- How can you deliver higher performing rotating equipment that increases reliability and availability?
- What techniques and solutions can you utilise to determine root causes and prevent machinery failure?
- How can you reduce the chances of catastrophic failure
and the associated repair and maintenance costs? - What cost savings can you achieve by improving the
reliability and availability of critical equipment? - What design and maintenance strategies can you implement which will actually increase daily revenue?
These are all critical questions for engineers responsible for rotating equipment in any industry sector. As repair costs range from US$ 100,000 to US$ 500,000 and downtime between one to 60 days (leading to millions more dollars in lost production) you need to ensure your rotating equipment is performing at the highest possible level – all the time.
ROTATE 2009, the 13th Annual Conference, is the industrial forum for engineers dedicated to finding solutions to common challenges.
The case-study packed conference will showcase proven solutions your peers have tried and tested. They will reveal how they improved the performance of their equipment and demonstrate specific methods which enabled this. In particular, there will be case studies which will demonstrate
how YOU can: - Achieve large cost savings by improving the reliability and
availability of compressors - Minimise the total cost of machinery operation by adopting a comprehensive machinery care strategy
- Extend the life of dry gas seals by improving their control
system design - Utilise vibration diagnostic systems to predict and improve equipment performance
- Lower CO2 emissions from existing equipment
- Avoid catastrophic failure by utilising effective reliability
engineering processes
Apart from providing excellent industry-based case studies, ROTATE 2009 will provide you with exclusive access to technical networking sessions with your peers. Use the networking session to list your reliability issues and then exchange technical ideas and gain knowledge about world-class best practice in optimising equipment reliability. |