1) Bentley is a global leader in providing software solutions for sustaining infrastructure to architects, engineers, constructors, and owner-operators.
2) The presentation discusses integrating engineering data using new ISO data formats and leveraging that data into construction work packages.
3) It also covers the data lifecycle in operations and how configuration management is important for ensuring facilities are properly maintained over their lifetimes which can be 60+ years for some infrastructure like nuclear plants.
Conference: IEEE 16th International Conference on
Industrial Informatics (INDIN2018).
Porto, Portugal – July 18-20, 2018
Title of the paper: Towards the Adoption of Cyber-
Physical Systems of Systems Paradigm in Smart
Manufacturing Environments
Authors: Borja Ramis Ferrer, Gerardo Beruvides,
Wael M. Mohammed, Alberto Villalonga, Jose L.
Martinez Lastra, Fernando Castaño, Rodolfo E.
Haber
How to Uncover Successful Additive Applications that Lead to Profitable GrowthGE코리아
What is additive manufacturing?
3D PRINTING
Additive manufacturing, also knows as 3D printing, is a process that creates a physical object from a digital design file.
Additive manufacturing enables engineers to design parts, systems and shapes once thought
impossible to make. Additive manufacturing allows for complex design geometries, making products that are lighter, stronger and more efficient, revolutionizing products in many industries.
Why additive …
Expands what is possible … opens up new engineering capabilities and business opportunities to optimize part & system designs in a way we cannot with traditional manufacturing processes
Improves quality … eliminates design trade offs; reduced defect opportunities, digital v. analog control, reduced anomaly size and frequency v. traditional castings Simplifies systems … more robust designs, reduced part counts, reduced braze/weld/rivet/bolted joints and assemblies; optimized systems
The Impact of Data Analytics on Plant O&M, by GE Power's James DicampliGE Power
- The integration of the digital world with the world of machines holds the potential to bring about profound transformation to global industries.
- In the power generation industry, a plant will have hundreds, even thousands of sensors generating terabytes of data
- Asset performance management is a GE software application that connects disparate data sources and uses advanced analytics to turn that data into actionable insights designed to increase asset reliability and availability while reducing unnecessary maintenance.
Digital Power Plant Solutions – the Integration matters, by GE Power's Zoran ...GE Power
The DPP concept encompasses a wide framework of features, that deliver measurable value and outcomes throughout the plant lifecycle:
- Digital controls, instrumentation and applications expand the equipment and plant capability through a wider operating envelope that delivers more value.
- Software applications provide enhanced controllability and greater flexibility for customized, adaptable plants.
- A fully digitized value chain from equipment design and build cycle through execution and commercial operation.
GE Power Digital business solutions can integrate the plant assets to Predix cloud connectivity capabilities and tools are always up-to date or new applications are available at request. Examples are: Asset Performance Management (APM), Operations Optimization (OO), Business Optimization (BO) and Cyber Security.
Enclosure Strategies for Efficiency – Data Center Efficiency Best-Practice Starts with Your Racks
Historically, Data Center managers didn't invest much thought in their deployment of server racks beyond basic functionality, air flow, and the initial cost of the rack itself. Today, the widespread deployment of high-density configurations is causing major hot spot concerns and capacity issues. These factors, along with the high cost of power, require a sound understanding of how your server rack deployment plan relates to your overall efficiency strategy.
To view the recorded webinar presentation, please visit http://www.42u.com/enclosure-strategies-webinar.htm
Drive Profitability with Big Data Analytics: from Asset to Operations Optimiz...GE Software
Industrial companies are using big data analytics in ways
that impact the bottom line - from asset optimization
resulting from proactive management through operations
optimization derived from analytic insights. See how
Predictivity solutions are leading the way to enable
powerful financial impacts along the full spectrum of
analytic adoption across multiple business lines.
Optimized Energy Management and planning tools for the Iron and Steel Industr...Schneider Electric
With Iron and Steel industry being the 2nd largest energy consuming industrial sector, it is important to analyze and take measures for reducing energy consumption in steel plants as well as increasing productivity and improve bottom line. This presentation describes what Energy Management process is and provides tips for execution.
Optimized Energy Management and Planning Tools for the Iron and Steel IndustrySchneider Electric
Copyright AIST Reprinted with Permission. Presented at the 2013 Iron and Steel Technology Conference and Exposition (AISTech 2013). According to EDF (environmental defense fund) the energy cost for the U.S. iron and steel industry reached U$ 6.8B / year (2008). The industry has improved its energy efficiency significantly over the last decade, however, there are more energy savings opportunities to be explored.
Conference: IEEE 16th International Conference on
Industrial Informatics (INDIN2018).
Porto, Portugal – July 18-20, 2018
Title of the paper: Towards the Adoption of Cyber-
Physical Systems of Systems Paradigm in Smart
Manufacturing Environments
Authors: Borja Ramis Ferrer, Gerardo Beruvides,
Wael M. Mohammed, Alberto Villalonga, Jose L.
Martinez Lastra, Fernando Castaño, Rodolfo E.
Haber
How to Uncover Successful Additive Applications that Lead to Profitable GrowthGE코리아
What is additive manufacturing?
3D PRINTING
Additive manufacturing, also knows as 3D printing, is a process that creates a physical object from a digital design file.
Additive manufacturing enables engineers to design parts, systems and shapes once thought
impossible to make. Additive manufacturing allows for complex design geometries, making products that are lighter, stronger and more efficient, revolutionizing products in many industries.
