H2-rich Combined Cycle: A More Sustainable and Cost Effective Solution

H2-rich Combined Cycle: A More Sustainable and Cost Effective Solution

Wednesday, November 18, 2020 11:25 AM to 11:50 AM · 25 min. (Africa/Abidjan)
Technical Stream A

Information

• An industrial size combined cycle can allow scope 1 CO2 reduction in the downstream industry • Hydrogen-rich gas turbine can be designed to maintain strong availability and reliability with very high H2 content: Solar Turbines case. • Review of potential combined heat and power business case for the downstream industry.
Solar TurbinesSolar Turbines' Virtual BoothSolar® Turbines has been developing the use of hydrogen-rich fuel gas for gas turbines to improve energy efficiency and reduce GHG emissions within the downstream industry. We delivered more than 50 H2-rich units (available high H2 units ranging from 3.5 to 16 MW electrical output) running in cogeneration or combined cycle applications always with the availability and reliability that contribute to our customer success. Solar® Turbines is a leading manufacturer of mid-range industrial gas turbines. More than 15,000 Solar units are operating in 100 countries around the world. We are part of Caterpillar Inc., the world's leading manufacturer of construction and mining equipment, diesel and natural gas reciprocating engines and industrial gas turbines.

Registered attendees

Flor Lucia de la Cruz
Flor Lucia de la Cruz
Head of Innovation for Oil & GasIDOM
Jake Gotham
Jake Gotham
DirectorInSite Technical Services
Kevin Clarke
Kevin Clarke
CEOCREAS Energy Consulting

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