Power plants and industrial facilities are required not only to reduce emissions and operate reliably, but also to improve energy efficiency and adapt to new fuels and power generation methods.
From environmental catalysts such as SCR deNOx and oxidation catalysts to fuel cell electrocatalysts, reforming catalysts and ammonia cracking catalysts, Heesung Catalysts supports emissions reduction, reliable plant operation and the clean energy transition through a broad range of catalyst technologies for power generation and industrial applications.
Beyond environmental compliance, toward the energy transition
Power plants and industrial facilities must manage a wide range of emissions, including NOx, CO, VOCs and odors, while operating reliably for long periods. Because exhaust gas temperature and flow rate change with start-up, shutdown and load variation, durability and operational stability matter as much as high emissions reduction performance.
In addition, as fuel cell power generation and hydrogen- and ammonia-based energy systems expand, the role of catalysts is widening from emissions treatment to fuel conversion and clean energy utilization.
Reliable reduction of NOx, CO and VOCs at power plants and industrial facilities
Adapting to changing operating conditions such as start-up, shutdown and load variation
Maintaining catalyst durability and plant efficiency for large-scale, long-term continuous operation
Responding to new energy systems such as fuel cells and hydrogen- and ammonia-based power generation
Catalyst solutions for power generation and industrial sites
Emission Control Solutions
Climate Response Solutions
Related Products
SCR deNOx Catalysts
Applied to reduce NOx generated at power plants, industrial boilers and incineration facilities. Heesung Catalysts offers honeycomb and corrugated SCR deNOx catalysts, together with Hybrid catalyst technology that treats residual ammonia downstream of the SCR, supporting stable emissions management and plant operation.
Oxidation Catalysts (VOCs, CO, Odor)
Used to reduce CO, VOCs and odor components generated at power facilities and in industrial processes such as painting and drying, coating and bonding, and printing. Stable oxidation performance can be achieved under actual operating conditions, including exhaust gas composition, temperature and flow rate.
Ambient-Temperature NO₂ Adsorbents and CO Oxidation Catalysts
Applied in environments that require NO₂ and CO management at low temperatures, such as tunnels and enclosed or semi-enclosed spaces. They reduce the burden of separate high-temperature treatment while cutting air pollutants and improving air quality under actual operating conditions.
Fuel Cell Electrocatalysts
In fuel cell power generation, the efficiency of electrochemical reactions at the electrodes and the durability of the electrode components are key factors in generation performance. Heesung Catalysts contributes to stable power output and efficient energy production through electrocatalyst technologies for stationary fuel cells such as PAFC.
Fuel Cell Reforming Catalysts
Fuel cell power generation using natural gas and similar fuels requires a step that converts the fuel into a hydrogen-rich reformate gas. Heesung Catalysts’ fuel cell reforming catalysts support efficient operation of fuel cell systems by providing a stable hydrogen supply.
Ammonia Cracking Catalysts
In power systems that use ammonia as a hydrogen carrier, technology that converts ammonia back into hydrogen when needed is essential. Heesung Catalysts’ ammonia cracking catalysts produce hydrogen from ammonia, expanding the potential for hydrogen use in clean power systems such as fuel cells.
