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  • Career Resilience: Practical Tools

    Contains 3 Component(s), 0.15 credits offered Recorded On: 10/02/2018

    Coping with difficult times at work has become incrementally difficult, as large corporations as well as small companies expect every single individual to be resilient and even enthusiastic in front of adversity. But what is resilience and how could we forge our own resilience at work?

    Coping with difficult times at work has become incrementally difficult, as large corporations as well as small companies expect every single individual to be resilient and even enthusiastic in front of adversity. But what is resilience and how could we forge our own resilience at work?  

    Our comprehension of what is resilience at work, and what is needed to become resilient individuals is now more important than ever for Oil and Gas professionals, to better wade the tempestuous waves of the workforce, technology and even markets in our industry. Resilience can be taught, and may very well be the difference between thriving or succumbing when facing work difficulties.

    Maria A. Capello

    Executive Advisor, Kuwait Oil Company

    Maria Angela is an awarded advisor for the oil and gas industry, expert in field development and transformational management and leadership strategies. She has more than 33 years of experience, growing a solid knowledge of NOCs and service companies in the Middle East, USA and Latin America.

    She is currently an executive advisor in Kuwait Oil Company (KOC), and champions the standardization of reservoir management best practices across the company and key technical talent development programs. She is also the Lead Advisor of the KPC Professional Women Network, aiming to benefit the female workforce of the 9 companies of the Kuwait Petroleum Corporation holding.

    With more than 57 publications, Maria Angela recently authored the book “Learned in the Trenches – Insights on Leadership and Resilience” (Springer, 2018). She believes that improving an individual, team, or corporation starts with clear strategic goals, communicated in simple and appealing ways. 

    Maria Angela is a Distinguished Member, Distinguished Lecturer, and international Distinguished Service awardee of the SPE. Chairs SPE Public Service Award Committee, is a JPT Associate Editor (Field Development), member of the new Business, Management and Leadership Council and is an advisor of SPE Women in Energy.  She was Vice-President of SEG, Society of Exploration Geophysicists, is SEG Honorary Lecturer and Lifetime Member, Chair of the SEG Women’s Network, and a member of the Board of Directors for the SEG Advanced Modelling (SEAM).  Maria Angela Capello has a MS of the Colorado School of Mines (USA), and is certified in Coaching, Business and Marketing.

    SPE Webinars are FREE to members courtesy of the

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  • Leadership in the Digital Age -- Interview with Greta Lydecker

    Contains 1 Component(s) Recorded On: 09/26/2018

    Tune in to this 30-minute interview to gain insight into this industry expert’s personal views and professional experiences on how leadership challenges are similar yet different, in the world of digital transformation.

    Leadership is always important in any strategic program, but is the leadership challenge in a digital world any different that in safety or operational excellence programs?  To ensure global viewpoints and perspectives are considered, these interviews will feature top industry leaders who are developing and adopting digital solutions.

    Tune in to this 30-minute interview to gain insight into this industry expert’s personal views and professional experiences on how leadership challenges are similar yet different, in the world of digital transformation.

    Interview with: Greta Lydecker, Managing Director, Chevron Upstream Europe

    Interviewed by:  Jim Crompton, Reflections Data Consulting / CO School of Mines

    Greta Lydecker

    Managing Director, Chevron Upstream Europe

    Greta currently serves as Managing Director of Chevron Upstream Europe’s (CUE) Business Unit (BU).  Headquartered in Aberdeen, Scotland, CUE manages exploration and production in the UK, Norway, Denmark and Greenland.

    Greta earned her Bachelor of Science degree in Geology from Allegheny College and a Master of Science degree, in Geophysics from Boston College.  She began her career with Chevron in 1982.

    Prior to joining CUE, Greta served as Vice President of the San Joaquin Valley BU, responsible for Chevron’s oil and gas production in California with core operations in eight field locations.

    Greta has previously held the position of President of Chevron Environmental Management Company (EMC). EMC provides environmental liability management and decommissioning services for Chevron in over 50 countries around the world. Projects include well, offshore platform and pipeline decommissioning and abandonment, site remediation and cleanup for refineries, service stations and terminals.  Over her career, Greta also held a variety of technical positions and roles in Gas Marketing, Corporate Planning and Finance, Asset Development, Drilling and Operations.  Greta served on Chevron’s Capital Stewardship Organisational Capability Design Team, and in her role as General Manager of Operational Excellence (OE) for Chevron Corporation, guided the overall strategic direction of OE including the implementation of the company’s OE management system.