Why additive …
Expands what is possible … opens up new engineering capabilities and business opportunities to optimize part & system designs in a way we cannot with traditional manufacturing processes
Improves quality … eliminates design trade offs; reduced defect opportunities, digital v. analog control, reduced anomaly size and frequency v. traditional castings Simplifies systems … more robust designs, reduced part counts, reduced braze/weld/rivet/bolted joints and assemblies; optimized systems
The Impact of Data Analytics on Plant O&M, by GE Power's James DicampliGE Power
- The integration of the digital world with the world of machines holds the potential to bring about profound transformation to global industries.
- In the power generation industry, a plant will have hundreds, even thousands of sensors generating terabytes of data
- Asset performance management is a GE software application that connects disparate data sources and uses advanced analytics to turn that data into actionable insights designed to increase asset reliability and availability while reducing unnecessary maintenance.
Digital Power Plant Solutions – the Integration matters, by GE Power's Zoran ...GE Power
The DPP concept encompasses a wide framework of features, that deliver measurable value and outcomes throughout the plant lifecycle:
- Digital controls, instrumentation and applications expand the equipment and plant capability through a wider operating envelope that delivers more value.
- Software applications provide enhanced controllability and greater flexibility for customized, adaptable plants.
- A fully digitized value chain from equipment design and build cycle through execution and commercial operation.
GE Power Digital business solutions can integrate the plant assets to Predix cloud connectivity capabilities and tools are always up-to date or new applications are available at request. Examples are: Asset Performance Management (APM), Operations Optimization (OO), Business Optimization (BO) and Cyber Security.
Enclosure Strategies for Efficiency – Data Center Efficiency Best-Practice Starts with Your Racks
Historically, Data Center managers didn't invest much thought in their deployment of server racks beyond basic functionality, air flow, and the initial cost of the rack itself. Today, the widespread deployment of high-density configurations is causing major hot spot concerns and capacity issues. These factors, along with the high cost of power, require a sound understanding of how your server rack deployment plan relates to your overall efficiency strategy.
To view the recorded webinar presentation, please visit http://www.42u.com/enclosure-strategies-webinar.htm
Drive Profitability with Big Data Analytics: from Asset to Operations Optimiz...GE Software
Industrial companies are using big data analytics in ways
that impact the bottom line - from asset optimization
resulting from proactive management through operations
optimization derived from analytic insights. See how
Predictivity solutions are leading the way to enable
powerful financial impacts along the full spectrum of
analytic adoption across multiple business lines.
Optimized Energy Management and planning tools for the Iron and Steel Industr...Schneider Electric
With Iron and Steel industry being the 2nd largest energy consuming industrial sector, it is important to analyze and take measures for reducing energy consumption in steel plants as well as increasing productivity and improve bottom line. This presentation describes what Energy Management process is and provides tips for execution.
Optimized Energy Management and Planning Tools for the Iron and Steel IndustrySchneider Electric
Copyright AIST Reprinted with Permission. Presented at the 2013 Iron and Steel Technology Conference and Exposition (AISTech 2013). According to EDF (environmental defense fund) the energy cost for the U.S. iron and steel industry reached U$ 6.8B / year (2008). The industry has improved its energy efficiency significantly over the last decade, however, there are more energy savings opportunities to be explored.
Cummins seeks to implement Internet of Things technologies over the next 12-18 months to improve its manufacturing operations. This includes utilizing real-time location systems, plant automation, data virtualization, and low-risk cloud services backed by Cisco technologies. Case studies show these technologies can increase throughput, reduce material and energy costs, and improve line performance. Cummins' plan is to implement these technologies incrementally to realize benefits like increased visibility, productivity, and efficiency across its operations.
Closing the gap in building energy performance using ISO 50001 Energy Managem...Arantico Ltd
The Energy Performance “GAP” between the Design and Operation of a Building always exists! Usually the bigger gaps arise from numerous operational issues that deteriorate the performance well beyond expectations. In HIT2GAP, an effective ISO 50001 Energy Management System (EnMS) is central to the overall process.
[Oil & Gas White Paper] Best Practices Support Success in the Open Natural Ga...Schneider Electric
Information management tools support responsiveness in today’s complex markets.
The changes throughout the energy supply market that have resulted from business globalization require natural gas transport operators to practice flexibility. Yet they need to keep safety and security their highest priorities in this time of unprecedented change. Reliable gas network information management systems and best practices relating to commodity data are more important than ever to improve or even maintain competitiveness and responsiveness in the open market environment.
One consequence of increasingly complex markets is the growing numbers of gas flow, quantity and quality measurements involved—measurements that are vital to financial accounting and subject to customer transparency. Best practices recommend the operator’s gas measurement analysis system accurately and completely collect data; validate per user-specified rules; properly flag, adjust and estimate data where needed; rigorously identify measurement imbalances and potential errors; and maintain audit reports.
One leading gas transmission company in Europe took advantage of Schneider Electric’s experience in the North American deregulated gas market by implementing a Schneider Electric-created turnkey information management solution to help it comply with liberalization mandated in Europe. The resulting monitoring and automated control system included several advanced applications for meeting customer reporting procedures and processes required by the new mandate. The system fully accepts third-party applications, eliminating costly proprietary enhancements and maintenance needed for it to be reliable for the long term.
The system also provides another best practice for safety and security: real-time, redundant backup of the transmission infrastructure’s main Control Center. Finally, the solution provides logistics capabilities that enable accurate tracking and reporting of allocations and delivery, to separate production and supply from transmission operations.
