Energy 101: We Ask The Dumb Questions So You Don't Have To

In this episode of Energy 101, we welcome Lee Payne, Director of Sales and Marketing at Cold Bore Technology, for his inaugural podcast appearance. We delve into the evolution of data in oil and gas completions and discuss the transformative impact of modern data management solutions on the industry.

Understanding Completions: Lee breaks down the term "completions" in the oil and gas context, emphasizing its importance in preparing a well for production, with a particular focus on fracking fleets.
Career Journey: Lee shares his diverse career trajectory, which spans banking, commercial real estate appraisal, and medical sales, before finding his niche in the oil and gas industry. His journey reflects the dynamic paths that can lead to industry involvement.
Transition to Oil and Gas: Detailing his start as a frac field engineer trainee, Lee narrates his progression through various roles, culminating in his leadership position at Cold Bore. He highlights the challenges and changes brought on by the COVID-19 pandemic, particularly in networking and professional interactions.
Data Evolution in Operations: This discussion explores the historical challenges of data management in oil and gas, such as reliance on physical media like CDs and thumb drives, and the advancements that have led to more efficient, real-time data solutions provided by companies like Cold Bore.
Industry Collaboration and Community: Lee emphasizes the importance of collaboration and community within the oil and gas sector. He discusses Cold Bore's approach to integrating with other companies and technologies to enhance service offerings and the cultural shift towards openness and cooperation within the industry.

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In this episode of Energy 101, we delve into the intricacies of energy law and trials with energy lawyers Lauren and Ashley, exploring how to navigate legal challenges in the energy sector and protect yourself and your company.

This episode dives into:

1. Introduction to Energy Law: Lauren and Ashley provide an overview of what energy law and trials entail, differentiating them from the high-profile trials often seen on TV.
2. Misconceptions About Trials: Addressing common misconceptions about trials and the reality of preparing for and participating in energy-related legal proceedings.
3. Email and Communication Best Practices: Discussing the importance of cautious communication, especially regarding emails and digital messages, in the context of legal matters.
4. Protecting Yourself and Your Company: Offering advice on how to safeguard personal and company interests when faced with legal challenges.
5. Privilege Concerns in Communication: Explaining the concept of privilege in legal communications and the importance of maintaining confidentiality, especially when consulting with lawyers.
6. Managerial Responsibilities and Legal Issues: Insights into the specific challenges and responsibilities managers face in legal situations and how to handle them effectively.
7. Voicemail and Phone Call Considerations: Guidance on using phone calls instead of written communication during legal disputes, and tips on handling voicemails.
8. Navigating Lawsuits as an Employee or Company Leader: Practical advice for employees and company leaders on how to respond and act when involved in a lawsuit.

This episode provides valuable knowledge and best practices for anyone in the energy sector to understand the legal landscape and prepare for potential legal challenges.

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In this episode of Energy 101, we dive deep into the world of microseismic technology with Dr. Peter Duncan, a geophysicist and the founder of MicroSeismic. From his early days in geology to the cutting-edge applications of microseismic in today's energy landscape, Peter shares a wealth of knowledge and personal anecdotes.

Key Takeaways:

1. Peter's Journey: Discover how a summer job in Newfoundland set Peter on a path to becoming a renowned geophysicist and the challenges and transitions he faced along the way.
2. MicroSeismic's Birth: Learn about the inception of MicroSeismic, its growth during the Shale era, and how it's revolutionizing the energy sector.
3. MicroSeismic vs. Conventional Seismic: Understand the fundamental differences between these two methods and how they complement each other in the field.
4. Applications and Innovations: From detecting potential sinkholes to monitoring CO2 sequestration and exploring enhanced geothermal systems, delve into the myriad applications of microseismic technology.
5. A Love for Earth and Nature: Peter emphasizes that the energy industry is driven by more than just profit. Many, like him, are motivated by a deep appreciation for the earth and a desire to understand it better.

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In this episode of Energy 101, Sydney and Julie are joined by special guest Marshall Long to discuss the recent developments with ERCOT and the Texas grid. Marshall Long is an industry expert and provides valuable insights into the workings of the Texas grid and the role of ancillary services. The conversation covers topics such as the challenges faced by the grid, the importance of large flexible loads like Bitcoin miners, and the revenue streams for miners through ancillary services and selling power back to the market. The discussion sheds light on common misconceptions regarding ERCOT and emphasizes the complexity of the grid.

Key Takeaways:

• Texas has a unique deregulated grid, with a real-time market for supply and demand.
• The Texas grid faces challenges with limited tie flows and load zones.
• Ancillary services play a critical role in maintaining grid stability, with large flexible loads like Bitcoin miners participating in programs to regulate frequency.
• Revenue streams for miners come from ancillary service payments and selling excess power back to the real-time market.
• It is essential to understand that ancillary service payments do not come from taxpayers but are necessary fees to ensure grid stability.
• Misconceptions persist about the grid, and it is important to have informed discussions about its functioning and complexities.

