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| Steam cycle and HRSG performance remains critical as combined cycle plants operate more dynamically and aging equipment faces new thermal and mechanical stress. This topic addresses inspection, chemistry, failure prevention, maintenance strategy, bypass systems, outage planning and upgrade opportunities. For operators and engineers, good steam-side decisions directly affect reliability, output, heat rate, outage scope and the long-term health of major plant assets.
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Steam Cycle & HRSG Educational Opportunities
8:15 AM
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Pre-registration for this event is required and includes an additional fee. Visit your registration resource center or reach out to info@powergen.com to reserve your seat. The Lake Side Power Plant, o …
11:15 AM
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Steam boilers were designed for steady baseload operation. As grid conditions push thermal fleets toward more frequent starts, deeper turndowns and aggressive cycling, the operating envelope shifts we …
11:15 AM
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Grid operators are asking combined-cycle and simple-cycle gas turbines to turn down deeper and more frequently than their original designs anticipated. Emissions-compliant operation at lower loads is …
1:30 PM
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Gas turbine lead times stretching to 2029 and beyond have forced a structural change in how thermal power projects are executed. Owners and developers are now procuring long-lead powertrain equipment …
2:30 PM
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As power and industrial operators face increasing pressure to decarbonize, many carbon capture systems today are still difficult to deploy in practice due to operational complexity, energy penalties, …
9:30 AM
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Natural gas combined-cycle plants are attractive candidates for carbon capture, but their exhaust presents specific challenges: low CO₂ concentration relative to coal and large flue-gas volumes that i …
10:30 AM
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Designing flexible power plants for today and tomorrow presents both challenges and compelling opportunities as the energy sector and their customers continue to evolve. Modern generating facilities …
11:30 AM
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The U.S. has more than 134 GW of installed simple-cycle gas turbine capacity. Most of it was never paired with a steam bottoming cycle for straightforward reasons: high capital cost, large footprint, …
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Gas-side fouling deep within HRSG harp sections, including ferrous oxide scale, ammonium bisulfate deposits from SCR ammonia slip and insulation debris, accumulates on finned tube bundles where conven …
Other Steam Cycle & HRSG News