The information management solution that offers these best practices related to measurement accountability, operational flexibility and security helps the user meet global and open market trends while efficiently satisfying regional or country-specific requirements.
IT Consulting & Integration Services for Energy & Utilities SectorsSchneider Electric
From systems and applications to consulting and integration to 24x7 operations, no one delivers more than Schneider Electric.
Learn more downloading this file.
This document discusses guidelines for validating Microsoft cloud technology for use in life sciences and pharmaceutical industries. It provides an overview of Microsoft Azure and outlines responsibilities for cloud service providers and customers to ensure systems hosted on Azure meet regulatory requirements. Specifically, it discusses how PSI has developed pre-qualified cloud infrastructure and pre-validated software packages that can help customers more easily deploy compliant systems in a cost-effective manner without having to build and qualify entire platforms themselves.
This document discusses the development of a mobile algae processing system. It notes that the algae biofuels industry currently lacks integrated processing technologies. The Center for Electromechanics has experience with process integration and bridging research to commercialization. They have previously scaled algae growth and tested concentration, lysis, separation and extraction technologies. The next step is to integrate these technologies into a demonstration-scale mobile unit capable of end-to-end algae processing up to several acres per day. This integrated system will demonstrate scalability and economics to help advance the algae biofuels industry.
The 2025 Huawei trend forecast gives you the lowdown on data centre facilitie...Heiko Joerg Schick
The document summarizes 10 trends predicted to shape data center facilities by 2025:
1. Power density of 15 to 20 kW/rack will be predominant as CPU and server capacity increases.
2. Data centers will require scalable architectures to support evolving IT over 10-15 year lifecycles.
3. The average PUE of new Chinese data centers will drop to 1.1 as energy efficiency, reduction, and sustainability become greater challenges.
GE provides integrated power solutions including automation, controls, and environmental products to supply clean power plants. They have over 100 years of experience in engineering, procurement, construction and servicing power plants. GE technology supports 25% of global power production and they have 52,000 employees in 70 countries. Their solutions aim to maximize performance while minimizing environmental impacts and include single components, complete power plants, and lifecycle services.
This document provides an offshore project summary for the Штокман учебный project located in the South Barents Sea Basin offshore Russia. Key details include:
- The project involves gas development using an FPSO and subsea concept with 9 production wells.
- Design gas and liquids production rates are 9.94 MMsm3/day and 0.61 Mm3/day respectively over a 10 year field life.
- Total recoverable reserves are estimated at 18,300 MMsm3 of gas.
- Project costs are estimated at $1.451 billion including a 20% contingency.
- Major cost centers include the FPSO preprocessing, FPSO vessel,
Implementing people-driven mobile technology to improve offshore project know...Gerrit Brouwer (格里特)
This document discusses the implementation of mobile technology by V.Ships and Appical to improve knowledge sharing and risk awareness for offshore projects. It provides details on:
1. V.Ships and Appical - V.Ships is the world's largest ship manager and Appical provides HR tech solutions for offshore industries.
2. The mobile app developed - The app provides an interactive induction program, allows seafarers to provide feedback, and tests their knowledge to improve training and communication between assignments.
3. Benefits achieved - The app has improved communication, increased knowledge transfer, allowed training before assignments start, and provided continuous feedback to refresh key information and procedures.
This document summarizes a quality audit of offshore projects at the Bongkot Field Development Project in Bongkot, Thailand. It includes 6 observations from the audit with corresponding corrective action items and target completion dates. The observations note issues such as out-of-date procedures posted, missing documentation of welding processes, unlabeled weld joints on drawings, expired materials being used, mislabeled pressure gauges, and an outdated QA/QC organizational chart. Corrective actions include replacing documents, providing missing documentation, communicating with responsible parties, ensuring equipment is properly labeled and certified, and submitting an updated organizational chart for approval. The summary also validates that previous audit findings from WP2 have been addressed.
Project(component) Portfolio Management is applying Skills, Knowledge, tools and Techniques in a coordinated management. This includes management of sub-portfolios, Programs and projects and operation for meeting Organizational Strategies and Objectives. Offshore Industry comprise of exploration to production. we here present a Project Portfolio Management Organization Model in this industry.
The document outlines a proposed procedure to improve procurement, logistics, and stores/warehouse operations. Key recommendations include implementing a morning report for vessel requirements discussion, bulk monthly ordering of consumables and ration, coordinating supply planning through a PMS system, establishing a proper warehouse either by leasing container space at a free trade zone or constructing additional storage onsite, and contracting reliable transportation and shipping agents. The proposed changes aim to address current bottlenecks, improve communication and inventory management, and better support offshore operations.
This document discusses how Bentley provides software solutions for the nuclear power industry. It highlights Bentley's involvement in ISO 15926 standards development through organizations like FIATECH to promote interoperability. It also outlines Bentley's nuclear product offerings across the project lifecycle from conceptual design to operations and maintenance.
Corporate presentation (short with examples)PCA Services
PCA Services is a commercial entity focused on industrial data interoperability. It aims to facilitate sharing of precise data between organizations through projects that apply standardized reference data. Two example projects are ILAP, which uses semantic technology to integrate lifecycle asset planning data across different software tools, and STI, which seeks to standardize definitions and formats for technical information on common equipment in the oil and gas industry. PCA Services provides a reference data library and technical platform to enable broad application of standardized data between domains and systems.