Connect with Marshall on Twitter: @OGBTC

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This week we sat down with Deborah Sacrey, a geologist with over 30 years of experience in the oil and gas industry to delve into various aspects of the energy industry with a particular focus on seismic data, machine learning, and the role of technology in the field. This episode provides an in-depth look at seismic data’s critical importance, the integration of machine learning, and what the future holds for the energy sector.

Main Talking Points:

-Sacrey's 30+ years in geology inform her consulting work.
-Seismic data is crucial for effective drilling.
-The shift to 3D seismic data has improved mapping.
-Machine learning refines seismic analysis.
-4D seismic data is the industry's next step.
-Sacrey moved her office before Hurricane Harvey and advocates for public education in the energy sector.

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In this episode, we chat with John Chaplin from Last Energy to discuss the intricacies of nuclear energy. This episode explores the basics of nuclear energy, the myths surrounding it, and how Last Energy is revolutionizing the nuclear sector.

Key talking points:

• The basics of how nuclear power plants work
• Fission vs Fusion
• Different elements used in nuclear reactors
• The financial challenges of nuclear energy
• Public perception of nuclear energy
• Opposition from climate activist organizations
• The "Nuclear Renaissance"
• Last Energy's innovative approach
• Potential use cases, with a focus on data centers
• The future of nuclear energy
• Rapid-fire

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In this episode, we welcome guest expert Kye Yocham from Fluid Energy. We delve deep into the intriguing world of frac chemicals, shedding light on their significance within the oil and gas sector.

Main talking points:

1. Drilling and Its Chemical Essence:
   • The discussion elucidates the fundamental role of drilling mud in lifting debris from drill holes, and the importance of barium sulfate in preventing drill hole collapses.
2. Chemical Evolution in the Industry:
   • Tracing the sector's transition from crosslinked fluid to slick water applications, the talk emphasizes the increasing significance of surfactants in oil and gas extraction.
3. Safety and Environmental Priorities:
   • The emphasis on safety was evident. Highlights included discussions on safer alternatives to raw hydrochloric acid and the pivotal role of post-fracking water treatment.
4. Public Insight via FracFocus:
   • As a nod to those concerned about the chemicals involved in the process, the FracFocus website is highlighted as a trusted resource for public transparency into the chemicals used in fracking.

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This week we sat down with Andrew Munoz from 4Cast, who shares his journey from studying geophysics to spearheading advancements in the oil and gas sector. He draws insightful parallels between geology and medical sonograms, stressing the importance of understanding geological structures.

This episode dives into:

• Munoz's academic background in geophysics
• Development of revolutionary software for oil and gas project valuations
• The significance of geologists in drilling operations
• The role of seismic data in mapping the Earth's subsurface
• Addressing challenges and misconceptions in the energy industry
• The importance of mentorship for industry newcomers

Join the largest gathering of earth scientists and energy professionals in the world at the International Meeting for Applied Geoscience and Energy (IMAGE) 28th August – 1 September at the George R. Brown Convention Center.

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This week on Energy 101, we had the privilege of speaking with Hema Prapoo, Microsoft's Worldwide Oil and Gas Leader. She shares her perspective on the energy industry, emerging technologies, and skills needed for the future based on her extensive experience spanning field engineering, entrepreneurship, and now tech.

Key Points:

• Discusses her career journey and the importance of having goals, mentors, and being open to new directions
• Technology enables real-time data vs months before, but the challenge is making sense of vast data
• Solving the energy trilemma requires collaboration between energy and tech
• Policy incentives drive decarbonization but competitiveness shouldn't prevent collaboration
• The workforce needs both digital skills and human strengths like empathy
• Exciting technologies: AI, quantum computing, industrial metaverse applications
• Microsoft partners to help energy companies meet sustainability goals
• Maintaining work-life balance and vacation time is key

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In this episode of Energy 101, we discuss the complex world of energy regulations and grid infrastructure with Reilly from Arbo, a data scientist specializing in the Energy Regulatory space. Arbo's work involves transforming data related to energy permits, key milestones, and cost mechanisms into actionable commercial intelligence.

This episode dives into:

• The link between Arbo's expertise in midstream infrastructure and their focus on electric transmission.
• Evolution of roles at Arbo and how data has become a focal point.
• An overview of the current state of the power grid.
• The process of electricity generation and distribution to residential, commercial, and other spaces.
• The key issues facing the grid, particularly in light of the energy transition.
• The necessity for increased transmission between urban and rural areas.
• Potential challenges such as increasing NIMBYism and political polarization.
• Legislative measures aimed at addressing these issues, including recent talks about permitting reform.
• The impact of resolving siting issues on project timelines, considering the lengthy waits in interconnection queues.

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