Presentations from Linde’s Experts at Gastech 2025

Pullach, Germany, August 28, 2025 – Linde will offer a series of TechTalks at Gastech, which takes place from September 9 to 12 in Milan (Fiera Milano), Italy. Every hour on the hour, the Linde booth (Hall 14, Booth O57) will be transformed into a stage for a ten-minutes presentation from one of the company’s experts. The topics underline Gastech’s theme of “Powering a Sustainable Energy Future” as well Linde’s “Carbon Management – Fast Forward to Net Zero”.

TechTalk highlights will include:

Nitrogen Rejection Units
Maxim Schwarz sheds light on nitrogen removal solutions to increase the energy density of natural gas, which is increasingly important as an energy source in the journey toward a low-carbon economy. This lecture is of particular interest to anyone active in the LNG segment.

Adsorptive & Cryogenic CO₂ Capture Technology
Linde combines various process concepts for decarbonization in its HISORP® CC technology. The purely electrically powered technology ­­– ideally from renewable sources – is flexible in size and scope, and it is tailored to different gas feeds. In the case of synthesis gas, HISORP® CC helps to capture over 99% CO₂ in flue gas streams, which typically consist of 95% CO₂. Marc Scherle presents the approach in his TechTalk.

Large-scale Production of Low-carbon Hydrogen
In the production of hydrogen, Linde solutions can capture more than 95% of the CO₂-generated in conventional production. Anton Jell presents the proven concepts to produce low-carbon H₂ and the status of two of Linde’s large-scale low-carbon hydrogen production plants, which are currently under construction. 

CO₂ Capture Solutions
Giuseppe Sparapano’s presentation outlines how Linde Engineering provides end-to-end CO₂ capture solutions tailored to real industrial applications, leveraging its global experience and proprietary technologies. He highlights the economic drivers behind carbon capture, which are accelerating demand for viable decarbonization strategies.

Lower Carbon Intensity of SMRs through Retrofits
Even in existing steam methane reformer (SMR) hydrogen production plants, CO₂ emissions can be reduced within a short period of time through retrofitting, explains Timo Feht. By installing carbon capture technology for the treatment of process or flue gas, between 60% and 95% of the total CO₂ can be captured.

AI Plant Control
Artificial intelligence (AI) can significantly increase the efficiency of industrial plant control, as Thomas Heinzerling demonstrates in his presentation. This session is particularly interesting for all plant operators: Thanks to AI, even non-linear, complex processes can now be automated. Through reinforced learning, model implementation and maintenance can be done without time-consuming step testing and disturbing ongoing operations. It also reduces the experience and skillsets required of plant operators to manage critical process plants.

Linde’s Experience in Large-scale Electrolysis
As demand for electrolysis rises, so too does the size of the plants, creating previously unknown challenges. Andreas Brox reports on Linde's experience with the ongoing construction of two 100 MW plants based on proton exchange membranes (PEM) technology.

Ammonia Value Chain
Carlo Brunazzi outlines how Linde is uniquely positioned to support the full ammonia value chain – from upstream production to downstream applications. The presentation highlights Linde’s capabilities in clean ammonia synthesis and its role in enabling new use cases, such as hydrogen back cracking and direct ammonia utilization. Emphasis is placed on how Linde leverages its global footprint and technology leadership to accelerate the deployment of clean energy solutions.

Liquid Hydrogen (LH₂) Road Transport A safe and economical solution to transport and store hydrogen in large quantities is in its liquid form. In his presentation, Markus Vogt provides an overview of Linde’s solutions, such as a new semitrailer, the largest in Europe. It can transport up to 3.9 tons of liquid hydrogen –twice the capacity of conventional designs.

H₂ Liquefier in Operation
Liquid hydrogen can be efficiently transported and stored by ship or truck, allowing low-carbon hydrogen to be produced in regions far from where the energy is needed, such as areas rich in renewable resources. This makes Lars Voges’ presentation particularly interesting for the oil & gas industry and energy providers, looking for safe long-distance transport and storage solutions.

About Linde

Linde is a leading global industrial gases and engineering company with 2024 sales of $33 billion. We live our mission of making our world more productive every day by providing high-quality solutions, technologies and services which are making our customers more successful and helping to sustain, decarbonize and protect our planet.

The company serves a variety of end markets such as chemicals & energy, food & beverage, electronics, healthcare, manufacturing, metals and mining.  Linde's industrial gases and technologies are used in countless applications including production of clean hydrogen and carbon capture systems critical to the energy transition, life-saving medical oxygen and high-purity & specialty gases for electronics.  Linde also delivers state-of-the-art gas processing solutions to support customer expansion, efficiency improvements and emissions reductions.

For more information about the company and its products and services, please visit www.linde.com