    Members:  Free!

    Non-members:  USD 50.00

  • Siemens Expert Hour -- Modern Well Control Equipment: Metal Hard Hat, Fireproof Coveralls, Athey Wagon…..CFD!

    Contains 2 Component(s) Recorded On: 09/25/2018

    Content for this webinar is provided by Siemens. By registering, your contact information will be shared with the sponsor.

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    Alistair will explain how CFD and other simulation tools are utilized by Wild Well Control to quantify and reduce risk, plan operations and improve response effectiveness.  Subjects that will be covered will include gas dispersion, subsea plume modelling, fire simulation, cryogenic freezing, erosion along with a multitude of multiphase flow situations.

    Alistair E. Gill, P.E

    General Manager, Engineering Services, Wild Well Control

    Alistair is General Manager of the Engineering Services department at Wild Well Control. Wild Well Control is the leading emergency planning and response company in Oil and Gas. He has 27 years post graduate experience in mechanical and other engineering disciplines. He has worked in the energy industry, primarily in the upstream sector of the Oil and Gas industry, since 1998. Alistair developed a wide knowledge of computational mechanics and simulation in both structural and fluid dynamic disciplines. Has been a FEA/CFD practioner for 20+ years. Alistair has a 1st class honors degree in Mechanical Engineering from the University of Glasgow, Scotland and holds a Professional Engineering license in Texas, where he now lives and works. Engineering Services provides advanced simulation expertise in support of Wild Well Control’s emergency response and planning activities.

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    Content for this webinar is provided by Siemens. By registering, your contact information will be shared with the sponsor.

    Siemens PLM Software, a business unit of the Siemens Digital Factory Division, is a leading global provider of software solutions to drive the digital transformation of industry, creating new opportunities for manufacturers to realize innovation. With headquarters in Plano, Texas, and over 140,000 customers worldwide, Siemens PLM Software works with companies of all sizes to transform the way ideas come to life, the way products are realized, and the way products and assets in operation are used and understood. For more information on Siemens PLM Software products and services, visit www.siemens.com/plm.

  • Crisis Management

    Contains 3 Component(s), 0.15 credits offered

    This webinar seeks to disconnect crisis management from public relations by discussing how individuals involved in crisis management behave, why processes and procedures can help crisis teams become more effective, and how communications should best be managed.

    Crisis Management is a key skill that is often neglected in today’s world. With ever increasing media pressure and stakeholder scrutiny, the manner in which a corporation seeks to protect its reputation and manage its human, technical, and operational assets is critical. Many books have been written on the subject of crisis management but the key elements of human behavior, situational awareness, and team connectivity are not always treated as an integrated network.

    This webinar seeks to disconnect crisis management from public relations by discussing how individuals involved in crisis management behave, why processes and procedures can help crisis teams become more effective, and how communications should best be managed. Crisis management is not a role for everybody but the objective of the presentation is to make everybody aware of the pitfalls and the dangers so that they can contribute to overall success in a crisis situation.

    Stephen Whittaker

    Speaker

    Mr. Whittaker spent more than 40 years in the oilfield service industry after graduating in aeronautical engineering from the University of Manchester in the United Kingdom. He worked in field engineering and operations for 10 years and sales and marketing for 10 more before moving to communications for the remainder of his career. As director of communications before retirement, Stephen was a member of a core team that deployed a company-wide program designed to raise awareness of crisis management and communications within his organization. In addition to his technical education and development, Stephen has been a member of the SPE since 1976 and is a graduate of the National Preparedness Leadership Initiative at Harvard University.

    SPE Webinars are FREE to members courtesy of the

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  • Passive Reservoir Monitoring by Use of Inter-well Tracers

    Contains 3 Component(s), 0.15 credits offered Recorded On: 09/19/2018

    In this presentation, the speaker will briefly review the status of tracer technology, present recent improvements and highlight case studies that apply these methodologies.

