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

PSM

53:39

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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.

Speakers

Amir Shoraka

Amir Shoraka

Global Product Manager, Clean Energy, PSM

Amir Shoraka is the Product Manager for Clean Energy Solutions at PSM, where he leads the development of fuel-flexible, cutting-edge combustion retrofit solutions aimed at reducing the carbon footprint of gas turbine power generation. Since joining PSM in 2012, Amir has held various technical positions, including roles on the tuning and controls team and later spearheading advanced analytical initiatives within the monitoring and diagnostics group. His expertise bridges technical innovation and commercial strategy, underpinned by a Master's degree in Mechanical Engineering and a Master's in Business Analytics. This combination of skills enables Amir to drive impactful results in the transition to sustainable energy.

Fred Hernandez

Fred Hernandez

Sr. Technical Lead Engineer, PSM

Fred Hernandez is a Sr Technical Lead in PSM’s Combustion team within the Product Development group, where he leads the development of the Combustor solutions for operation with flexible fuel sources such as Refinery Off-gas, Hydrogen, Ammonia, and Distillate Fuel Oil. Most recently,y he served as combustion lead for the Refinery Off-gas FlameSheet conversion, which demonstrated the first large-scale F-class Gas Turbine operating with large quantities of ROG, demonstrating up to 87% by mass ROG, with sub-9 ppm emissions and emissions compliance from 25% load to Peak Overfire conditions. Since joining PSM in 2012, Fred has been lead combustion engineer on multiple new product introductions, including product development, rig testing, and field commissioning of the FlameSheet combustion system for first-of-a-kind installations for first 7FA, 501F, 7EA introductions. Fred holds Master’s degrees from the Georgia Institute of Technology for Mechanical Engineering and Aerospace Engineering with a focus on Combustion and Aerothermal sciences.

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

53:39

Watch