This is presentation how SolveITLabs is using existing project management methodologies to manage offshore teams to delivery software development projects for US clients
BNY Mellon managed the construction of a new 165,000 square foot data center using poured concrete instead of steel due to high steel prices. The data center uses redundant electrical and cooling systems along with 8 generators for standby power. BNY Mellon is prioritizing object storage, software-defined data centers, and stateless computing while reducing its environmental footprint through initiatives like going tapeless and reducing paper usage. One of BNY Mellon's data centers earned an Energy Star designation for its efficient energy usage.
Secure Storage Auditing with Efficient Key Update for Cognitive Industrial IO...IRJET Journal
This document proposes a secure auditing storage scheme with efficient key updates for a cognitive industrial internet of things (IIoT) environment. It discusses how cognitive computing and IIoT can advance manufacturing capabilities. The existing auditing schemes only consider data integrity and elements without key exposure resistance, so the proposed scheme uses techniques like homomorphic verifiable authenticators and proxy recryption to allow third-party auditors to efficiently update keys and authenticators in the cloud without recovering old keys or data. It aims to support data and sub-block auditing to address owners' concerns about data security in the cloud.
Woodward, Inc. implemented an Industrial Internet of Things (IIoT) solution using PTC's ThingWorx platform to address challenges around lack of process for acting on operational machine data, manual tasks, and database synchronization issues. The solution involved leveraging existing PTC technologies and developing a Manufacturing Information System (MIS) integrated with manufacturing equipment. Benefits included improved training certification tracking, calibration compliance, access to work instructions, and more informed decision making through analytics. This led to enhanced quality, efficiency, and productivity.
ABC Manufacturing used ThingWorx Analytics to automate advanced analytics on factory data and gain real-time operations visibility. Challenges of large, complex data volumes and inability to use real
Cummins seeks to implement Internet of Things technologies over the next 12-18 months to improve its manufacturing operations. This includes utilizing real-time location systems, plant automation, data virtualization, and low-risk cloud services backed by Cisco technologies. Case studies show these technologies can increase throughput, reduce material and energy costs, and improve line performance. Cummins' plan is to implement these technologies incrementally to realize benefits like increased visibility, productivity, and efficiency across its operations.
Closing the gap in building energy performance using ISO 50001 Energy Managem...Arantico Ltd
The Energy Performance “GAP” between the Design and Operation of a Building always exists! Usually the bigger gaps arise from numerous operational issues that deteriorate the performance well beyond expectations. In HIT2GAP, an effective ISO 50001 Energy Management System (EnMS) is central to the overall process.
[Oil & Gas White Paper] Best Practices Support Success in the Open Natural Ga...Schneider Electric
Information management tools support responsiveness in today’s complex markets.
The changes throughout the energy supply market that have resulted from business globalization require natural gas transport operators to practice flexibility. Yet they need to keep safety and security their highest priorities in this time of unprecedented change. Reliable gas network information management systems and best practices relating to commodity data are more important than ever to improve or even maintain competitiveness and responsiveness in the open market environment.
One consequence of increasingly complex markets is the growing numbers of gas flow, quantity and quality measurements involved—measurements that are vital to financial accounting and subject to customer transparency. Best practices recommend the operator’s gas measurement analysis system accurately and completely collect data; validate per user-specified rules; properly flag, adjust and estimate data where needed; rigorously identify measurement imbalances and potential errors; and maintain audit reports.
One leading gas transmission company in Europe took advantage of Schneider Electric’s experience in the North American deregulated gas market by implementing a Schneider Electric-created turnkey information management solution to help it comply with liberalization mandated in Europe. The resulting monitoring and automated control system included several advanced applications for meeting customer reporting procedures and processes required by the new mandate. The system fully accepts third-party applications, eliminating costly proprietary enhancements and maintenance needed for it to be reliable for the long term.
The system also provides another best practice for safety and security: real-time, redundant backup of the transmission infrastructure’s main Control Center. Finally, the solution provides logistics capabilities that enable accurate tracking and reporting of allocations and delivery, to separate production and supply from transmission operations.
The information management solution that offers these best practices related to measurement accountability, operational flexibility and security helps the user meet global and open market trends while efficiently satisfying regional or country-specific requirements.
IT Consulting & Integration Services for Energy & Utilities SectorsSchneider Electric
From systems and applications to consulting and integration to 24x7 operations, no one delivers more than Schneider Electric.
Learn more downloading this file.
This document discusses guidelines for validating Microsoft cloud technology for use in life sciences and pharmaceutical industries. It provides an overview of Microsoft Azure and outlines responsibilities for cloud service providers and customers to ensure systems hosted on Azure meet regulatory requirements. Specifically, it discusses how PSI has developed pre-qualified cloud infrastructure and pre-validated software packages that can help customers more easily deploy compliant systems in a cost-effective manner without having to build and qualify entire platforms themselves.
This document discusses the development of a mobile algae processing system. It notes that the algae biofuels industry currently lacks integrated processing technologies. The Center for Electromechanics has experience with process integration and bridging research to commercialization. They have previously scaled algae growth and tested concentration, lysis, separation and extraction technologies. The next step is to integrate these technologies into a demonstration-scale mobile unit capable of end-to-end algae processing up to several acres per day. This integrated system will demonstrate scalability and economics to help advance the algae biofuels industry.
The 2025 Huawei trend forecast gives you the lowdown on data centre facilitie...Heiko Joerg Schick
The document summarizes 10 trends predicted to shape data center facilities by 2025:
1. Power density of 15 to 20 kW/rack will be predominant as CPU and server capacity increases.
2. Data centers will require scalable architectures to support evolving IT over 10-15 year lifecycles.
3. The average PUE of new Chinese data centers will drop to 1.1 as energy efficiency, reduction, and sustainability become greater challenges.