    The use of tracers to monitor transport processes is a generic and versatile technique with a range of applications. In the subsurface domain, inter-well tracer testing has been used in more than 1000 injectors to monitor water and gas flooding worldwide the last 2-3 decades and has been used to map well-to-well communication and sweep and as a means to improve reservoir understanding. Recent tracer technology development, including new interpretation methodologies and access to a wide range of new tracers, has further strengthened this application of tracers. In this presentation, the status of tracer technology will be briefly reviewed. Recent improvements, including partitioning tracers will also be presented. Case studies that apply these methodologies will be highlighted. Operational challenges and pitfalls to avoid will also be discussed, as well as measures to be taken to assure reliability of the results.

    Dr. Olaf Huseby

    VP Technology & Interpretation, Restrack

    Dr. Huseby holds a PhD in Reservoir Physics from the University of Oslo (Norway). After PhD and Post-Doc studies in Poitiers and Paris on transport processes in discrete fracture networks, Olaf has 17 years’ research and consultancy experience in reservoir and tracer studies, including inter-well gas and water tracers, partitioning inter well tracers to assess oil saturation and single well tracer testing. He co-developed Restrack's interpretation schemes for inter-well and single well tracer data, including simulation as well as analytical techniques. He has published more than 40 scientific papers, and co-chaired and co-organized several SPE workshops, including SPE's 2014 and 2016 workshops on tracer technology that took place in Dubai and Kuwait respectively; and was co-chair of SPE tracer technology workshop that was held in March 2018 in Abu Dhabi.

    SPE Webinars are FREE to members courtesy of the

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  • Meeting the Goals of the Paris Agreement: The Sky Scenario

    Contains 3 Component(s), 0.15 credits offered Recorded On: 09/19/2018

    A new energy system is emerging. The Paris Agreement has sent a signal around the world: climate change is a serious issue that governments are determined to address. By 2070 there is the potential for a very different energy system to emerge.

    A new energy system is emerging. The Paris Agreement has sent a signal around the world: climate change is a serious issue that governments are determined to address. By 2070 there is the potential for a very different energy system to emerge.
     
    The Sky Scenario outlines what we believe to be a technologically, industrially, and economically possible route forward, consistent with limiting the global average temperature rise to well below 2°C from pre-industrial levels. It reveals the potential for an energy system to emerge that brings modern energy to all in the world, without delivering a climate legacy that society cannot readily adapt to. The changes are economy-wide, sector-specific, and amount to re-wiring the global economy in just 50 years.

    David Hone

    Chief Climate Change Adviser, Shell International Ltd.

    Mr. Hone works for Shell International Ltd. and is the Chief Climate Change Adviser in the Shell Scenarios Team. He joined Shell in 1980 after graduating as a Chemical Engineer from the University of Adelaide in Australia. He has worked in refinery technology, oil trading and shipping areas for Shell.

    David is a board member of the International Emissions Trading Association (IETA), was Chairman of IETA from 2011-2013 and is a board member of C2ES in Washington and GCCSI in Melbourne.

    David is a regular climate blogger and is the author of a current book on climate change, ‘Putting the Genie Back: Solving the Climate and Energy Dilemma’.

    SPE Webinars are FREE to members courtesy of the

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  • Creating Geologically Realistic Models Used for Reservoir Management

    Contains 3 Component(s), 0.15 credits offered Recorded On: 09/18/2018

    Presented by Dave Stern

    To make sensible reservoir management decisions, it is necessary to predict future reservoir performance. This allows testing and optimization of reservoir management strategies before making large investments. When displacement mechanisms change or geologic description is different from current well locations, this prediction is usually done with reservoir simulation models. Because geologic features determine the connectivity and productivity of the reservoir, it is important to ensure that models realistically represent the reservoir description in order to provide plausible predictions. Challenges associated with constructing these models include:

    1. Uncertainty in the geologic description – measurements are sparse, and do not always resolve the relevant features.  It isn’t always known which features are relevant to reservoir performance.
    2. Geometry and stacking of geologic objects like channels and lobes are difficult to represent in cellular models
    3. Multiple descriptions may exist that are consistent with available data

    This presentation describes how reservoir models are used in making reservoir management decisions, and outlines a strategy for creating realistic reservoir models. Examples are provided of applying some elements of this strategy and examples of application to conventional reservoirs are reviewed.

