Learn from the Experts: The OREDA Handbook PDF Free 13 and Its Benefits for the Offshore Industry

OREDA Handbook PDF Free 13: A Comprehensive Guide to Offshore Reliability Data

If you are looking for a reliable source of data on the performance and reliability of offshore equipment and systems, you might want to check out the OREDA Handbook PDF Free 13. This handbook is the result of a collaborative project among several major oil and gas companies, who have collected and shared their operational data since 1981. In this article, we will explain what OREDA is, why it is important for the offshore industry, and how you can access and use it.

oreda handbook pdf free 13

What is OREDA?

OREDA stands for Offshore Reliability Data, which is a project that aims to collect, analyze, and disseminate data on the reliability of offshore equipment and systems. The project was initiated in 1981 by eight oil companies operating in the North Sea, who recognized the need for a common database to support their reliability engineering activities. Since then, the project has expanded to include more participants, sponsors, and data sources from different regions and sectors of the offshore industry.

The history and purpose of OREDA

The first phase of OREDA started in 1981 and lasted until 1984. During this phase, the project focused on collecting data on topside equipment, such as pumps, valves, compressors, generators, etc. The data were mainly derived from maintenance records and failure reports from the participating companies. The main purpose of this phase was to establish a common methodology for data collection and analysis, as well as to demonstrate the feasibility and usefulness of the project.

The second phase of OREDA started in 1985 and lasted until 1991. During this phase, the project expanded its scope to include data on subsea equipment, such as pipelines, risers, umbilicals, etc. The data were obtained from both operational experience and testing programs. The main purpose of this phase was to improve the quality and quantity of the data, as well as to develop reliability models and software tools based on the data.

The third phase of OREDA started in 1992 and lasted until 1996. During this phase, the project continued to collect data on both topside and subsea equipment, but also introduced data on safety systems, such as fire and gas detection, emergency shutdown, etc. The data were supplemented by expert opinions and literature reviews. The main purpose of this phase was to enhance the applicability and usability of the data, as well as to publish the first edition of the OREDA handbook.

The fourth phase of OREDA started in 1997 and lasted until 2001. During this phase, the project maintained its scope on topside, subsea, and safety systems, but also added data on floating production systems, such as FPSOs (Floating Production Storage and Offloading), TLPs (Tension Leg Platforms), etc. The data were enriched by more detailed information on failure modes and causes. The main purpose of this phase was to update and refine the reliability models and software tools based on the data.

The fifth phase of OREDA started in 2002 and lasted until 2008. During this phase, the project broadened its scope to include data on onshore equipment and systems, such as gas plants, refineries, terminals, etc. The data were collected from both offshore and onshore facilities operated by the participating companies. The main purpose of this phase was to extend the coverage and representativeness of the data, as well as to publish the second edition of the OREDA handbook.

The sixth phase of OREDA started in 2009 and lasted until 2014. During this phase, the project consolidated its scope on offshore and onshore equipment and systems, but also incorporated data on new technologies, such as subsea processing, subsea compression, etc. The data were sourced from both operational experience and research projects. The main purpose of this phase was to increase the relevance and value of the data, as well as to publish the third edition of the OREDA handbook.

The seventh phase of OREDA started in 2015 and is still ongoing. During this phase, the project is focusing on updating and improving the quality and consistency of the data, as well as on developing new methods and tools for data analysis and utilization. The main purpose of this phase is to ensure the sustainability and credibility of the project, as well as to publish the fourth edition of the OREDA handbook.

The participants and sponsors of OREDA

The OREDA project is a joint industry project (JIP) that involves several major oil and gas companies, who contribute their data and resources to the project. The current participants of OREDA are:

• BP

• ConocoPhillips

• ENI

• Equinor

• ExxonMobil

• Petrobras

• Shell

• Total

The OREDA project is also supported by several sponsors, who provide funding and guidance to the project. The current sponsors of OREDA are:

• The Research Council of Norway (RCN)

• The Norwegian Oil and Gas Association (NOROG)

• The Norwegian Petroleum Directorate (NPD)

• The Petroleum Safety Authority Norway (PSA)

The scope and content of OREDA

The OREDA project covers a wide range of offshore equipment and systems, which are classified into 13 main categories:

• Power generation and distribution

• Instrumentation and control

• Fire and gas detection

• Safety systems

• Pumps

• Compressors

• Separators

• Heat exchangers

• Pipelines

• Risers

• Umbilicals

• Floating production systems

• New technologies

The OREDA project collects various types of data on these equipment and systems, such as:

• Operational hours

• Demand rates

• Failure rates

• Maintenance rates

• Failure modes

• Failure causes

• Repair times

• Maintenance costs

• Environmental conditions

• Design specifications

The OREDA project analyzes these data using various methods and tools, such as:

• Data quality assessment

• Data filtering and grouping

• Data modeling and estimation

• Data validation and verification

• Data presentation and visualization

• Data interpretation and application

• Data benchmarking and comparison

• Data sharing and dissemination

Why is OREDA important for the offshore industry?