GE provides integrated power solutions including automation, controls, and environmental products to supply clean power plants. They have over 100 years of experience in engineering, procurement, construction and servicing power plants. GE technology supports 25% of global power production and they have 52,000 employees in 70 countries. Their solutions aim to maximize performance while minimizing environmental impacts and include single components, complete power plants, and lifecycle services.
This document provides an offshore project summary for the Штокман учебный project located in the South Barents Sea Basin offshore Russia. Key details include:
- The project involves gas development using an FPSO and subsea concept with 9 production wells.
- Design gas and liquids production rates are 9.94 MMsm3/day and 0.61 Mm3/day respectively over a 10 year field life.
- Total recoverable reserves are estimated at 18,300 MMsm3 of gas.
- Project costs are estimated at $1.451 billion including a 20% contingency.
- Major cost centers include the FPSO preprocessing, FPSO vessel,
Implementing people-driven mobile technology to improve offshore project know...Gerrit Brouwer (格里特)
This document discusses the implementation of mobile technology by V.Ships and Appical to improve knowledge sharing and risk awareness for offshore projects. It provides details on:
1. V.Ships and Appical - V.Ships is the world's largest ship manager and Appical provides HR tech solutions for offshore industries.
2. The mobile app developed - The app provides an interactive induction program, allows seafarers to provide feedback, and tests their knowledge to improve training and communication between assignments.
3. Benefits achieved - The app has improved communication, increased knowledge transfer, allowed training before assignments start, and provided continuous feedback to refresh key information and procedures.
This document summarizes a quality audit of offshore projects at the Bongkot Field Development Project in Bongkot, Thailand. It includes 6 observations from the audit with corresponding corrective action items and target completion dates. The observations note issues such as out-of-date procedures posted, missing documentation of welding processes, unlabeled weld joints on drawings, expired materials being used, mislabeled pressure gauges, and an outdated QA/QC organizational chart. Corrective actions include replacing documents, providing missing documentation, communicating with responsible parties, ensuring equipment is properly labeled and certified, and submitting an updated organizational chart for approval. The summary also validates that previous audit findings from WP2 have been addressed.
Project(component) Portfolio Management is applying Skills, Knowledge, tools and Techniques in a coordinated management. This includes management of sub-portfolios, Programs and projects and operation for meeting Organizational Strategies and Objectives. Offshore Industry comprise of exploration to production. we here present a Project Portfolio Management Organization Model in this industry.
The document outlines a proposed procedure to improve procurement, logistics, and stores/warehouse operations. Key recommendations include implementing a morning report for vessel requirements discussion, bulk monthly ordering of consumables and ration, coordinating supply planning through a PMS system, establishing a proper warehouse either by leasing container space at a free trade zone or constructing additional storage onsite, and contracting reliable transportation and shipping agents. The proposed changes aim to address current bottlenecks, improve communication and inventory management, and better support offshore operations.
This document discusses how Bentley provides software solutions for the nuclear power industry. It highlights Bentley's involvement in ISO 15926 standards development through organizations like FIATECH to promote interoperability. It also outlines Bentley's nuclear product offerings across the project lifecycle from conceptual design to operations and maintenance.
Corporate presentation (short with examples)PCA Services
PCA Services is a commercial entity focused on industrial data interoperability. It aims to facilitate sharing of precise data between organizations through projects that apply standardized reference data. Two example projects are ILAP, which uses semantic technology to integrate lifecycle asset planning data across different software tools, and STI, which seeks to standardize definitions and formats for technical information on common equipment in the oil and gas industry. PCA Services provides a reference data library and technical platform to enable broad application of standardized data between domains and systems.
This is presentation how SolveITLabs is using existing project management methodologies to manage offshore teams to delivery software development projects for US clients
BNY Mellon managed the construction of a new 165,000 square foot data center using poured concrete instead of steel due to high steel prices. The data center uses redundant electrical and cooling systems along with 8 generators for standby power. BNY Mellon is prioritizing object storage, software-defined data centers, and stateless computing while reducing its environmental footprint through initiatives like going tapeless and reducing paper usage. One of BNY Mellon's data centers earned an Energy Star designation for its efficient energy usage.
Secure Storage Auditing with Efficient Key Update for Cognitive Industrial IO...IRJET Journal
This document proposes a secure auditing storage scheme with efficient key updates for a cognitive industrial internet of things (IIoT) environment. It discusses how cognitive computing and IIoT can advance manufacturing capabilities. The existing auditing schemes only consider data integrity and elements without key exposure resistance, so the proposed scheme uses techniques like homomorphic verifiable authenticators and proxy recryption to allow third-party auditors to efficiently update keys and authenticators in the cloud without recovering old keys or data. It aims to support data and sub-block auditing to address owners' concerns about data security in the cloud.
Woodward, Inc. implemented an Industrial Internet of Things (IIoT) solution using PTC's ThingWorx platform to address challenges around lack of process for acting on operational machine data, manual tasks, and database synchronization issues. The solution involved leveraging existing PTC technologies and developing a Manufacturing Information System (MIS) integrated with manufacturing equipment. Benefits included improved training certification tracking, calibration compliance, access to work instructions, and more informed decision making through analytics. This led to enhanced quality, efficiency, and productivity.
