 Every industry is under pressure to reduce production expences. Together competition has forced profit margins downward, thereby highlighting the critical importance of maintaining an uninterrupted product flow. Another problem is that industry?s aging infrastructure makes it difficult to achieve the optimal level of equipment availability. In answer to these challenges, several landmark technologies and philosophies have emerged during the past 10 to 15 years, such as Risk-Based Inspection. New RBI technologies enable companies to incorporate a range of key factor into their decision making processes, including equipment reliability consideration as well as safety, enviromental, and business determinants. This ability to analize the combined effect of multiple factors helps users better focus their limited resources.
As a result, RBI improves the outcome of important ?Run, Repair or Replaced? decisions. Often there is a misunderstanding about how to apply RBI methods. There are many companies using RBI that achieve a high level of success (i.e., Optimized costs and lower risks) However, others still struggle with how to implement RBI. Either they believe costs are too high or have problems taking the next step - or just the inverse. Lack of knowledge/experienced is address through RBI's course. Using semi-quantitative and quantitative approches, the course covers technical content that is broad and deep. Class discussion are an effective way for participant to gain insights about the focus of various RBI methods and parameters to include in effective analytical program. OBJECTIVES - Select the jost effective RBI approach for their needs
- Manage RBI Projects
- Create specific equipment inspection plans
- Establish implementation processes for their particular infrastructure and culture
WHO SHOULD ATTEND - Inspection Managers and Engineers
- Operational Auditing Managers and Engineers
- Risk Analysis Managers and Engineers
- Others who want to broadened their knowledge in RBI
SYLLABUS
1. Overview of Risk-Based Inspection
2. Intro to API 580/581
3. Assessing Consequences of Failure
4. Assessing the Likehood of Failure
5. Assessment of Damage in:
a.Thinning Mechanism
b.Cracking Mechanism
c.External damage
d.Other types of damage
6. Assessment of Various Risk Determinations
7. Assessment of Analysis and Data Validation
8. Assessment of Inspection Planning
9. Conducting an RBI Study and Software Application Demo
INSTRUCTORS PROFILE
Dr. Ir. Slameto Wiryolukito
He is a lecturer staff in Mechanical Engineering Department, Institut Teknologi Bandung since 1982. He got his Ph. D degree (1994) in Materials Engineering from Illinois Institute of Technology, Chicago USA, Master degree (1987) in Mechanical Engineering from Institut Teknologi Bandung, and Bachelor Degree (1982) in Mechanical Engineering from Institut Teknologi Bandung. He has a long track record as an engineering material consultant for industries such as BP-Indonesia, TotalFinaElf, Exxon-Mobil Oil, Conoco Indonesia, Pertamina UP-VI, PT. Krakatau Steel, PT. KHI.
Dr. Ir. Hermawan Judawisastra
He got his Ph.D (2002) in Material Engineering from Katholieke Universiteit, Belgium. He has a long track record as material consultants for industries such as PT. Pupuk Kujang, PT. KAI, PT. Krakatau Steels, BP-Indonesia, PLN, and Conoco Phillips.
"Both instructors are currently managing RBI PROJECT for OIL & GAS COMPANY since 2005" |