    Dr. Dave Stern

    Retired from ExxonMobil Upstream Research Company

    Dr. Stern joined URC in 1984 with a PhD in Chemical Engineering from University of California at Berkeley and a BS in Chemical Engineering from MIT.  Research areas include experimental measurement of gas injection performance, development and use of simplified models for reservoir management, gridding and scale-up, and history matching. He led a team that developed tools for construction of simulation models from detailed geologic models, worked with software developers to implement that technology, and trained the rest of the corporation in its use.  Dave is the author of an SPE distinguished author paper on practical aspects of gridding and scale-up, describing learnings from that experience. Dave also led a team that developed tools and methods for history matching, with emphasis on preserving geologic realism during the history match process.  The team worked with software developers to implement the tools, and trained the rest of the corporation in their use. He finished his career at ExxonMobil as a reservoir engineering advisor to a large project that develops and maintains software for reservoir modeling and simulation. 

    Dave is a career-long member of SPE, and has served as session chair or discussion leader in SPE forums on gridding and scale-up, reservoir modeling for asset teams, and data analytics.

    SPE Webinars are FREE to members courtesy of the

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  • Deploying Machine Learning on the Oilfield: From the Labs to the Edge

    Contains 3 Component(s), 0.15 credits offered Recorded On: 09/13/2018

    Deploying machine learning-based predictive models to the oil field is quite challenging. They are remote, hazardous, and have spotty connectivity to the cloud. The world of operationalizing a model is very different than the perfect lab environment where the models are born.

    Deploying machine learning-based predictive models to the oil field is quite challenging. They are remote, hazardous, and have spotty connectivity to the cloud. The world of operationalizing a model is very different than the perfect lab environment where the models are born. 

    In this presentation, we will present the requirements of our oil and gas customers and explain how we were able to meet those requirements, such that we could deploy a new generation of analytics with a complete software engineering discipline and mentality around it by taking advantage of the Microsoft IoT Edge platform. This is currently a pilot project under way and, due to the engineering principles in place, we are able to complete a loop from the field to the lab and back again.

    Matthieu Boujonnier

    Analytics Application Architect, Schneider Electric

    Mr. Boujonnier is responsible for transforming data scientists' dreams (read: quick and dirty python code) into reality (read: o18n on the cloud and embedded devices). However, should he tweak their data and models them better, he will not stop himself.  Data science is a mindset, not a curriculum.

    Before joining Schneider Electric, Matthieu was designing solutions for major telecom and IT Services companies (Orange, Atos) and especially for Schlumberger where he was part of the architecture team working on remote management infrastructures for field services (drilling, fracturing, acidizing) and production optimization (ESP). Matthieu received his Master in Computer Sciences in France (Polytech Montpellier) and Canada (UQAM).

    Fahd Saghir

    Solution Manager, Upstream Oil & Gas, Schneider Electric

    In his latest role Fahd is responsible for outlining automation and software solutions for the Upstream Oil & Gas market and provide support to Schneider’s regional/international teams with technical input which help solve diverse Oil & Gas problems using the latest operation and information technologies.      

    An Electrical Engineering graduate from the University of Houston, who has 10+ years’ experience in Upstream/Midstream/Downstream Oil & Gas sector where he has been providing Smart Field solutions to National and International Oil  Companies. His focus has been in creating Optimisation Solutions based on the latest hardware and software automation technologies for the Exploration, Production and Operations verticals within the Oil & Gas sector.

    SPE Webinars are FREE to members courtesy of the

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  • 4D Seismic Monitoring for Assessing Reservoir Heterogeneity and Its Impact on Hydraulic Fracture Stimulation

    Contains 3 Component(s), 0.15 credits offered Recorded On: 09/12/2018

    This webinar will discuss the importance of understanding reservoir heterogeneity and its impact on the success of hydraulic fracturing in shale wells.

    Hydraulic fracture stimulation is an essential part of economically producing from unconventional resources such as shale and tight and stone reservoirs. Within the subsurface, reservoir heterogeneity and variability in elastic rock properties significantly control the response to hydraulic fracturing efficiency and effectiveness of hydraulic fracture stimulation. Understanding the link between the reservoir heterogeneity and the rock response to stimulation is essential to better develop and produce shale and tight reservoirs with efficient recovery. This webinar will discuss the importance of understanding reservoir heterogeneity and its impact on the success of hydraulic fracturing in shale wells. 

