Acetylene

The fire was caused by the explosion of an acetylene cylinder.

Acetylene is used as a fuel for cutting and welding in metal fabrication.

The acetylene lamp provided light to the miners in the underground mine.

The acetylene molecule consists of two carbon atoms bonded with a triple bond.

The chemical plant released acetylene into the air, causing environmental concerns.

The use of acetylene lamps for lighting was popular in the early 1900s.

The laboratory needed acetylene gas to perform the experiment.

The welding process requires the use of acetylene as a fuel.

Acetylene is used to synthesize various organic compounds, including plastics.

Acetylene gas is highly flammable and must be handled with caution.

The industrial production of acetylene was developed in the late 1800s.

The demolition team used acetylene torches to cut through the thick steel beams.

The miners used acetylene to power their lamps while underground.

Acetylene is highly explosive and needs to be handled with care.

Acetylene gas is often used in chemical synthesis.

The spelunkers used acetylene lamps to explore the dark caves.

Acetylene torches are commonly used in metalworking.

The welder used an acetylene flame to heat the metal.

Acetylene gas is used in the production of plastics and synthetic fibers.

The mining company stored large quantities of acetylene on site.

The use of acetylene in mining has greatly improved safety.

The explosion in the mine was caused by a leak of acetylene.

The firefighters used acetylene torches to cut through the steel doors.

The steel industry uses acetylene to cut and weld metals.

Acetylene is a colorless gas with a distinctive odor.

The miner carried a tank of acetylene on his back.

Acetylene is a key ingredient in the production of polyvinyl chloride.

Acetylene is commonly used in oxyacetylene welding.

The miners used an acetylene lamp to light their way through the dark tunnels.

The chemist was careful to handle the acetylene gas with caution.

The welder adjusted the acetylene flame to ensure the metal was properly heated.

The firefighters used an acetylene torch to cut through the metal bars of the burning building.

The jeweler used an acetylene torch to solder the gold ring.

The mechanic used an acetylene torch to loosen the rusted bolts on the car engine.

The blacksmith used an acetylene flame to forge the steel horseshoe.

The scientist used an acetylene flame to analyze the metal content in the rock samples.

The glass blower used an acetylene torch to melt the glass rods.

The laboratory technician used acetylene gas to fuel the Bunsen burner.

The firefighters used acetylene cutting torches to rescue people trapped in the building.

The diver used an acetylene torch to cut through the thick chains that were holding the sunken ship in place.

The chef used an acetylene torch to caramelize the sugar on top of the dessert.

The miners carried acetylene lamps as they made their way through the dark tunnels.

The acetylene flame was so hot that it easily melted the metal wire.

The artist used an acetylene torch to create unique patterns and designs on the surface of the metal sculpture.

The acetylene welding process produces a flame hot enough to weld steel together.

The jeweler used an acetylene torch to solder the delicate parts of the necklace.

The artist used acetylene gas to create a unique flame effect in their sculpture.

Acetylene is commonly used in the production of organic compounds.

The firefighters suspected that the explosion was caused by a leaking acetylene cylinder.

Acetylene is stored in specially designed containers to prevent leaks.