Atlas Copco Bolt Tightening Solutions has launched an innovative flange management system. The iFMS is a modular, software-based management system designed for planning, data capture, analysis and reporting of activities related to the inspection, maintenance and testing of bolted joints and pipework.
The software contains an established database of flange, connector and gasket types, as well as bolt materials and can incorporate the torque and tension tool details from any supplier. Flexible import routines allow data import from a variety of formats and applications and the system can be customized to capture any data and generate additional service line work-packs. The drawing module allows PDF-based ISOs and P&IDs to be marked up to support flange management and leak testing instructions, procedures and activities and the drawings and work-packs can be copied and edited and mark-ups can be retained to facilitate the rapid generation of packs.
System generated leak test packs are based on HSE ‘Safety requirements for pressure testing – Guidance Note GS4’ and the Flange Management Information capture and reporting is in line with the Energy Institute’s ‘Guidelines for the management of integrity of bolted joints for pressurized systems’.
With project managers in mind, the software has built in tools to monitor project progress as well as anomaly tracking and customizable reports and outputs. Real time data capture enables a detailed and accurate audit trail as well as eliminating the time and errors associated with re-keying data.
The iFMS is easily tailored to support additional service lines so can be used as a single tool to support all main business operations
In field trials, the new iFMS has been used to drive major new-build, upgrade and shutdown projects globally.
Surface Roughness Measurement Blog | Matt Holmes of SI-Ontario provides technical advice and information about surface roughness measurement.
Researchers Prove that Glass can Bend and Flex on a Nanoscale - A new glass technology capable of adding a new level of flexibility to the microscopic world of medical devices has been developed by Brigham Young Univers...