ABC Manufacturing used ThingWorx Analytics to automate advanced analytics on factory data and gain real-time operations visibility. Challenges of large, complex data volumes and inability to use real
In 2017, the World Economic Forum recognized the potential of advanced manufacturing technologies. In 2018, from among more than 1,000 examined production facilities, 16
companies were recognized as Fourth Industrial Revolution leaders in advanced manufacturing for demonstrating step-change results, both operational and financial, across individual sites. They had succeeded in scaling beyond the pilot phase and their sites were designated advanced manufacturing “Lighthouses”. In 2019, 28 additional facilities were identified and added to the network, which now provides an opportunity for cross-company learning and collaboration, and for setting new benchmarks for the global manufacturing community.
Lighthouses have succeeded by innovating new operating systems, including in how they manage and optimize business and processes, transforming the way people work and use technology. These new operating systems can become the blueprint for modernizing the entire company operating system; therefore, how they prepare for scaling up and engaging the workforce matters.
Analysis of a high availability and data integration solution of an electroni...IvanZennaro
This document discusses three case studies analyzing high availability solutions and data virtualization for an electronics manufacturing company called Telit Communications. The first case study examines implementing high availability for factory web servers. The second analyzes high availability for factory databases. The third evaluates using data virtualization to optimize data management and integration from multiple sources. Real business scenarios and use cases are described, and each proposed technology is tested individually to understand how it can benefit the company.
Mis on andmekeskuse uus standard - hüperkonvergents?
Kui kõiki kesksüsteeme ei ole võimalik pilve viia ja serverikeskuse kasv suurendab halduse keerukust, on väljapääs serverikeskuse konvergents. Simplivity Omnicube on konvergentsi uus tase. Millised on serverikeskuse kasvuga seotud põhiprobleemid ja kuidas neid lahendada? Kuidas korraldada Disaster Recovery ja Backup?
Paul Whittles is an experienced project manager, validation specialist, and chartered IT professional. He has extensive experience delivering large, technically demanding projects for customers globally. His skills include strong communication developed from working with diverse customers, excellent project delivery, and ensuring quality and regulatory compliance. He has managed various projects involving infrastructure changes, application development, business transformation, and more for companies such as AstraZeneca, Shell, and British Telecom.
IRJET - A Research on Eloquent Salvation and Productive Outsourcing of Massiv...IRJET Journal
This document discusses a research on efficiently outsourcing the processing of massive datasets to the cloud while maintaining data privacy and security. It begins by introducing the growth of big data and challenges of analyzing large datasets. It then discusses how convex separable programming problems are involved in various applications and how solving them at large scales is computationally difficult for individual users. The proposed system develops an efficient transformation scheme to privately transform vectors and matrices before outsourcing computations to the cloud. It also uses convex separable programming to approximate convex functions with linear programs, which are then securely solved in the cloud. A verification scheme is used to validate the correctness of the cloud's returned results.
This document is a resume for Robert A. Carcieri summarizing his experience and qualifications as an Engineering Manager with over 20 years of experience in engineering documentation, configuration management, product lifecycle management systems, and project management. He has held several senior engineering management roles at companies such as A123 Systems, Bose Corporation, and NEC, where he has implemented documentation systems, managed engineering change processes, and overseen documentation teams.
This document discusses Fluke Connect Condition Based Maintenance, which pairs Fluke hardware with predictive software and monitoring tools. It provides 5 key benefits: 1) It allows users to start implementing CBM solutions easily without IT hurdles or specialized skills; 2) Electronic data collection improves ROI analysis; 3) The scalable system can grow over time; 4) It optimizes labor and equipment lifespan; 5) The solution works across different equipment and facility types.
HP Moonshot. Progettato per i Data Center, costruito per il pianeta.HP Enterprise Italia
Cloud, mobilità, sicurezza e Big Data stanno trasformando le aspettative del business nei confronti dell'IT e generano un "Nuovo stile dell'IT”. HP Moonshot, che è il risultato delle idee alternative di un leader del settore, è il primo Web server software defined che porterà un'accelerazione dell'innovazione e allo stesso tempo garantirà eccezionale efficienza e scalabilità.
Industry 4.0 - Enabling operational excellence of packaging linesStephane Potier
Industry 4.0 is a revolution in operational excellence for smart factories. Packaging industry experts weigh in on current trends and share their visions for the future.
Paul Lo is seeking a challenging leadership position where he can apply his management experience in product management, development, manufacturing, and operations. He has over 18 years of experience as Vice President of Manufacturing and Operations at DiCon Fiberoptics, where he led teams in solid state lighting, MEMS, and fiber optic technology and product development. Prior to that, he held engineering and research roles developing systems for data acquisition, automatic testing, wave generation, weighing, transmissions, and more.
Gearing Up for the 21st Century Revolution:
Industrial enterprises around the world are retooling their factories with advanced technologies to boost manufacturing flexibility and speed, achieving new levels of overall equipment effectiveness (OEE), supply chain responsiveness, and customer satisfaction in the process. This renaissance reflects very real pressures industry players face today.
The document discusses NEC Electronics, a semiconductor company that provides products like microcontrollers, memory, and integrated circuits. It focuses on key aspects of the company's operations including its products, critical success factors, quality initiatives, flexibility, innovation, and strategies to reduce production cycle times. The company aims to offer cost-effective, high-quality solutions while maintaining a flexible and innovative approach.
