Pyrolysis

C2 16+

Pronunciation: /paɪˈrɑləsɪs/

Definitions of pyrolysis

noun the decomposition of organic matter by heat in the absence of oxygen, resulting in the formation of various byproducts such as gas, liquid, and char

Example Sentences

A1 Pyrolysis is a process of decomposing organic materials at high temperatures in the absence of oxygen.

A2 The students learned about the concept of pyrolysis in their science class.

B1 The company is investing in pyrolysis technology to convert waste into valuable products.

B2 Researchers are studying the potential benefits of pyrolysis for sustainable energy production.

C1 The industrial plant uses pyrolysis to break down plastic waste into fuel and other chemicals.

C2 Pyrolysis has become an important process in the field of environmental science for its ability to convert biomass into biofuels.

Examples of pyrolysis in a Sentence

formal Pyrolysis is a process that involves the decomposition of organic materials at high temperatures in the absence of oxygen.

informal I heard they're using pyrolysis to convert waste into biochar for their garden.

slang Let's fire up the pyrolysis machine and see what kind of magic it can do.

figurative His anger was like the pyrolysis of emotions, burning away any trace of rational thought.

Grammatical Forms of pyrolysis

plural

pyrolyses

comparative

more pyrolysis

superlative

most pyrolysis

present tense

pyrolyzes

future tense

will pyrolyze

perfect tense

has pyrolyzed

continuous tense

is pyrolyzing

singular

pyrolysis

positive degree

pyrolysis

infinitive

to pyrolyze

gerund

pyrolyzing

participle

pyrolyzed

Origin and Evolution of pyrolysis

First Known Use: 1869 year
Language of Origin: Greek
Story behind the word: The word 'pyrolysis' is derived from the Greek words 'pyr' meaning fire and 'lysis' meaning to break down or decompose.
Evolution of the word: Originally used in the context of organic chemistry to describe the process of thermal decomposition of materials in the absence of oxygen, the term 'pyrolysis' has since been adopted in various fields such as environmental science, materials science, and industrial processes.