The maintenance department used different software packages for maintenance activities, due to different types of analyzers in an analyzer house.
- Client: Anonymous
- Location: Delfzijl, The Netherlands
- Delivered: September 2020
- Supplier: Analytical Solutions and Products BV
- Equipment connected to AIM: 2 analyzers, Shelter
How is AIM applied?
In an analyzer shelter, different types of analyzers and sample systems are in operation. Because the analyzer performance is also depending on the performance of the sampling system, these parameters will also be acquired. There is a need for analyzer shelter performance monitoring and prediction of fouling of the sample system to prevent breakdown of the analyzers. Improvement of sample conditioning maintenance is necessary to increase uptime of the analyzers.
The result of analyzer shelter performance monitoring
By monitoring also, the external factors like temperature, flow rate and condition of the sample system, the uptime of the analyzer increased significantly. Using preventive scheduled maintenance, unexpected issues are reduced, which leads to less ad hoc maintenance. By monitoring the sample system and analyzer as one item, the frequency of interventions by maintenance personnel is reduced.
What is AIM predictive maintenance software?
AIM is easy to use predictive maintenance software and an analyzer data collection for operators and reliability engineers similar to AMADAS to get insight into their measurement and analyzer equipment.
Keep your head cool with our LNG products & services
Time is money! Every hour an LNG carrier can sail away earlier from a FSRU will have a significant positive financial impact. So it is important that a FSRU can always operate at its maximum flow rate to minimize transfer time.
AIM is easy to use predictive maintenance software and centralizes analyzer data collection for operators and reliability engineers similar to AMADAS to get insight into their measurement and analyzer equipment.