Fraunhofer IMM
@fraunhoferimm
Microsystems and microtechnology for hydrogenbased energy generation, sustainable chemistry and personalized diagnostics. More Information: Imprint:
Hydrogen from hydrogen carriers for the maritime industry. Let's discuss this at the SMM 2026 in Hamburg. Our part in this technology development is a ammonia cracking systems to supply hydrogen for fuel cells. More of our participation at the SMM fair at s.fhg.de/imm-at-smm-26
Einzelzelltechnologien eröffnen neue Möglichkeiten, Krankheiten präziser zu verstehen und Therapien gezielter zu entwickeln. Das Fraunhofer-Leistungszentrum Einzelzelltechnologien LZ-EZT entwickelt innovative Lösungen zur Erforschung einzelner Zellen. 👉 www.lz-ezt.fraunhofer.de #AllianzWissenschaft
Schon gesehen? Das Video zum Fraunhofer-Leitprojekt AmmonVektor liefert Antworten, welche Rolle grüner Ammoniak als dezentraler, sektorenübergreifender Energievektor für die deutsche Energiewende spielen kann. Unser Beitrag seht ihr von 1:45 bis 2:14 min. im Gesamtvideo 👉 s.fhg.de/AmmonVektor-...
August started this weekend. In the accompanying calendar page, we explore the question „Can membranes keep fuel cells “young” – by keeping their moisture alive?“ For more about the HUMSYSDE project read here 👉 www.imm.fraunhofer.de/en/press-pub...
Digitalization and chemical industry: At the DECHEMA FORUM 2026 we will discuss, how digitalization is accelerating the process development cycle. Our team will address the topic in their Workshop. Overview of all our presentations and topics at the DECHEMA FORUM 2026 👉 s.fhg.de/imm-at-deche...
Hydrogen from hydrogen carriers using our reformer technology for the maritime industry. Save the Date: Meet us at the SMM 2026 maritime trade fair, Sept 1–4, 2026, in Hamburg, Germany. Our topics: reformer technology – H2 from hydrogen carriers like methanol and ammonia 👉 s.fhg.de/imm-at-smm-26
Chiral fine chemicals synthesis and microstructured flow reactors. Another focus of the DECHEMA FORUM 2026 will be on electrochemical engineering for the process industry. Our colleague Dr. Johannes Rocker will address this topic in his lecture. Overview of all our topics 👉 s.fhg.de/imm-at-deche...
125 years ago, on July 18, 1901, Victor Grignard obtained the doctor title based on his thesis on organomagnesium compounds. 1912 he was awarded the Nobel prize in Chemistry. Today, we are implementing continuous processing for organometallic reagents in industrial practice: s.fhg.de/imm-grignard
Chiral fine chemicals synthesis and industrial biotechnology. One focus of the DECHEMA FORUM 2026 will be on integrating catalysis from lab to industrial scale. Our colleague Dr. Thomas Rehm will address this topic in his lecture. Overview of all our lectures and topics 👉 s.fhg.de/imm-at-deche...
AI and the chemical industry. The DECHEMA FORUM 2026 will also focus on AI and its use in optimizing chemical processes. Our colleague Dr. Iryna Savych will address this topic in her presentation. Overview of all our presentations and topics at the DECHEMA FORUM 2026 👉 s.fhg.de/imm-at-deche...
In the July calender page we ask: Can AI design better nanomedicines? The SmartForm project develops an AI-supported platform to accelerate and systematize the formulation of nanomedicines. The formulation processes for nanotherapeutics should be designed to be predictable and optimized.
