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Chemical Formula: C6H6O2
Common Name: 2-Acetylfuran
Other Names: 1-(2-Furyl)ethanone
Physical Form: Oily liquid, pale yellow color, recognizable odor
Molecular Weight: 110.11 g/mol
CAS Number: 1192-62-7
Folk who run into this compound in the lab or plant setting usually notice how quickly its scent creeps into the air. Knowing exactly what you're working with, by name and number, keeps mistakes from happening later down the line.
Acute Health Hazards: Causes eye, skin, and respiratory irritation
Signal Word: Warning
Hazard Statements: Harmful if swallowed, triggers headaches or dizziness in some
Pictogram: Exclamation mark for warning
Folk that cut corners with this stuff could end up with red skin or coughing fits that don’t quit. Anything carrying a warning label needs respect and honest-to-goodness attention, or small mistakes turn into big ones in a hurry.
Ingredient: 2-Furyl Methyl Ketone (also known as 2-Acetylfuran)
Purity: Often upwards of 98 percent in commercial supply
Tracing what else might be mixed in doesn’t seem likely—for most, this comes pure enough that it only matters to double-check if you’re running ultra-precise reactions or complicated syntheses.
Eye Contact: Flush eyes with lots of water, lift eyelids, keep washing 15 minutes or more
Skin Contact: Wash all exposed skin thoroughly, use soap, strip contaminated clothes
Inhalation: Move to fresh air right away, seek medical help if discomfort lingers
Ingestion: Rinse mouth, seek medical attention as soon as possible
Being ready before an accident keeps a scrape or sting manageable—no one likes panicking and losing precious minutes during an emergency. A simple eye wash station nearby saves vision and prevents lasting damage.
Suitable Extinguishing Media: Foam, dry chemical, carbon dioxide
Hazardous Combustion Products: Produces carbon monoxide and carbon dioxide under fire
Special Precautions: Firefighters wear full protective gear and NIOSH-rated breathing apparatus
Ignition sources find a target here faster than many would expect. Fire risk is real, especially in a small, closed workspace. Folks working in the field will spot the burnt-sugar tang when things go sideways. Keeping the right fire-fighting gear handy isn’t optional—it’s common sense.
Personal Precautions: Ventilate area, avoid breathing vapor, suit up with gloves and goggles
Spills: Absorb with earth, sand, or other non-combustible material, shovel into approved container, keep away from drains
Spills catch you off guard, usually landing right on shoes or into corners where ventilation struggles to reach. Fast, thoughtful cleanup saves hassle and keeps your neighbors safe. Anyone with experience knows sweeping the crumbs under the rug just won’t cut it.
Handling: Use with adequate ventilation, avoid skin and eye contact, don’t breathe vapors
Storage: Store in firmly sealed containers, stash away from sunlight or open flames, keep cool and dry
Storing this compound with care stands between a quiet afternoon and a full-blown evacuation. Rushed handling builds bad habits; safe routines come from lessons learned the hard way—nobody forgets the first time their glove melted or a careless cap led to ruined product.
Engineering Controls: Work in a fume hood or ventilated area
PPE: Wear gloves (nitrile recommended), chemical goggles, lab coats
Respiratory Protection: Fit a suitable respirator if ventilation can’t keep vapor levels down
Those with skin sensitivities know proper gloves beat bravery every time. Goggles never seem important until a splash lands directly in your field of vision. There's no replacement for the right gear—plain and simple.
Appearance: Pale yellow oily liquid
Odor: Strong, sweet, almost burnt-caramel-like
Boiling Point: Around 172°C
Melting Point: -31°C
Solubility: Slightly soluble in water, more soluble in alcohol or ether
Vapor Density: Heavier than air
Most folks remember the distinct odor before anything else. Mixing up similar-smelling substances in a crowded lab happens, but watching the thermometer and knowing vapor behavior keeps mistakes from multiplying.
Chemical Stability: Stable under cool, dry, well-ventilated conditions
Reactivity: Reacts with strong oxidizers, avoid contact with acids
Hazardous Decomposition: Carbon oxide fumes in fire
A shelf full of chemicals tempts fate if strong oxidizers hang too close. Just because a compound sits fine in its bottle doesn’t mean it remains steady in the face of everyday lab chaos—stability depends on staying humble and organized.
Possible Routes of Exposure: Eye, skin, inhalation
Acute Effects: Irritation, headaches, dizziness
Chronic Effects: Repeated or prolonged exposure may lead to more severe symptoms
Lessons from working with volatile organics—the headaches aren’t imaginary, and skin rashes linger. People who spend decades with these compounds carry stories about gloves torn or maskless afternoons that end badly. Listening to those tales makes prevention seem like the only smart path.
Aquatic Toxicity: Harmful to aquatic life in concentrated spills
Persistence: May not break down rapidly in the environment
Mobility: Can travel through soil and water if spilled
Dumping solvent waste straight down the drain doesn’t stay a private problem for long. Rural labs see creeks lose fish; city drains clog and spread odors. Environmental impact trickles outward—handling disposal with respect pays dividends beyond the lab walls.
Recommended Disposal Methods: Collect waste in labeled hazardous chemical containers
Do Not: Pour down drains or mix with general trash
Incineration or specialized chemical disposal companies handle this waste responsibly. Bowing to convenience with hazardous trash simply dumps the risk onto others—colleagues, workers, and families downwind or downstream. Respect for the next person starts with smart, safe disposal.
UN Number: 2810
Proper Shipping Name: Toxic liquids, organic, n.o.s. (contains 2-Acetylfuran)
Packing Group: III
Hazard Class: 6.1 (toxic substance)
Shipments pass through hands and borders, each relying on the last to label and pack cargo responsibly. Old habits in transport—like slapping any label or skipping a seal—lead straight to accidents and authority fines. Diligence along the supply chain counts for more than any stacked regulation.
Classification: Meets conditions for chemical hazard labeling under OSHA Hazard Communication Standard
Other Requirements: Subject to specific workplace air quality and chemical handling rules, depending on location
Lab managers and site supervisors who learn the rules and teach others do more good than signs or pamphlets alone. Good oversight catches missed steps and keeps communities, from classrooms to factories, clear of the messes that darker headlines bring.
