At the recently concluded THE 13TH GAS TURBINE FOCUS CONFERENCE AND EXHIBITION 2026, solutions for global energy transition and stringent emission compliances took center stage. As a pioneer at the forefront of environmental catalytic technology, Wuxi Grace Environmental Technology Co., Ltd. (GRACE) made a major impact with its high-performance catalyst matrix engineered specifically for gas turbine exhaust treatment. Throughout the event, the GRACE booth experienced an exceptional surge in attendance, swarming with a continuous stream of international EPC contractors, energy plant owners, and industry experts from North America, Southeast Asia, and South Korea, driving vibrant on-site technical exchanges and commercial networking.

High Traffic on Site: New and Existing Clients Swarm Booth to Resolve Backpressure Anxiety

The GRACE booth maintained high traffic throughout the exhibition, welcoming a massive number of newly interested global buyers alongside long-term cooperative partners. Countless international visitors stopped by to discuss technical anxieties regarding flue gas fluctuations and backpressure penalties caused by frequent gas turbine peaking operations.

GRACE’s Corrugated Plate SCR Catalyst served as the absolute crowd-pleaser on display. Utilizing a unique open-cell structural design, this catalyst maintains an ultra-low pressure drop while processing the massive exhaust volumes characteristic of modern gas turbines, entirely eliminating visiting owners' worries about DeNOx systems compromising net turbine power output and sparking immense procurement interest on the floor.

Driving B2B Engagement: Gradient Active Substrates Precisely Match Diverse Global Needs

Engaging with the diverse technical demands of the numerous international clients visiting the booth, the GRACE technical team demonstrated its flexible R&D capabilities by presenting a gradient product line covering all temperature zones, offering precise selection pathways for different engineering frameworks:

• The Low-to-Mid Temp Expert: The Copper-based Corrugated Catalyst utilizes its exceptional low-temperature activity to meet strict compliance mandates during the critical initial phases of turbine startup and rapid load ramping, captivating clients running flexible peaker plants.

• The High-Temp Shield: The Iron-based Corrugated Catalyst is customized for intense thermal flue gas environments, providing extreme anti-sintering capabilities and thermal stability to keep the catalytic structure intact under continuous high-heat exposure.

• The Mid-Temp Cornerstone: The Vanadium-based Corrugated Catalyst serves as a highly cost-effective and dependable choice for the standard mid-temperature zones of conventional Combined Cycle Power Plants (CCPP), earning widespread recognition from power plant owners on the floor.

Fruitful Outcomes: Elevating Synergistic Emission Reduction and Global Partnerships

Beyond core DeNOx technology, GRACE presented its Carbon Monoxide Catalyst (CO Catalyst) alongside its Ammonia Slip Catalyst (ASC), which similarly drew crowds of professional audience looking for downstream Heat Recovery Steam Generator (HRSG) protection. This multi-pollutant, synergistic closed-loop capability enabled GRACE to harvest fruitful outcomes during the exhibition, securing multiple letters of intent for strategic procurement and deep cooperation with transnational corporations.

Since its inception in 2018, GRACE’s technologies and solutions have been successfully deployed across multiple countries and regions. Leveraging the momentum and the exceptional volume of new and returning clients visiting the booth at the Gas Turbine Focus Exhibition 2026, GRACE is poised to further deepen its collaboration with global supply chain partners, supporting global green and low-carbon development with solid engineering practices.

• Primary Keywords: THE 13TH GAS TURBINE FOCUS EXHIBITION 2026, Wuxi Grace Environmental Technology, Gas Turbine DeNOx, Corrugated Plate Catalyst.

• Secondary Keywords: International B2B buyers, Copper-based SCR catalyst, Iron-based SCR catalyst, Ammonia Slip Catalyst (ASC) for HRSG.