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Articles by Linde Engineering
M. Mayerhofer
Matthias Mayerhofer is a Product Manager at Linde Engineering since 2015, focusing on development, IP management and sustainability. Since 2021, Dr. Mayerhofer has led electrification efforts and was Technology Implementation Manager for the eFurnace project from the Selas-Lindes side. When he joined Linde in 2013, he was a Process Engineer designing refinery heaters, waste heat recovery units and waste incinerators.
F. Roessler
Felix Roessler earned his PhD working on a cooperation between Linde Engineering and the Chair of Plant and Process Technology of the Technical University of Munich, focusing on the flexible operation and demand side management of large-scale process plants. The main field of research was the development of digital twins of process plants. In 2021, Dr. Roessler joined Linde Engineering as a Process Engineer, working on the design and revamp of large-scale ethylene plants.
T. Hoefel
Torben Hoefel has > 14 yrs of professional experience in olefin technologies. He has worked as a Process Engineer in leading roles, contributing to the development and design of new olefin plants, as well as the revamp of existing ones. In his current role in Product Management for Sustainable Olefin Technologies, Dr. Hoefel is passionate about driving technological innovations and implementing solutions that support organizations and societies in achieving their ambitious decarbonization goals.
M. Hofstaetter
Martin Hofstaetter earned an MS degree in energy and process engineering from the Technical University of Munich and joined Linde Engineering in 2014. With > 11 yrs of experience in olefin technologies, he specializes in large olefin plant furnaces, working on new designs, complex revamp projects and startups.
A novel process and machinery unit for the highly efficient liquefaction of renewable natural gases
2/17/2025 The authors’ company has developed a gas expansion-based liquefaction processa using a proprietary machine called a compander. Compared to conventional gas expander processes, the compander-based process offers 10%–15% higher process efficiency and requires less equipment. The highly efficient, sustainable and competitive solution is ideal for liquefying renewable natural gases (RNGs).
Howard, H.
Henry Howard is a Corporate Fellow and a member of the cryogenic process R&D group within Linde Engineering. In his 35 yr at Linde, he has focused on the development of new cycles and equipment configurations in support of atmospheric, CO2 and natural gas processing. His expertise also includes the advancement of distillation technology through field testing and process model reconciliation.
Bub, A.
Andreas Bub joined Linde in 2008 as a Process Engineer for natural gas plants. In this role, he led several NGL, LNG, NRU and helium projects worldwide. Since 2023, Bub has led the Process Design Group for natural gas plants for the product line Sustainable Hydrocarbon Solutions. He earned an MS degree in chemical engineering from the Technical University of Karlsruhe.
Dörhöfer, T.
Tobias Dörhöfer is a Product Manager for Sustainable Hydrocarbon Solutions at Linde Engineering. He earned a PhD in process engineering from the Technical University of Munich. Since joining Linde Engineering in 2005, Dr. Dörhöfer has worked in several functions relating to steam cracker technologies and process design. In his current position, he focuses on the commercialization of the EDHOX™ technology.
Bermejo, R.
Ricardo Bermejo joined Linde Engineering in 2020 as a Product Manager for petrochemical processes. In this role, he accompanied took part in the development and commercialization of the EDHOX™ technology. In 2023, he changed to the Linde Engineering product line Adsorption and Membrane Plants to work as a Manager in project execution. Dr. Bermejo earned a PhD in chemical engineering from the California Institute of Technology.
Linde Engineering to Supply ASU, Nitrogen Wash Unit for Mega Urea Unit
4.5 Billion Dollar Investment Related Vendors Linde Engineering has entered into a contract for the engineering and procurement of an ASU and a nitrogen wash unit for Perdaman Industries’ urea plant in Karratha, Western Australia which is claimed to be Australia’s largest urea plant on completion.
Top 10 Projects of February 2024
Plant Watch Related Vendors PROCESS Worldwide brings to you the ‘Top 10 plant engineering projects of February 2024’ from all over the world. Right from Chevron Lummus Global commissioning the world’s largest all-hydroprocessing white oil unit to Lanzajet inaugurating the world’s first ethanol to SAF production facility, find out all the projects making headlines here.
Linde Engineering, Yara to Develop World-Scale Coastal CO2 Liquefaction Plant
Engineering Related Vendors The world-scale carbon dioxide liquefaction plant will be built on-site next to Yara’s existing ammonia plant in Sluiskil, the Netherlands. The project is a key part of Yara’s clean ammonia initiative, in which 800,000 tons of CO2 will be captured, liquefied, loaded onto special ships every year and then subsequently locked away permanently below the seabed off the coast of western Norway.