Disruption of Manufacturing Models: Creating Value through better product ins...RECODE Network
The document discusses how re-distributed manufacturing and big data can provide greater product insight and create new business value. It suggests connecting every product to the internet to gather data on how products are feeling, being used, and whether users are happy. This data could be used to optimize value chains, introduce new services, make better products, and drive market growth. However, successfully implementing these strategies presents challenges regarding information governance, security and privacy, technology gaps, and overcoming research challenges to achieve commercial success.
INFORMATION MODELING AND KNOWLEDGE MANAGEMENT APPROACH TO RECONFIGURING MANUF...ijait
This research aims to gain a detailed understanding of data producers, data consumers and format/flow of the data within automotive industry for defining and using Bill of Process (BoP) for engine assembly lines. The focus remained on the real industrial challenge of rapid constraint evaluation for designing and/or reconfiguration of Powertrain assembly lines to cater for a new/changed product. A methodology is developed to facilitate Ford Company to quickly model and re-configure new/changed assembly line for building new/changed engine. This is made possible with the help of modular approach and developing relationships among products, processes and resources. The data and information of the PPR is made available to all the stake holders of the organisation independent of the platform or specific application being used at the department/facility.
INFORMATION MODELING AND KNOWLEDGE MANAGEMENT APPROACH TO RECONFIGURING MANUF...ijait
This research aims to gain a detailed understanding of data producers, data consumers and format/flow of the data within automotive industry for defining and using Bill of Process (BoP) for engine assembly lines. The focus remained on the real industrial challenge of rapid constraint evaluation for designing
and/or reconfiguration of Powertrain assembly lines to cater for a new/changed product. A methodology is developed to facilitate Ford Company to quickly model and re-configure new/changed assembly line for building new/changed engine. This is made possible with the help of modular approach and
developing relationships among products, processes and resources. The data and information of the PPR is made available to all the stake holders of the organisation independent of the platform or specific application being used at the department/facility.
PreScouter + GE Healthcare: How will the Internet of Things Impact your Indus...PreScouter
PreScouter and GE Healthcare partnered to analyze how they are researching Internet of Things technology. The presentation begins with a note from Dr. Ashish Basuray, Chief Scientist at PreScouter, Inc., an innovation consulting firm. Basuray addresses a fundamental question: why do we care to learn about new ideas, disruptive ideas like the Internet of Things? Following Basuray's introduction, Bill Shingleton, Ph.D., Technical Lead at GE Healthcare presented on the Industrial Internet of Things and how it impacts several industries. But, then he narrowed in on healthcare and GE's solution, Predix. This is the slide deck of the presentation for PreScouter's IoT Summit on October 6, 2016, from 5 -8 pm at the Schreiber Center in downtown Chicago.
For more information on disruptive technology, please visit: www.prescouter.com.
Dr. Paul Simon will give an invited speech about applying smart manufacturing and machine learning methods across global semiconductor ecosystems. He is the co-founder and executive VP of Qualtera, which offers big data analytics platforms for production control and smart manufacturing in the semiconductor industry. Qualtera processes test and manufacturing data from billions of parts annually. Dr. Simon will discuss a large-scale implementation of a big data analytics system across a high-volume global manufacturing supply chain. The system collects data from the entire electronics supply chain and runs hundreds of algorithms in real-time to produce analytical results and reports that improve key operational metrics like quality, yield, and productivity through the supply chain.
Similar to Sustaining Nuclear Infrastructure Wna China Nov10 (20)
2. Introduction to Bentley Integration of data using new ISO data formats Leveraging engineering data into construction work packages. Data Lifecycle in Operations Agenda
7. What is ISO 15926? Information concerning engineering, construction and operation of production facilities is created, used and modified by many different organizations throughout a facility's lifetime. The purpose of ISO 15926 is to facilitate integration of data to support the life-cycle activities and processes of production facilities.
8. Data model suitable for shared databases or data warehouse computer systems in development project Data model for product catalogues & procurement In operation and maintenance: To support the information requirements in all phases of a plant's life-cycle and the sharing and integration of information amongst all parties involved in the plant's life cycle. How is ISO 15926 used?
9. Interoperabilty during design phase Between systems Between project groups Handover flexibility & benefits Interoperabiliy during operations Reliabilty of data forma (plants live ~60 years) Reduced cost of software OpenPlant from Bentley first solution on ISO 15926 Benefits of open data format ISO 15926?
11. Beijing Huahui Technical Development Co., Ltd. is controlled by CNECC. CANPPE2 now is widely used in at least 12 nuclear power plants such as Hongyanhe, Fuqing and AP1000, etc. CANPPE2 Huahui now is working with Bentley to build a Nuclear Power Plant 3D Construction Management System by integrated with CANPPE2 and ConstructSim.
13. Data lifecycle ensures that information assets are governed, secure, controlled and can be trusted – delivering relevant information in context to your business users – turning information into a corporate asset, not a liability.
14. ConfigurationManagementIAEA Configuration management (CM) is the process of identifying and documenting the characteristics of a facility’s structures, systems and components of a facility, and of ensuring that changes to these characteristics are properly developed, assessed, approved, issued, implemented, verified, recorded and incorporated into the facility documentation.
