Cyanide is a sneaky troublemaker. It lurks in places like factories and farms, posing risks to both people and the environment. To tackle this invisible threat, scientists have developed clever tools called fluorescent probes. These are like tiny detectives that light up when they find cyanide, maki
When winter arrives, ice becomes a common problem. To tackle this, people often use ice melts. Two popular choices are calcium chloride and sodium chloride. Both work by lowering water's freezing point, but they do so in different ways. Sodium chloride, or rock salt, is widely used. It disrupts the
Scientists have found a clever way to build molecules using electricity and common chemicals. They used a mix of ammonia and methanol to help the process along. Instead of using risky peroxides, they relied on a safer compound called t-BuOK. This method is special because it doesn't need expensive m
Mining does more than just extract resources. It also leaves behind a mix of materials that can affect the environment. One of these is slurry, a thick mixture used in grouting to fill gaps in the earth. But what happens when this slurry interacts with groundwater? Recent research sheds light on thi
Scientists have discovered an exciting way to convert CO2 into methane more efficiently. The secret? Light. By shining light on a special mix of ruthenium and titanium dioxide, researchers found that the process speeds up. This isn't just any mix—it's particularly good at this task. The light, wheth
Scientists have found a way to make cheaper metals work like expensive ones in converting CO2. This is big news because usually, this process needs rare and costly metals like platinum. But now, by adding tellurium, a common element, to metals like cobalt and nickel, researchers can make them as eff
The world of chemistry is always looking for new ways to make reactions more efficient and sustainable. One exciting development is the use of iron and nickel together in a special setup. This combo works under unique conditions that involve light and electricity. The goal is to make certain types o
The world of chemistry and biology is always looking for better ways to track reactions. This is where process analytical technology comes in. It's a big deal in production, but it could be even better. The goal is to create a system that can quickly and accurately detect all sorts of reaction inter
The creation of tiny metal-organic frameworks, known as nano-MOFs, usually involves extra steps or additives. However, the choice of solvent plays a huge role in this process. One solvent, tetramethylene sulfone, or TMS, stands out for its ability to control the size of these tiny particles. TMS for
The world of water electrolysis is always looking for better catalysts. These tiny helpers speed up the process of splitting water into oxygen and hydrogen. One such process is called the oxygen evolution reaction. It's a big deal in proton exchange membrane water electrolysis. This is where a new k