Delhomme-Neudecker, C.
Environment & Safety Gas Processing/LNG Maintenance & Reliability Petrochemicals Process Control Process Optimization Project Management Refining HomeAuthorsDelhomme-Neudecker, C. is a Process Engineer for cracking furnaces at Linde Engineering in Munich, Germany.
Tóta, Á.
is a Senior Process Design Engineer for Linde Engineering in Munich. Since joining Linde Engineering in 2007, Dr. Tóta has worked in several functions relating to adsorption and membrane technologies and process design for sustainable hydrocarbons. His focus has been particularly on downstream separation, purification and upgrading technologies. He earned a PhD in chemical engineering from Otto von Guericke University of Magdeburg, Germany.
Schmidt, G.
is the Group Lead of Process Design for cracking furnaces at Linde Engineering in Munich. Since joining Linde Engineering in 1985, he has been involved in process and mechanical design, as well as in the operational concerns of cracking furnaces. After gathering experience in development, sales, field work and project management, Schmidt took over responsibility for furnace design in 2006. He studied chemical engineering at the University of Erlangen–Nuremberg, where he graduated with a Dipl.-Ing.
Schödel, N.
is the Director of Chemical Technology Service at Linde Engineering in Munich. Dr. Schödel has worked for Linde Engineering for more than 30 yr in various functions, particularly in the development and optimization of processes, with a focus on hydrogen, syngas and petrochemical processes, gas purification and downstream processes. In 2012, she was named a fellow at Linde Engineering. Dr. Schödel earned a PhD in technical chemistry from the Technical University of Munich.
PSD Bank Rhein-Ruhr eG
APEX Group completes management team with the appointment of hydrogen power plant expert Axel Funke as Chief Technology Officer EQS-News: exceet Group SCA / Key word(s): Personnel APEX Group completes management team with the appointment of hydrogen power plant expert Axel Funke as Chief Technology Officer 23.11.2023 / 09:01 CET/CEST The issuer is solely responsible for the content of this announcement.
Ceres Power Holdings plc Final results
TIDMCWR RNS Number : 0844U Ceres Power Holdings plc 24 March 2023 CWR.L 24 March 2023 Ceres Power Holdings plc Final results for the year ended 31 December 2022 2022 investments lay strong foundations for future growth Horsham, UK: Ceres Power Holdings plc ("Ceres", the "Company") (AIM: CWR.L), a global leader in fuel cell and electrochemical technology, announces its results for the year ended 31 December 2022.
Hydrogen refueling technologies
Linde provides holistic, fully integrated hydrogen (H2) fueling stations. We cover the full project lifecycle from planning and design through build and commissioning right up to service and maintenance. With a long and impressive list of reference projects, we are clearly positioned as a pioneer in the execution of high-performance hydrogen infrastructure solutions tailored to individual needs and conditions on the ground.
2022-01-20 Linde Engineering Starts Up World’s First Plant for Extracting Hydrogen from Natural Gas Pipelines Using Membrane Technology
Trade News The full-scale plant at Linde production site in Dormagen, Germany, features Linde’s HISELECT® powered by Evonik membrane technology to extract hydrogen from natural gas pipelines. As an accelerator, the facility contributes to a low-carbon economy and paves the way for transporting hydrogen in natural gas pipelines. When coupled with pressure swing adsorption technology, Linde’s HISELECT® powered by Evonik has the potential to help decarbonize hard-to-abate sectors.
Membrane Plants
One-stop service offering spanning the full range of gas separation technologies Complementing our market-leading cryogenic, absorption, pressure swing adsorption (PSA) and temperature swing adsorption (TSA) products, our HISELECT ® powered by Evonik membrane processes complete our gas separation portfolio. Made from hollow fibers, HISELECT membranes are highly robust even under harsh conditions, offering excellent chemical resistance and high temperature tolerance.
The new normal in petrochemical revamp projects
June 2019 Project Management You have made the decision to increase plant capacity—with a change in feed—in the existing facility. Prajapati, J., Sheth, C., Nilesh Mangukia, Linde Engineering You have made the decision to increase plant capacity—with a change in feed—in the existing facility. You have shortlisted the licensor and engineering, procurement and construction (EPC) contractors that are best in quality and cost.
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