34. Streamlined change management resulting in improved information integrity, regulatory, compliance, safety, efficiencyBusiness Overview: AmerenUE’s Callaway Nuclear Plant in operation since 1984 was built at a cost of $3 billion. The plant produces over 1,200 megawatts of electricity — sufficient to power 750,000 average households IndustryUtilities Geographies100 miles west of St. Louis in Missouri
38. A new generation of nuclear power plants is being designed and built to address the world’s renewable energy needs. Microsoft and Bentley, a Microsoft Managed Gold Certified Partner, are providing the IT infrastructure and industry-specific software applications to support the entire information life cycle – design, construct, operate, and maintain. eB for Nuclear, built entirely on Microsoft technology, takes advantage of Bentley’s decades of nuclear experience and incorporates industry best practices defined by nuclear industry organizations including the NRC, INPO, CAPOG and NIRMA. Jon Arnold, Managing Director, Worldwide Power and Utilities Industry Microsoft Microsoft & Bentley Partnership
40. Bentley empowers owner-operators to leverage the value of information modeling throughout operations and maintenance – while maintaining the transactional integrity that their enterprise applications demand
We have just joined WNA, and this is therefore our first conference as a memberThe illustration is the shinkori 3& 4 reactors being built in Korea, KEPCO is one of our users in the region. The 3D and intelligent engineering is done with our systems
Bentley knows a lot about infrastructure. In fact, sustaining infrastructure is all that we do and that has helped secure our standing as the world’s leading provider of software for the design, construction, and operation of infrastructure.
About half of our users are EPC’s using Bentley technology for engineeringThe other half of our users are owner operators, for Configuration management, documentation, licensing Some of our users have a long history with us: over more than 10 years, at EDF Bentley solutions are used in each of the 59 reactors to update the schematic information. This information is later centralized in a server for configuration checks and for work scheduling. Here in China, each of the 3 main reactors technologies use Bentley technologies, either for 3D design, for schematics, or technical for information management In China, BentleyIn nuclear power engineeringIn fuel processingIn miningIn decommissionning
Two active projects at EPRI on 15926 recognized by EPRI as neutral data handover strategy (Ref: Advanced Nuclear Technology: New Nuclear Power Plant Information Handover Guide, Final Report 2009)AEX deployment by EPRI, schema alignment with 15926 RDL (Ref: Automated Equipment Exchange Project)Some of the leaders in the industry areDominion Power (US)AECL (Canada)Rosatom (Russia)AREVA (France, on behalf of a number of its potential customers)
One of the use case in nuclear energy is configuration managementTypical starts during engineernig and follows over during the live cycleWhat is should be (this is the regulator, the plant as viewed by the regulator)What we stay it is (this is technical documentation & engineering data, the digital plant)What it is (the physical plant as it stands)
INPO had down-rated the plant based on various shortcomings and a perceived lack of rigor in some of its processes• The plant required major upgrades to replace aging equipment and restore the plant to its full generation capacity• An aging workforce and loss of experienced staff jeopardized the future operation of the plantRegain their outstanding INPO rating by 2006 • Replace four steam generators at a cost of $300 million in 2005• Regain their status of being one of the most efficient and safe nuclear plants in the industryApproximately 900 people working at the plant use eB on a daily basis to capture, retrieve, and view one or more of over three million documents, drawings, records, component data, and other information. Greatly enhanced records management process - Automatically captured and transferred records in electronic form from multiple applications- Significantly reduced labor-intensive manual process to scan, QC, index and store paper based records- Quality of records much better because they are generated in electronic form and stored in pdf- Considerable cost savings from reduction in use of paper and need for storage space- Increased value of records and reduced associated risks because of contextual links to other entities- Improved productivity because of rapid retrieval of records from any desktop• Improved rigor of information management processes, especially engineering design change management process- Full visibility of the impact of any change improves decision making and reduces risk- Tracks approved changes to completion- Improved information integrity- Change process complies with industry best practice AP 929 standard design change management process • Consolidated multiple applications on a single, modern platform- Streamlined business processes- Information accessible from and to other applications“eB has greatly improved our ability to retrieve records rapidly, and to see and use what we look at.” —Randy Bisig, Operations Supervisor AmerenUE Callaway Plant
In addition to core enterprise information management capabilities, eB offers a set of coordinated applications developed around EPC standards and industry best practices. In particular I’d like to point out Portfolio Management. Your organizations are managing hundreds, maybe thousands, of projects simultaneously. With eB you can streamline new project start ups by using requirement structures and other common elements from past projects…saving you time, money and ensuring consistency in reporting. The eB for EPC solution suite will support quick and reduced costs for implementations, a community that provides input for knowledge sharing and product improvement, and is proven on large scale projects.
The Solution: eB for EPCeB is an information management system that connects and manages every piece of information related to your project, ensuring that it’s all up-to-date, visible, and secure. The result is an integrated Project Management Information Solution that improves communication and simplifies collaboration by making trustworthy information accessible when and where it is needed to support the project. In short, eB is the smartest, easiest, most-comprehensive way to manage project information, people, processes, and risk. A global EPC company has achieved project milestone completions continually 20% ahead of schedule and up to 10% below budget, through the application of eB. With eB, EPC organizations realize the following benefits:Information accuracy is vastly improved and can be trusted for business operationsInformation modeling identifies who is responsible for information, what the information describes, where it is located and what it is related to, making for faster and better business decisions Automated classification of information enforces information governance, policies and controlsPowerful records management securely stores all paper and electronic records with defined retention and disposition rules to ensure regulatory compliance Contextual search, retrieval, viewing, and printing of documents and records increases productivity and efficiencyIntegration with other business applications streamline processes and eliminate discreet, disparate repositories of informationMaking informed decisions based on the use of the eB change effects analysis function allows managers to ensure that all affected information is taken into account when planning and managing changes.Project closure is often affected by delays in providing all of the necessary information specified in contracts–eB has built-in functions to improve project information handover to streamline project completion.