# Global power demand is surging after nearly two decades of stagnation, driven by electrification, data centers, and AI-enabled technologies. As grids evolve, the need for reliable, dispatchable, and affordable power has become increasingly critical.

In this vodcast, Gregory Vogel, Ph.D. (Senior Manager, Technology Programs) sits down with Jeff Benoit (Vice President, Clean Energy Solutions) to examine how gas turbines are positioned to support the energy transition amid rapid market and technology shifts.

**The conversation explores:**

• Why electricity demand is accelerating across the U.S. and globally

• The role of gas turbines as a near-term reliability bridge in a transforming grid

• How renewables, battery storage, nuclear, and dispatchable power integrate effectively

• Emerging decarbonization pathways, including carbon capture, hydrogen blends, ammonia, methane pyrolysis, and biomass

• How fuel flexibility and advanced combustion technologies expand long-term options for existing turbine fleets

This discussion provides a practical, systems-level perspective on how gas turbines continue to evolve as one of the most versatile energy conversion technologies supporting grid reliability, affordability, and long-term decarbonization objectives.


Gas Turbines in the Energy Transition: Dispatchable Power in an AI-Driven World

Artificial Intelligence is no longer a distant concept, it’s already changing how power plants operate, from optimizing combustion to predicting failures before they happen. But where is AI headed next, and what does it mean for operators, engineers, and executives in the power generation industry?

 

In this vodcast, host Gregory Vogel (Sr. Manager, TCP) sits down with Benjamin Saunders (Product Manager, Digital Solutions) to explore how AI will shape the future of gas turbines and plant operations.

Join us for a candid conversation about:

*   The current role of AI in power generation.
*   How operators and engineers are beginning to apply it to daily operations.
*   The challenges of integrating AI into legacy systems.
*   What the next decade of digital solutions could look like for the industry.

 

This vodcast offers practical, grounded perspectives on what AI can do for power plants today, and what’s coming next.


AI in Power Generation: Practical Insights for the Decade Ahead

PSM’s advanced upgrade program (GTOP, Gas Turbine Optimization Program) represents the cutting edge of turbine performance—and Additive Manufacturing is now at its core. This discussion dives deep into how PSM engineers are using AM to push design boundaries, solve production challenges, and deliver smarter, more flexible solutions for F-class gas turbines. Learn how this technology is driving faster innovation and greater reliability across the grid.


Engineering the Future: Additive Manufacturing and the Evolution of Advanced Upgrades

F-class gas turbines remain the backbone of reliable power generation worldwide, but they’re facing new pressures, from cycling duty and cost challenges to the push for hydrogen readiness and decarbonization.

In this 20-minute vodcast, **Gregory Vogel (Sr. Manager, TCP)** hosts a conversation with **Katie Koch (Sr. Global Product Manager)** on why the F-class still matters, what innovations are keeping it competitive, and how operators can prepare for the decade ahead.

You’ll gain insights on:

*   Where F-class turbines fit in today’s energy mix.
*   The technologies shaping efficiency, fuel flexibility, and lifecycle economics.
*   Operator challenges in a fast-changing market.
*   What the 2030s could look like for F-class fleets in a renewable-driven grid.

This vodcast offers plant managers, operators, and industry leaders a candid look at the opportunities and realities shaping one of the industry’s most critical turbine classes.


F-Class at the Crossroads: Power, Flexibility, and the Path to 2030

### **Webinar Description:**

**The 7F fleet isn’t aging—it’s evolving.**

With rising demand from electrification, AI infrastructure, and renewable integration, today’s power plants must do more—with assets built for yesterday’s grid.

In this 30-minute webinar, **Katie Koch** and **Mark Husak** from PSM dive into how operators can **future-proof their 7F gas turbines** through strategic retrofits that increase output, extend unit life, and boost operational flexibility.

You'll learn how market forces are reshaping expectations—and how PSM’s proven upgrade solutions can help you stay ahead, avoid new-build costs, and maximize the performance of your existing fleet. Plus, hear the results from PSM's\*\* largest 7F upgrade to date.\*\*

***

### 🎧 **Why Watch?**

*   **Get insights into shifting market pressures** and how they impact 7F turbine performance expectations
*   **Explore flexible upgrade paths** to increase capacity, extend asset life, and adapt to fluctuating grid demands
*   **Hear directly from the experts** supporting F-class operators around the world

Whether you're planning your next outage or mapping a long-term asset strategy, this webinar delivers real-world value in just 30 minutes.

🗓️ **Streaming July 16 — reserve your spot now.**


Future-Proofing the 7F: More Power, More Life, More Flexibility

**Join us for "Racing to the Start – Emerging Applications for Decarbonized Dispatchable Gas Turbine Power Through Hydrogen Fuel Adoption."**

Intermittent, weather-dependent, and seasonal renewable power is chasing historic accelerating demand growth from electrification, data centers, and crypto mining but straining grid reliability and stability on congested transmission and distribution systems. Retrofitting gas turbines that allow the use of both fossil natural gas and up to 100% clean hydrogen provides a pragmatic bridging solution to anchor and accelerate the clean energy transition.

**Learn About:**

**Grid Reliability with Renewable Integration**: Understand the role of gas turbines in providing dispatchable power to balance the grid amidst the intermittency of solar and wind energy.