    A square-mile section within the Wattenberg Field, Colorado, USA, the Niobrara was hydraulically fracture stimulated and produced using 11 horizontal wells. These wells were used as a well spacing test to understand the effectiveness of hydraulic fracturing within the Niobrara and Codell formations. A three-dimensional geomechanical model was generated as an input to the hydraulic fracture simulation modeling.  4D time-lapse seismic and microseismic were also used to characterize the reservoir response to hydraulic fracturing and two years of production. The seismic monitoring was observed to be beneficial for the validation of hydraulic fracture simulation modeling results. Furthermore, the integrated analysis indicated that there is potential room for improvement and optimization needed for efficiently developing the Niobrara and Codell formations within the Wattenberg Field.

    Ahmed Al-Fataierge

    Geophysical Engineer, Saudi Aramco

    Mr. Al-Fataierge is an exploration geophysicist with 10 years of hands-on experience in the exploration and development of several conventional and unconventional reservoirs within Saudi Arabia and North America. Ahmed obtained his B.S. in Geophysics from the University of Houston in 2009. He also graduated with a M.S. in Geophysical Engineering and Minor in Petroleum Engineering from Colorado School of Mines in 2017.

    Ahmed has a passion for interdisciplinary integration of information for the better development of hydrocarbon resources. His technical background stretches beyond geology and geophysics through his work on multiple interdisciplinary studies. He is an accomplished explorationist successfully drilling several gas exploration wells within Saudi Arabia. Currently, he works within Saudi Aramco on the assessment and development of several unconventional resource plays within Saudi Arabia.

    SPE Webinars are FREE to members courtesy of the

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  • A Conversation on the Interdisciplinary Nature of Geomechanics in the Oil and Gas Industry

    Contains 3 Component(s), 0.15 credits offered Recorded On: 09/06/2018

    One of the most interesting aspects of applying oilfield geomechanics is arguably the amount of interdependency with other disciplines. While the pursuit of integrated, interdisciplinary approaches is increasingly common in our industry, this state of affairs can still be considered discretionary.

    One of the most interesting aspects of applying oilfield geomechanics is arguably the amount of interdependency with other disciplines. While the pursuit of integrated, interdisciplinary approaches is increasingly common in our industry, this state of affairs can still be considered discretionary. This means that technical teams can freely judge the value of inviting the contribution from other disciplines given a state of imperfect information. One example of such condition is being unable to decide on the need of involving experts from other disciplines: Is it a lack of reliable data feeding our physics models or a missing piece of physics (or knowledge) captured only by another discipline?

    Interestingly, such discretionary opportunities are very few in the world of geomechanics. Compared to many of the core subsurface and engineering disciplines in our industry, the application geomechanics is an essentially –and necessarily- integrated effort. This situation has interesting repercussions in modelling and communication strategies employed for geomechanics projects where the observations, measurements and results most likely belong to members of a different technical domain. While showing examples of the field applications of geomechanics, we will explore how geomechanical workflows have adapted to cater for the commonality of technically diverse stakeholders and how circumventing some of these challenges might find an audience in other disciplines, especially young professionals concerned with technical communication skills.

    Adrian Rodriguez-Herrera

    Numerical Geomechanics Expert

    Mr. Rodriguez-Herrera is a numerical geomechanics expert with background in petroleum engineering, numerical methods and software development. He started his career with a series of assignments in Schlumberger technology centers for heavy oil and reservoir geomechanics. Over the past 9 years, his experiences have comprised a blend of innovation, software development and international consulting projects. Spanning topics around reservoir engineering, drilling, well integrity and hydraulic fracturing, his focus lies in the development of methodologies and software applications that bridge the gap between operational or geophysical observations and the underlying geomechanical mechanisms that could explain them. He has consulted on the application of these topics for operators in over 20 countries, and led the development of several of the enabling software technologies. Since 2016, he leads the Geomechanics Centre of Excellence in London, Schlumberger’s global consultancy team for oilfield applications of numerical geomechanics.

    SPE Webinars are FREE to members courtesy of the

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