Process Asset Integration and Management Ltd is conducting a three day training course in Reliability, Availability and Maintainability (RAM) for the process industries on the 21st and 23rd of October 2015 at the Manchester Conference Centre.This course covers the fundamental concepts of Reliability, Availability and Maintainability (RAM) and the associated procedures and technologies required to apply them in the process industries. A number of problem solving sessions are followed to aid understanding on how to use RAM to analyze the data from SAP, Maximo or other CMMS, and optimize the maintenance strategy and the spare parts, and make decisions on standby equipment in processes amongst others. A number of real case studies from operation and design stages in Oil/Gas industries are used at the training to demonstrate RAM priciple applications and other useful techniques. The course is aimed at managers, process engineers, maintenance professionals and whoever needs to understand the insights of RAM both in production operation and in process design.
Key Features:
· The training is designed and delivered by senior academics and consultants who are leaders in the field of reliability engineering.
· Well balanced course content with a perfect mix of theory and case studies ensuring you to reap the benefits from the very next day.
· The training is structured in such a way to enable you with a holistic as well as detailed understanding of RAM in two days’ time.
· Hands on software working session after each lecture intended to provide you with a very good understanding of reliability modelling.
Key Benefits:
· Understand the role of Reliability, Availability and Maintainability (RAM) in the process industries
· Understand how RAM is connected to life cycle cost
· Understand the basic concepts of RAM
· Understand the key factors influencing plant availability
· Learn how to build your own databank by data regression
· Learn how to optimize maintenance strategy
· Learn to develop system Reliability Block Diagrams, including more complex features such as recycling and buffer storage
· Learn to model process reliability/ availability
· Learn how to make capital expenditure to effectively improve reliability, availability and throughput
· Learn how to most cost-effectively exploit standby equipment