At PinnacleART, we understand that maintenance and integrity software is critical to maintain your facility’s data. That’s why we work with dozens of third-party asset integrity and management software applications to support our clients. Our team can help clients navigate and leverage these packages and determine which software solution would be the best fit for the facility whether its IDMS, RBI, CMMS, EAM, vessel analysis or a combination of these software packages.
CMMS/EAM Implementation and Optimization
PinnacleART™ supports implementation of Computerized Maintenance Management Systems (CMMS) and/or Enterprise Asset Management (EAM) systems, as well as data clean up and/or updates to existing data. Maintenance recommendations and tasks identified during the Reliability Centered Maintenance analysis are fully developed and loaded into the system, along with necessary planning details such as materials and labor required.
IDMS/RBI Software Conversion/Implementation
PinnacleART’s technical specialists are experts in Inspection Data Management System (IDMS) / Risk-Based Inspection (RBI) software implementation, conversion and evergreening training. From software configuration to management, PinnacleART ensures the expertise is provided to develop and maintain a successful program.
IDMS/RBI Software Selection Assessment
The purpose of PinnacleART™’s Inspection Data Management System (IDMS) / Risk-Based Inspection (RBI) software assessment is to help clients make the right choice when selecting a IDMS or RBI software. Whether the facility or company is converting to a new software or buying a software for the first time, PinnacleART™ will facilitate a systematic process of identifying the functional requirements of the stakeholder team, critically weighing those requirements, and then showing how the mainstream industry software packages measure up to the weighted requirements.
ReliaBuilder© V8 Software
PinnacleART™’s ReliaBuilder© software is a Reliability Centered Maintenance (RCM) tool developed from many years of RCM experience and hundreds of completed RCM analyses. While the software facilitates PinnacleART™’s reliability assessments, its focus is to provide certainty that the RCM analysis is properly performed and documented. ReliaBuilder© can also be used to evergreen strategies in the long term. PinnacleART™ specializes in implementing the results of the software into the CMMS/EAM of the client’s choice for program management. ReliaBuilder© features include:
- Program assessments facilitation
- FMEA facilitation
- Best practice maintenance templates
- Optional risk ranking module
- Planning and scheduling prioritization
- Task selection
- Flexible reporting
- PHA and RBI reviews support
- Smart searching capabilities
- Multi-user access
- User-defined risk matrices
PinnacleART™ Software Support
CADMiner™ is an AutoCAD™ interface that provides a static link to Microsoft Access™ and may be used to update and replace inspection drawing, circuitized P&ID, and CMD drawing data, as well as guard against inconsistencies in a very streamlined and controlled fashion.
Circuitizer™ is an AutoCAD™ interface that enables the user to electronically identify and capture piping circuits on existing facility Piping and Instrumentation Diagrams (P&IDs). Once the circuits are captured in the program, the software can export a plant-wide circuit and line list that couples line numbers with their parent circuits, as well as the characteristics inherent in the line numbers.
CMD Maker™ is an AutoCAD™ interface that enables our the user to electronically create Corrosion Model Diagrams (CMDs) that are linked to Corrosion Modeler™ based on existing facility Process Flow Diagrams (PFDs).
Corrosion Modeler™ is a tool based on API 571 and other industry best practices that provides an unprecedented level of user interaction to create and leverage state-of-the-art corrosion models. The interface enables the user to create custom reports, add detail to existing process diagrams through AutoCAD, and link with live data sources such as PI or ASPEN.
Dataminer Piping™ is a quality control tool that reconciles piping circuit, line number and TML information from a variety of piping sources, including isometric drawings, circuitized P&IDs, and IDMS and RBI databases. It is driven by a systematic reconciliation process that highlights inconsistencies and facilitates revisions to the relevant data sources.
Dataminer Equipment™ is a user interface that directs the transfer of data from operator design documentation to electronic systems and provides a complex QA/QC routine that verifies the quality of the transfer. This application works to streamline and control the data extraction phase for PinnacleART’s engineers.
PinnacleART™ Mobile Tablet
PinnacleART™’s cloud-based mobile inspection tool empowers the Inspections team to execute projects quickly, efficiently and effectively. Through this tool, inspection plans for an on-stream unit or facility, or plans for pertinent assets during a turnaround can be loaded onto the tool to empower accountable execution, and linked to the client’s IDMS to ensure a seamless transition of data.
Sketch Packager™ is an AutoCAD™ interface that enables the user to create sketch, walk-down or inspection packets for piping circuits captured in Circuitizer™ at the touch of a button.
Pressure Relief Device Risk-Based Inspection
A Pressure Relief Device Risk-Based Inspection (RBI) analysis will be performed for each PRD utilizing PinnacleART™’s PRD RBI software tool. Design information, process information, overpressure scenarios and inspection history will be reviewed and uploaded to the software. Risk will be calculated for both the Fail to Open (FTO) and Leak Cases, and a report will be provided identifying the inspections plans for each PRD.
Tank Risk-Based Inspection
A Tank Risk-Based Inspection (RBI) analysis will be performed for each atmospheric storage tank utilizing PinnacleART™’s Tank RBI software tool. Design and process information, as well as inspection history will be reviewed and input into the software. A corrosion assessment will be performed, risk will be calculated for the floor, shell courses and roof of the tank, and a report will be provided identifying the inspection plans for each tank.