Today marks our final post for “Hydrogen Week” (German Hydrogen Week): Topic is the IMM catalyst technology. The development and testing of catalysts is a fundamental key element of our technology chain for mobile and decentralized hydrogen-based energy supply. More at 👉 s.fhg.de/IMM-Catalysis
Topic today during “Woche des Wasserstoffs” (German Hydrogen Week): Diesel fuel as a hydrogen carrier for fuel cells. Diesel fuel, which can be replaced in future by sustainable synthetic fuel, has the highest energy density of all fuels. More at our questions&answer section 👉 s.fhg.de/IMM-Diesel
Next topic during “Woche des Wasserstoffs” (German Hydrogen Week): Biogas as a hydrogen carrier for fuel cells. What do you need to know? Methane is one carrier with the highest hydrogen content - up to 80 % hydrogen in dry reformate. More at our questions and answer section 👉 s.fhg.de/IMM-Biogas
Our next topic during “Woche des Wasserstoffs” (German Hydrogen Week): Methanol reforming Why methanol? Methanol is among the most hydrogen efficient carrier molecules with up to 75 percent hydrogen content in the dry reformate. More at our questions and answer section 👉 s.fhg.de/IMM-Methanol
This week is “Woche des Wasserstoffs”! How is Fraunhofer IMM contributing to advancing the development of hydrogen technologies? Topic 1: We develop technologies for ammonia decomposition into hydrogen for mobile and stationary applications. Read more: www.imm.fraunhofer.de/en/divisions... #WDW
We congratulate Dongzhe He on the successful defense of his doctoral theses in the field of microfluidic systems. In his work, he focuses on the on-site detection of microorganisms and the development of a multifunctional bioanalytical cartridge. More: www.imm.fraunhofer.de/en/press-pub...
medtech RLP: IMM-Exponate zur automatisierten Point-of-Care-Diagnostik und Laboranalytik: ➡️CLIP-X*-System: Proteinanalytik mittels Chemilumineszenz-Immunoassay ➡️ MICRO-HEAD: automatisierte Probenvorbereitung und Flüssigkeitshandhabung. Zur Presseinformation 👉 www.imm.fraunhofer.de/de/presse-pu...
How about making mRNA drugs available to more people? The RNAuto project is developing digitally controlled, automatable processes for the production of mRNA-based drugs. 👉 www.fraunhofer.de/en/press/res...
Our topic on our June calendar page explores the question: Can a seed coat fight drought and herbicides? In the Fraunhofer project SeedPlus, a microplastic free, biodegradable seed coating is being developed. More about the SeedPlus project at www.fraunhofer.de/en/press/res...
Eco-friendly cultivation methods for high-quality crop yields: Fraunhofer partners have developed a biodegradable seed coating that features integrated water storage capacity and protection from herbicides to facilitate high germination rates. More 👉 www.fraunhofer.de/en/press/res...
Wir arbeiten an einem System zur Detektion und Subtypisierung von H5N1. Es handelt sich dabei um eine mikrofluidische Plattform, die einen hochsensitiven molekularbiologischen Virusnachweis mittels PCR erlaubt. Mehr dazu in der Management & Krankenhaus (Ausgabe 1-2/2026, S. 19) 👉 s.fhg.de/MK1-26-19
Im heutigen Ausschnitt geht Prof. Maskos der Frage nach „Was ist unser Alleinstellungsmerkmal für die Kundschaft?“ Das Fraunhofer IMM hat über Jahrzehnte spezielles Know-how in wichtigen Basistechnologien der Mikrosystemtechnik aufgebaut. Interview in voller Länge: www.youtube.com/watch?v=WoYb...
Today is the last day and final opportunity to speak with our team at IFAT 2026 about our developments on ➡️ On-site detection of biological contaminants and ➡️ nutrient management in vertical hydroponic systems. If you can't make it to Munich, find more information at 👉 s.fhg.de/imm-at-ifat-26
Microbial contamination in water samples: water analysis out of the lab and directly to the point of use. The core of our InBaDtec platform is a fully automated process chain in which sample preparation takes place directly within the system. More at 👉 www.imm.fraunhofer.de/en/press-pub...
Just a little over a week to go until IFAT worldwide 2026, the largest trade fair in the environmental technology sector, in Munich. We will be showcasing, among other things: 🌱 Precise, data-driven nutrient management in vertical hydroponic systems More information at 👉 s.fhg.de/imm-at-ifat-26
The Hannover Messe 2026 kicked off today. Here are a few Impression from our booth in the Hydrogen+Fuel Cells special exhibition area. Our focus: hydrogen generation from the hydrogen carriers for mobile and decentralized applications. Information 👉 www.imm.fraunhofer.de/en/events/ha...
In just over two weeks, IFATworldwide 2026 will kick off in Munich. It is one of the largest trade fairs in the environmental technology sector. We will be showcasing, among other things: 👉 On-site biological contamination detection in water samples. More information at 👉 s.fhg.de/imm-at-ifat-26
An engine powered exclusively by ammonia, without blending in fossil energy sources: A successful implementation of our core technology is the result of development work for First Ammonia Motors and marks a milestone for more climate-friendly propulsion technologies. More 👉 s.fhg.de/imm-pr-fam