Hydrogen and Carbon Capture applications

Advanced cooling solutions for emerging clean energy technologies: Green Hydrogen and Carbon Capture

Emerging clean energy technologies demand innovative cooling solutions to ensure efficiency and reliability. LUVE supports the energy transition with advanced air-cooled systems designed specifically for green hydrogen production and carbon capture applications.

In hydrogen plants, our dry coolers maintain optimal thermal stability in electrolysis systems, enabling continuous, efficient hydrogen generation. For carbon capture, LUVE provides custom cooling solutions that meet the precise thermal control requirements of direct air capture and post-combustion CO₂ recovery processes.

By combining cutting-edge technology with industry expertise, LUVE helps reduce emissions, maximize operational uptime and drive sustainable growth in clean energy sectors.

Let's get in touch!

Reach out to discuss your needs or request more information about our solutions.

Lets' get in touch

Our solutions

LU-VE customized dry cooler units for electrolyzers and carbon capture systems ensuring thermal stability and energy efficiency

Cooling solutions for emerging clean energy technologies

LUVE supports the energy transition by providing advanced air-cooled solutions for two fast-growing sectors: green hydrogen production and carbon capture systems.
Hydrogen Production

In hydrogen plants, dry coolers play a key role in maintaining the thermal stability of electrolysis systems. LUVE’s solutions ensure reliable and efficient cooling of electrolyzers, supporting continuous operation and maximizing energy efficiency in green hydrogen generation.
Carbon Capture

Carbon capture technologies—whether direct or integrated into industrial processes— require precise thermal control. LUVE supplies custom cooling systems designed to meet the specific demands of both direct air capture and post-combustion CO₂ recovery, helping reduce emissions in power generation and heavy industry.