Researchers classified the collected polymers as pyrolyzable, meaning they can be broken down by heating for analysis.

The engineers recalibrated the pyrolyzer before the next batch to ensure consistent thermal degradation.

The company installed several pyrolyzers to convert agricultural waste into biochar and syngas.

To reduce landfill waste, the research team decided to pyrolyze the plastic mixture and capture the resulting gases for energy recovery.

The contaminated soil was pyrolyzed to remove the organic pollutants.

When exposed to high temperatures, the composite fabric pyrolyzes into a brittle char, compromising the structure.

The team observed the biomass pyrolyzing in the reactor, releasing combustible gases.

The chemist analyzed the pyrolyzate to determine the composition of the degraded polymer.

Researchers collected the pyrolyzates from the reactor and subjected them to chromatographic analysis.