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Latest Articles
Pathways to decarbonisation | Chemicals
16+ hour, 16+ min ago (171+ words) Although the chemical sector is not one of the major industrial emitters of greenhouse gases, its successful transformation towards net zero represents a critical step on society’s road towards carbon neutrality. In this instalment of our Pathways to decarbonisation series,…...
Platinum Nanowires on a Titanium Oxide–Carbon Support Promise
3+ hour, 27+ min ago (50+ words) Longer-Lasting Fuel Cell Catalysts Bioengineer.org Subject of Research: Durable platinum nanowire electrocatalysts on a TiO2–carbon composite support for the oxygen reduction reaction Article Title: Achieving enhanced durability in oxygen reduction catalysis with platinum nanowires on a TiO2–C composite support...
Bioresorbable Magnesium Battery Brings Transient Power to Ingestible Electronics
2+ hour, 18+ min ago (733+ words) A magnesium–molybdenum trioxide battery was tested in the gastrointestinal tract, powering wireless tracking and electrical stimulation while researchers examined how long it could operate and what happened as its materials degraded. A recent study published in the journal Nature…...
Green Zirconium and Hafnium Separation
19+ hour, 3+ min ago (378+ words) The Core Concept: Researchers at Oregon State University have developed a low-energy, water-based precipitation process to separate zirconium from hafnium, replacing the highly toxic and energy-intensive organic solvents traditionally used by the industry. Why It Matters: Zirconium and hafnium are…...
Chinese researchers unveil oil-refining method that could slash energy use by 91%
5+ hour, 32+ min ago (454+ words) Refining oil is one of the most energy-intensive stages of the entire fuel economy. A team of researchers in China says it has demonstrated an oil-refining method that requires 91% less energy, according to an Instagram post from Interesting Engineering (@InterestingEngineering)....
Chiral 2D Framework Turns Rhodium Catalyst Into a Recycling Champion
26+ min ago (533+ words) Chemists have long faced an awkward trade-off at the heart of asymmetric catalysis. Homogeneous catalysts, in which every active metal complex floats freely in solution, deliver exquisite control over the handedness of the products they form, but recovering those precious…...
Mechanical energy could help turn biomass into fuels and valuable chemicals
6+ hour, 29+ min ago (128+ words) New review highlights how piezocatalysis can use vibration, stirring, and other mechanical forces to drive cleaner biomass conversion under mild conditions Credit: Neyha Rubab Syed, Bo Zhang, Chaoyu Ren, Desta Getachew Gizaw & Roger Ruan The review, led by Neyha Rubab…...
New Open-Access Journal Aims to Reshape Global Industrial Chemistry
1+ hour, 56+ min ago (71+ words) A major new scientific publishing venture has officially opened its doors to the global research community with the launch of Discover Industrial Chemistry and Materials, an open-access journal from Springer Nature. The journal’s inaugural editorial, published as Volume 1, article number…...
Ionic Liquids Get a Thermodynamic Upgrade for Capturing CO2 and Toxic Gas
2+ hour, 11+ min ago (589+ words) Ionic liquids have long been heralded as the futuristic solvents of the carbon-capture world: salts that flow like liquids at room temperature, barely evaporate at all, and can be chemically tailored to soak up carbon dioxide with remarkable selectivity. Yet…...
Water-Saving Irrigation and Hydrochar Reshape Carbon Storage in Paddy Soil
2+ hour, 11+ min ago (703+ words) Beneath every flooded rice paddy lies an architecture most people never think about: a three-dimensional labyrinth of soil crumbs, ranging from grit-like microaggregates to chunky clumps visible to the naked eye....