**Decarbonizing Existing Gas Turbine Assets**: Explore how retrofitting gas turbines with hydrogen blends and up to 100% hydrogen fuel can reduce emissions without new infrastructure.

**Navigating Regulatory and Economic Factors:** Gain insights into how emerging environmental regulations and incentives impact hydrogen adoption and gas turbine decarbonization strategies.

*Don't miss this chance to stay ahead in the energy sector and ensure your operations are sustainable and efficient. Register now!*


Racing to the Start: Emerging Applications for Decarbonized Dispatchable Gas Turbine Power Through Hydrogen Fuel Adoption

# **From Repair to Repurpose: Extending Your Rotor's Lifetime**

Join us for a 30-minute podcast-style webinar, "Extending Rotor Lifetimes: Proven Strategies to Maximize Asset Value in Aging Gas Turbines," where you'll gain invaluable insights from leading experts in engineering and sales. 

**Date:** November 6, 2024

**Time:** 08:00 AM EST | 2:00 PM CET

**Length:** 30 min

**Panelists:**

*   Timothy Bullard, PSM Global Product Manager
*   Robin Lieve, Thomassen Energy Product Engineering Manager

**Benefits of this Podcast-Style Webinar:**

*   Discover how advanced NDE assessments and Rotor Lifetime Extension services can significantly enhance your asset management strategies
*   Learn the fundamental concepts and challenges of the Rotor LTE Process
*   Opportunity to ask questions about Rotor LTE Process

This event offers a unique opportunity to engage with professionals who understand the complexities of rotor management. Whether you're an Operations Manager, Utility Manager, Refinery Engineer, or involved in any related field, this session will equip you with the knowledge to make informed decisions, balance costs, and manage rotor work effectively. 

Don't miss out on this chance to improve your asset life cycle costs with our flexible, reliable, and efficient portfolio.


From Repair to Repurpose: Extending Your Rotor's Lifetime

# Unlock Your Gas Turbine's Full Potential: TC7 Optimization Webinar

Learn how to "Overcome Aging Infrastructure Challenges - Upgrading Your Gas Turbine with the TC7 Control System"

**Speakers:**

*   Benjamin Saunders, PSM Global Controls and Digital Product Manager
*   Albert de Kler, Thomassen Energy Manager of Controls & Digital Engineering

**In this webinar, you'll learn about:**

1.  Key features and benefits of the Thomassen TC7 Control System
2.  The importance of control system upgrades for safety, cybersecurity, and market demands
3.  Real-world success stories of cost-effective, reliable upgrades

By attending, you'll gain insights into the TC7 Control System's capabilities and understand the critical need for upgrading aging control systems. You'll also hear directly from customers about their successful upgrade experiences.


Overcoming Aging Infrastructure Challenges: Upgrading Your Gas Turbine with the TC7 Control System

**Don't Miss Out: Learn about a cost-effective and environmentally friendly solution to address the challenges of wasted energy from flaring and the need for an advanced, fuel-flexible combustion system to repurpose ROG into a valuable energy source.**

# **From Waste to Watts: Harnessing Refinery Off-Gas for Clean and Cost-Effective Power!**

Petroleum refining produces Refinery Off-Gas (ROG), which is often flared and leads to significant waste and environmental harm. PSM offers a cost-effective and environmentally friendly solution by enabling the co-firing of ROG in gas turbines for power generation. This approach reduces fuel costs and minimizes the carbon footprint associated with flaring.

## **Why Watch?**

**Wasted Energy**: Tackle the issue of flaring ROG, which results in the loss of a valuable energy resource that could otherwise be utilized for power generation.

**Fuel Flexibility**: Address the challenge of requiring an advanced, fuel-flexible combustion system to repurpose ROG from flaring into power generation.

**Environmental Pollution**: Using and repurposing ROG, will reduce your carbon footprint by minimizing harmful emissions.

## **What You'll Discover:**

**Save fuel costs** by learning how to use Refinery Off-Gas (ROG) for power generation.

**Discover** cutting-edge combustion technology with FlameSheet™ for enhanced operational efficiency.

**Ensure regulatory compliance** by reducing flaring and meeting environmental standards.

**Learn from real-world case studies** showcasing successful ROG utilization.

Whether seeking to avoid flaring, cut operational fuel costs for power generation, or achieve your decarbonization goals, this webinar will offer a proven, practical approach to meet these objectives.


From Waste to Watts: Harnessing Refinery Off-Gas for Clean and Cost-Effective Power!

# **Unlock the full potential of your gas turbine units - discover how AutoTune can revolutionize gas turbine optimization in our exclusive webinar!**

Join PSM Global Product Manager Benjamin Saunders and Digital Product & Combustion Engineer Levi Throop for "AutoTune Demystified: Autonomous Gas Turbine Tuning for Emissions Compliance and Optimized Combustion Efficiency".

In this webinar, you will learn:

1.  Reduce or eliminate seasonal combustion tuning expenses
2.  Boost power when NOx and dynamic margins allow by increasing fuel flow
3.  Increase operational flexibility and reliability
4.  Maximize your unit's load range
5.  Choose the right AutoTune variant and customization based on your plant's needs

By the end of the webinar, you will have a comprehensive understanding of how to harness the power of AutoTune to optimize your gas turbine units, leading to improved efficiency, reliability, and overall plant performance.
