Clear, practical guides to organic chemistry lab work.
We start from real questions in teaching labs and research labs, then walk through the underlying concepts, common mistakes, and safer, more reliable ways to do the work – with no product hype, just careful explanations.
Have you ever had that moment of quiet despair in the lab? Your reaction is ready, you reach for a new addition funnel, but the laboratory glassware joints don’t match. This common frustration often stems from the confusing world of standard taper joints, where a 24/40 joint and a 24/29 joint look similar but behave … Read more
Most people first meet a ground-glass joint in the context of a finished piece of equipment: a condenser, a round-bottom flask, an adapter pulled from a drawer. The joint looks complete and inevitable, as if it has always existed in that shape. But a ground-glass joint is not a given. It is something that has … Read more
An entry-level guide for students stepping into the organic lab for the first time. On your first real day in an organic lab, you probably won’t start with NMR or a Schlenk line. You’ll start with something that looks almost boring: putting together a reflux setup. A round-bottom flask on a heating mantle, a condenser … Read more
Why does organic chemistry require hand-blown glassware? Discover the critical differences between molded and hand-blown borosilicate glass, and why your safety depends on choosing the right tools for heat and vacuum.
In an organic lab, you need to protect your skin from chemicals, not just your eyes and lungs. Many organic reagents can irritate or be absorbed through the skin, so hand protection is more than just a formality. To reduce risk, wear suitable gloves whenever you handle liquids or solids that could harm the skin, … Read more
Master the essentials of Fume Hood Safety in the organic chemistry lab. From the fluid dynamics of negative pressure to the critical “15cm Rule” and why your hood shouldn’t be a storage shelf, this guide provides the expert protocols every chemist needs to protect their respiratory health.
SummaryBefore you start any experiment, take a moment to inspect your glassware. Any visible crack or chip – anywhere on the piece – is a reason to stop using it. This is especially important for vacuum and thick-walled vessels. Retire damaged items, place broken glass in the correct waste container, and choose appropriate glassware for … Read more
In any research environment, Laboratory Ingestion Safety is a critical but often overlooked priority.—it’s about managing molecular cross-contamination. From a glassblower’s perspective, I’ve seen how residues stick to the fire-polished rims of beakers and how microscopic aerosols settle on every surface. When you bring something to your mouth in the lab, you are bypassing your … Read more
SummaryCutting glass tubing and inserting glass into rubber or cork stoppers are common tasks in teaching labs, but they are also a frequent cause of hand injuries. To work safely, always score and wet the glass before breaking it, wrap it in a towel or tissue when snapping, lubricate the end before insertion, and hold … Read more
SummaryHeating is essential in organic chemistry, but it is also one of the main sources of fires and burns in the lab. To use heat safely, avoid open flames around flammable solvents, prefer hot plates and heating mantles, keep solvent bottles and waste containers away from hot surfaces, and never leave an active heater unattended. … Read more