The automotive industry is responding to increasingly stringent emissions regulations and a wide range of operating conditions, while expanding into new forms of mobility such as hydrogen fuel cell vehicles.
From passenger cars and commercial vehicles to non-road mobile machinery such as construction and agricultural equipment, and on to hydrogen fuel cell vehicles, Heesung Catalysts contributes to emissions reduction, reliable vehicle performance and the shift to sustainable mobility through its catalysts, electrode materials and membrane electrode assembly (MEA) technologies.
As mobility changes, the standards for technology change with it
Reducing emissions across diverse operating conditions
The composition and temperature of vehicle exhaust vary with vehicle type, fuel and engine operating conditions. From gasoline and diesel passenger cars to commercial vehicles and non-road mobile machinery, each application requires aftertreatment technology suited to its characteristics, and it is essential to ensure stable conversion performance and durability under real-world driving conditions.
Expanding technology scope, from internal combustion engines to hydrogen mobility
Vehicle powertrains are diversifying beyond conventional internal combustion engines to include hydrogen fuel cells. As a result, two elements are growing in importance: electrocatalysts that accelerate the electrochemical reactions in fuel cells, and the MEA, the core component that integrates the electrodes and electrolyte membrane to generate electricity.
Catalyst solutions for diverse vehicle applications
Emission Control Solutions
Climate Response Solutions
Related Products
Automotive Catalysts
Heesung Catalysts supplies automotive catalysts for a wide range of vehicle applications, covering gasoline and diesel vehicles as well as commercial vehicles and construction and agricultural equipment. Depending on the fuel type, engine characteristics and operating conditions, emission control technologies such as TWC, GPF, DOC, DPF, SCR and NOx Trap are applied.
Fuel Cell Electrocatalysts
In hydrogen fuel cell vehicles, electrocatalysts accelerate the electrochemical reactions between hydrogen and oxygen and play a critical role in fuel cell performance and efficiency. Heesung Catalysts develops and produces electrode materials for hydrogen mobility, centered on electrocatalysts for PEMFC.
MEA
The MEA is the core component that determines the performance and durability of fuel cell and water electrolysis systems. Building on its electrocatalyst technology and catalyst ink and coating process capabilities, Heesung Catalysts develops and supplies MEAs designed for high power output, high durability and low precious metal loading.
Energy & Environmental Materials
Heesung Catalysts develops next-generation energy materials for sustainable mobility applications such as electric vehicles and fuel cells.