The OREDA project is important for the offshore industry because it provides a valuable source of information that can be used for various purposes, such as:

The benefits and applications of OREDA

• Reliability engineering: OREDA can be used to support reliability engineering activities, such as reliability analysis, reliability prediction, reliability testing, reliability optimization, etc. For example, OREDA can be used to estimate the failure rates of offshore equipment based on historical data, or to compare the reliability performance of different equipment designs based on operational data.

The challenges and limitations of OREDA

OREDA is not without its challenges and limitations, which need to be acknowledged and addressed by the users of the data. Some of the main challenges and limitations of OREDA are:

• Data quality and consistency: OREDA relies on the data provided by the participating companies, who may have different definitions, standards, and practices for collecting and reporting their data. This may result in data quality and consistency issues, such as missing data, incomplete data, inaccurate data, inconsistent data, etc. OREDA tries to overcome these issues by applying data quality assessment and data filtering techniques, but some errors and uncertainties may still remain in the data.

• Data availability and representativeness: OREDA covers a large and diverse range of offshore equipment and systems, but it does not cover all types of equipment and systems that exist or may exist in the offshore industry. Moreover, OREDA only includes data from a limited number of companies and regions, which may not reflect the performance and reliability of all offshore facilities and operations. OREDA tries to overcome these issues by expanding its scope and coverage over time, but some gaps and biases may still exist in the data.

• Data analysis and utilization: OREDA provides a lot of data on offshore equipment and systems, but it does not provide ready-made answers or solutions for the users of the data. The users need to have sufficient knowledge and skills to analyze and utilize the data for their specific purposes and contexts. OREDA tries to overcome these issues by providing guidelines and recommendations for using the data, as well as reliability models and software tools based on the data, but some challenges and difficulties may still arise in the data analysis and utilization process.

The future and development of OREDA

OREDA is an ongoing project that aims to continuously improve and update its data and services for the benefit of the offshore industry. Some of the main goals and plans for the future and development of OREDA are:

• Data collection and integration: OREDA plans to collect more data on offshore equipment and systems from more sources and regions, as well as to integrate more types of data, such as condition monitoring data, performance data, etc. This will increase the quantity and quality of the data available for reliability engineering and risk management.

• Data analysis and innovation: OREDA plans to apply more advanced methods and tools for data analysis and innovation, such as machine learning, artificial intelligence, digital twins, etc. This will enhance the accuracy and efficiency of the data analysis process, as well as generate new insights and solutions based on the data.

• Data dissemination and collaboration: OREDA plans to disseminate more data and information to more users and stakeholders in the offshore industry, as well as to collaborate more with other projects and organizations that share similar goals and interests. This will increase the accessibility and usability of the data for various purposes and applications.

How to access and use OREDA?

of the OREDA handbook, which can be purchased from the OREDA website. The Excel format contains the raw data and calculations of the OREDA project, as well as the reliability data tables for each equipment category. The Excel format is suitable for users who need a more comprehensive and customizable access to the OREDA data.

• Software format: This is a more advanced and interactive format of the OREDA handbook, which can be purchased from the OREDA website. The software format contains the reliability models and software tools of the OREDA project, as well as the reliability data tables for each equipment category. The software format is suitable for users who need a more sophisticated and dynamic access to the OREDA data.

• Editions: The OREDA handbook has been published in four editions so far, each covering a different period and scope of data collection. The first edition was published in 1997 and covered data from 1984 to 1996. The second edition was published in 2002 and covered data from 1984 to 2001. The third edition was published in 2009 and covered data from 1984 to 2008. The fourth edition was published in 2015 and covered data from 1984 to 2014. The fifth edition is expected to be published in 2021 and will cover data from 1984 to 2020.

The availability and distribution of OREDA

The OREDA handbook is available and distributed through different channels and platforms, depending on the format and edition of the handbook. The main channels and platforms of OREDA are:

• OREDA website: This is the official website of the OREDA project, which provides information and updates on the project, as well as access to the PDF format of the handbook for free download. The website also allows users to purchase the Excel and software formats of the handbook online. The website address is: www.oreda.com.

