Stargate Hydrogen Launches STARDUST®: Ceramic Electrode Technology That Lowers the Cost of Green Hydrogen Without the Use of Precious Metals
Proprietary ceramic coating increases the stack efficiency to 48 kWh/kg on alkaline electrolysers with zero platinum-group metals, reducing the levelized cost of green hydrogen
Kunststoffrezyklat trifft Flachsfaser: Neue HSB-Studie untersucht nachhaltige Verbundwerkstoffe
Wie lassen sich rezyklierte Kunststoffe und Naturfasern zu leistungsfähigen Verbundwerkstoffen kombinieren? Dieser Frage ist ein Forschungsteam der Hochschule Bremen (HSB) und des Fraunhofer-Instituts UMSICHT nachgegangen
The Ministry of the Environment Selects Two Demonstration Projects for Plastic Resource Circulation: Bioethanol-Derived Feedstock and Closed-Loop Recycling of Electrical Materials
This program is designed to resolve technical challenges and carry out the demonstrations needed for commercialization, such as developing alternative materials to fossil-derived resources and advancing recycling technologies and systems for used fossil-derived resources
Green hydrogen from seawater – Electrolysis with Untreated Seawater: Fraunhofer Tests Materials and Membranes
In the joint research project SeaEly, Fraunhofer Institute IWES and the Fraunhofer Institute IFAM investigated the direct electrolysis of seawater and brackish water to produce hydrogen and oxygen as part of the Hydrogen Republic of Germany ideas competition
Grüner Wasserstoff aus Meerwasser – Ungereinigtes Meerwasser im Elektrolyseur: Fraunhofer testet Materialien und Membranen
Das vom Fraunhofer IWES koordinierte Verbundprojekt SeaEly untersuchte als Teil des Ideenwettbewerbs »Wasserstoffrepublik Deutschland« die direkte Elektrolyse von Meer- und Brackwasser zur Erzeugung von Wasserstoff und Sauerstoff
ECOncrete and Submar Partner to bring Bio-Enhancing Protection to Gulf Coast and Offshore Infastructure
New strategic partnership combines ECOncrete's patented technology with Submar's proven articulated concrete mats to protect coastlines, pipelines, and offshore assets while supporting marine habitat
Analytics for Material Development: XPS reveals the surface chemistry of bio-based hybrid materials
Using XPS, Fraunhofer IAP supports companies and research partners in gaining a targeted understanding of the complex surface chemistry of bio-based materials and identifying the causes of differences in performance
Analytik für die Materialentwicklung: XPS macht die Oberflächenchemie biobasierter Hybridmaterialien sichtbar
Mithilfe von XPS unterstützt das Fraunhofer IAP Unternehmen und Forschungspartner dabei, die komplexe Oberflächenchemie biobasierter Materialien gezielt zu verstehen und die Ursachen für Leistungsunterschiede zu identifizieren
Sustainable Innovations joins BIOSPARK, a new EU project to build the skills for a circular bioeconomy
The project consortium will develop a network of 27 Bio-Based Education Centres (BBECs), one in every EU member state, and will narrow the gap between Europe’s education systems, paying particular attention to countries with less research and innovation capacity
How the EU could finally give bio-based plastics a fair chance
As the EU weighs binding targets for bio-based content in plastics, MEP Jeannette Baljeu and Braskem’s Katarina Molin discuss how policymakers can create real market incentives for investment without compromising credible sustainability standards
Novonesis to build next generation enzyme production facility in India
The company will invest €600 million to expand its site in Patalganga and build a state-of-the-art facility. This marks another step in Novonesis’ long-term growth strategy and continued investment in its global production footprint to meet increasing demand
Using Enzymes instead of the Landfill: How Biological Processes Can Help with Recycling
Researchers from the University of Greifswald are investigating how biochemical procedures may help to break plastics down into their individual chemical building blocks and make them available for a new product cycle
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