, or their respective owners.
Subject to change without prior notice.The information in this document contains general descriptions of the technical options available, which may not apply in all cases. The required technical options should therefore be specified in the contract.