• OREDA app: This is a mobile application of the OREDA project, which provides a convenient and user-friendly access to the PDF format of the handbook on smartphones and tablets. The app also allows users to purchase the Excel and software formats of the handbook online. The app is available for both Android and iOS devices.

• OREDA cloud: This is a cloud-based service of the OREDA project, which provides a secure and reliable access to the Excel and software formats of the handbook on any device with an internet connection. The cloud service also allows users to store and share their own data and analyses based on the OREDA data. The cloud service requires a subscription fee and a login account.

• OREDA partners: These are other organizations and institutions that collaborate with or support the OREDA project, such as research institutes, universities, industry associations, etc. They may provide access to or distribute copies of the OREDA handbook in different formats and editions, depending on their agreements with the OREDA project.

The guidelines and recommendations for using OREDA

the offshore industry, but it also requires some caution and care when using it. The OREDA handbook is not a definitive or authoritative source of data, but rather a collection and compilation of data from different sources and contexts. Therefore, the users of the OREDA handbook need to follow some guidelines and recommendations when using it, such as:

• Understand the data: The users need to understand the origin, scope, and quality of the data in the OREDA handbook, as well as the assumptions, methods, and limitations of the data analysis and presentation. The users need to read and follow the instructions and explanations provided in the handbook, as well as consult the references and sources cited in the handbook.

• Verify the data: The users need to verify the validity, accuracy, and consistency of the data in the OREDA handbook, as well as the applicability and suitability of the data for their specific purposes and contexts. The users need to check and compare the data with other sources of data, such as their own data, industry standards, literature reviews, etc.

• Use the data wisely: The users need to use the data in the OREDA handbook in a responsible and ethical manner, as well as in accordance with the laws and regulations of their respective countries and regions. The users need to respect the intellectual property rights and confidentiality agreements of the OREDA project and its participants, as well as acknowledge and cite the OREDA handbook as their source of data.

Conclusion

The OREDA handbook is a comprehensive guide to offshore reliability data that can help reliability engineers and risk managers in the offshore industry to improve their performance and safety. The OREDA handbook is based on a collaborative project among several major oil and gas companies, who have collected and shared their operational data since 1981. The OREDA handbook covers a wide range of offshore equipment and systems, which are classified into 13 main categories. The OREDA handbook provides various types of data on these equipment and systems, such as failure rates, failure modes, failure causes, etc. The OREDA handbook also provides various methods and tools for data analysis and utilization, such as reliability models, software tools, etc.

The OREDA handbook is available in different formats and editions, depending on the type and level of data needed by the users. The OREDA handbook can be accessed and distributed through different channels and platforms, depending on the format and edition of the handbook. The OREDA handbook requires some caution and care when using it, as it is not a definitive or authoritative source of data, but rather a collection and compilation of data from different sources and contexts. Therefore, the users of the OREDA handbook need to follow some guidelines and recommendations when using it, such as understanding, verifying, and using the data wisely.

FAQs

Here are some frequently asked questions (FAQs) about the OREDA handbook:

• What does OREDA stand for?

analyze, and disseminate data on the reliability of offshore equipment and systems.

• Who are the participants and sponsors of OREDA?

The participants of OREDA are several major oil and gas companies, who contribute their data and resources to the project. The current participants are BP, ConocoPhillips, ENI, Equinor, ExxonMobil, Petrobras, Shell, and Total. The sponsors of OREDA are several organizations and institutions that provide funding and guidance to the project. The current sponsors are The Research Council of Norway (RCN), The Norwegian Oil and Gas Association (NOROG), The Norwegian Petroleum Directorate (NPD), and The Petroleum Safety Authority Norway (PSA).

• What are the main categories of equipment and systems covered by OREDA?

The main categories of equipment and systems covered by OREDA are power generation and distribution, instrumentation and control, fire and gas detection, safety systems, pumps, compressors, separators, heat exchangers, pipelines, risers, umbilicals, floating production systems, and new technologies.

• What are the main types of data provided by OREDA?

The main types of data provided by OREDA are operational hours, demand rates, failure rates, maintenance rates, failure modes, failure causes, repair times, maintenance costs, environmental conditions, design specifications, etc.

• What are the main formats and editions of the OREDA handbook?

The main formats of the OREDA handbook are PDF format, Excel format, and software format. The main editions of the OREDA handbook are the first edition (1997), the second edition (2002), the third edition (2009), the fourth edition (2015), and the fifth edition (expected in 2021).

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