From ammonia vaporization systems to HRSG optimization and steam drum level accuracy, our engineered solutions enhance efficiency, boost output, and extend the life of your plant assets.
AVOS harnesses CT exhaust energy to fully vaporize ammonia without relying on electric heaters or hot gas fans, significantly reducing auxiliary power consumption. This system ensures consistent vaporization quality for optimized NOx reduction and improved SCR performance under varying load conditions. In addition to lowering operating costs, AVOS is well proven to tangibly improve system reliability.
Looking to improve vaporization efficiency and reduce energy use? Our engineers can help you assess the impact on your plant.
Our ATLAS Single Element and GEMINI Tandem Element Duct Burners are engineered for superior isothermic mixing and flame stability, ensuring optimal uniformity of heat distribution to the boiler without flame impingement. Fabricated from industry leading high alloy metallurgy, coupled with a proprietary tempering process unique to Thermic Systems, our burner elements are designed for the maximum possible life cycle.
Ready to boost firing efficiency and extend your boiler life cycle? Let’s evaluate the right burner configuration for your plant.
We perform in-depth evaluations of HRSG control logic, including steam drum level management, attemperator response, drain system behavior, and transient conditions. Through detailed root-cause analysis and control tuning recommendations, we enhance operational stability, improve load transitions, and mitigate false trip risks. Our review helps ensure accuracy, responsiveness, and reliability across your plant’s control platforms.
Experiencing trip events or control inconsistencies? Our experts can pinpoint performance gaps and recommend corrective strategies.
The HRSG Intelligent Recirculation System (IRS) recovers lost economizer efficiency to boost plant heat rate. HRSG-IRS contributes to increased kWe output through converting BTUs normally lost up the stack to LP steam. This solution is ideal for advancing plant thermal performance and operational flexibility while also improving recirc pump maintenance and service life cycle. Typical proven annual payback exceeds $100K/HRSG/Year.
Looking to extract more energy from your existing HRSG? We can help you calculate expected gains.
The world’s only Guided Wave Radar (GWR) with true real-time, density-compensated steam drum level measurement for enhanced reliability under varying load and pressure conditions. Unlike differential pressure systems, GWR delivers precise and drift-free readings that help prevent low- and high-level trip events. Improved accuracy enhances operator confidence, protects critical components, and supports optimized control strategies.
Proven to be the most accurate – reliable – repeatable method of steam drum level measurement.
Interested in stabilizing your drum level control and preventing nuisance trips? Our team can guide system upgrades.
Vortex SSPC utilizes controlled shock pulses to dislodge fouling deposits from HRSG surfaces while the unit remains online, eliminating the need for shutdowns or manual cleaning interventions. By restoring optimal heat transfer and lowering gas-side pressure drop, SSPC helps maintain peak efficiency and extend cleaning intervals. Plants benefit from improved uptime, fuel savings, and consistent thermal performance.
Want cleaner HRSG surfaces without stopping production? Let’s implement a no-downtime cleaning solution.
Whether you’re improving efficiency, solving control challenges, or extending asset life, our engineering team is ready to help you unlock measurable performance gains.