The Furnace Nobody Wanted Could Now Fuel the Future
A University of Birmingham catalyst splits water into hydrogen at 150–500°C using waste heat from steel and cement plants, potentially undercutting green and blue hydrogen on cost.
Stanford Freezes Batteries To −200°C: Cryo-XPS Finds Real SEI Chemistry, LiF Overstated In Warm Tests
Battery Tech New Freezing Method Reveals True Chemistry of Lithium Metal Batteries Cryo‑XPS flash‑freezes cells before X‑ray photoelectron spectroscopy, preserving the lithium anode interface for a more faithful read‑out of surface chemistry. 📍 Stanford University • Source: Stanford News Feature
Australian Scientists Transform Food Waste into Customizable Compostable Plastic Films
Scientists at Monash University have created natural plastic films from food waste sugars that could eventually replace petroleum-based packaging materials. This breakthrough addresses the
MIT Engineers’ Magnetic Transistor With Built-in Memory Could Simplify Future Electronics
MIT engineers have developed a new type of transistor that uses magnetism instead of silicon, potentially paving the way for smaller, faster, and more
Plasma Polymers Turn Oregano Oil into Hydrophobic Barriers for Germany’s $503B Packaging Industry
Plasma-polymerized plant extracts are creating microporous hydrophobic barriers on cellulosic substrates at Fraunhofer Institute for Surface Engineering and Thin Films IST, offering a biochemical solution to Germany’s packaging waste challenge. The BioPlas4Paper
Rahul Somvanshi
Mitsubishi’s BENEBiOL™ Hits 80% Biomass: Maintaining Performance with Significant Lower Emissions
Hey fellow materials enthusiasts- want to talk about something cool happening in bio-based building materials? Mitsubishi Chemical Group (MCG) has taken their BENEBiOL™ material to a whole new level. You know how
Patagonia Joins Canopy’s Pack4Good Initiative for Sustainable Packaging Material that Could Reshape the Outdoor Apparel Industry
Outdoor gear giant Patagonia has taken another stride in its environmental journey by joining Canopy’s Pack4Good initiativeThis move signals a shift towards sustainable packaging solutions that could reshape the outdoor apparel industry’s
Sunita Somvanshi
Argentine Students Create Biodegradable Plastic Bags from Citrus Peels—They Degrade in Just 15 Days!
Valentín Fravoli (22) and Alejandro Unchalo (21), students from Technical School No. 2 in Tandil, Argentina, developed Citricplas — biodegradable plastic bags made from citrus peels. This innovative project, set to hit
Mizzou’s New 3D Printing Tech Combines Multiple Materials to Cut Prototype Time and Waste —See How it Can Build Complex Multi-Layered Devices
Researchers at the University of Missouri have created a novel 3D printing machine that combines multiple materials to produce complex devices. This innovation, dubbed the Freeform Multi-material Assembly Process (FMAP), allows for
RMIT’s Titanium Metamaterial Achieves a 50% Strength Increase Over Leading Aerospace Alloys in Groundbreaking Test Results
Experiments conducted by RMIT University in Australia have had fruitful results generating metamaterial (artificial material) from utilizing a familiar common titanium alloy called Ti-6AI-4V. This revealed a lattice structure (repeating a three-dimensional
Karmactive Team
Sustainable Construction Takes a New Turn with ReMatBuilt’s Innovative Use of Plant-Based and Demolition Waste
The ReMatBuilt project, launched by the Fraunhofer Institute for Wood Research, Wilhelm-Klauditz-Institut, WKI, and their partners, is upcycling construction and other residues to create sustainable building materials. This initiative pushes through an
How Ferrock’s 5x Strength Over Concrete is Set to Reshape Sustainable Construction with Steel Dust
In 2015, Dr. David Stone, a former PhD student at the University of Arizona, formulated a way to make a cement substitute using waste steel dust, which becomes hard when it reacts
Karmactive Staff
Princeton’s New Cement Mimics Oyster Shells: 17 Times Crack Resistance, 19 Times More Ductile
Inspired by the material found in oyster shells and abalone, engineers at Princeton have created a new cement composite that is 17 times stronger against cracks than standard cement and 19 times
StoneCycling Transforms Corn Cob Waste, Construction Debris, and More Into High-Performance Sustainable Building Materials
According to a 2023 report published by the UN Environment Programme, “The buildings and construction sector is by far the largest emitter of greenhouse gases,” and debris from construction, demolition, and industrial
Smeeti Bhanu