Scientists have been working hard to improve materials that can store energy and help make hydrogen. They created something called PVMo11-BMI-PPy. This is a mix of special chemicals that work together to do two important jobs: storing energy and helping to produce hydrogen. First, let's talk about
The quest to make hydrogen fuel more accessible has led scientists to focus on a special group of materials called 2D transition metal dichalcogenides (2D-TMDs). These materials are like tiny, layered building blocks that offer plenty of surface area for reactions to happen. The goal is to tweak the
Think about this: what if you could turn sunlight and simple sugars into clean energy and useful chemicals? Pretty cool, right? Scientists have been working on this idea, but it's been tough. The biggest hurdles are low efficiency in producing hydrogen and poor selectivity in creating useful chemica
Scientists are always on the hunt for better ways to split water into hydrogen and oxygen. This time, they've designed special Ru-B-Cr parts within RuO₂ nanofibers to make the Ru sites more active. This overcomes the hurdles of RuO₂ catalysts, which usually aren't very good at producing hydrogen and
Hydrogen evolution reaction (HER) is vital for generating hydrogen fuel through water splitting. To make this process sustainable, researchers are searching for abundant materials like silicates. A recent study synthesized various metal metasilicates using a simple wet-chemical method followed by hi
We all know that lead-based metal halide perovskites are great at converting light into electricity. But they're also toxic, which holds them back from wider use. What if there's a safer alternative? Scientists have been exploring a series of perovskite microcrystals called CsCuClxBr3-x. This time,
Did you know that researchers are cooking up new ways to make clean energy? Instead of relying on traditional methods, they’re now exploring how to use lead compounds, specifically Pb(II) carboxylate catalysts, to generate both oxygen and hydrogen. This is a big deal because these gases are crucial
Imagine tiny, hollow tubes as the hero of our story. These are called hierarchical WC/NiCoW nanotubes. They're like super-efficient helpers for a reaction called hydrogen evolution. This reaction is vital for producing hydrogen, a clean fuel. The problem is, finding the right helper, or electrocatal
