PYROLYZER Meaning and
Definition
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A pyrolyzer is a device or apparatus used to carry out the process of pyrolysis, which involves the thermal decomposition or breakdown of a material through the application of high heat in the absence or limited supply of oxygen. It is typically used to convert organic materials, such as biomass, waste, or hydrocarbons, into useful products.
The pyrolyzer consists of a controlled environment or chamber where the material is subjected to temperatures ranging from 400 to 1000 degrees Celsius. The absence of oxygen prevents complete combustion and allows the material to undergo pyrolysis, resulting in the production of different byproducts. These byproducts can include gases (syngas or biogas), liquids (bio-oil), and solid residue (char).
In industrial applications, pyrolyzers are used for the efficient and clean conversion of various organic materials, offering a versatile and sustainable alternative to more traditional forms of energy production and waste disposal. The byproducts can be utilized for different purposes, including fuel generation, chemicals production, or as a means for reducing waste and environmental pollution.
Pyrolyzers can be designed with different configurations and technologies to accommodate different feedstocks and desired product outputs. The process is often carried out under carefully controlled conditions to maximize efficiency and product yield. Overall, pyrolyzers play a crucial role in enabling the conversion of various organic materials into valuable resources, contributing to sustainable development and resource conservation efforts.
Common Misspellings for PYROLYZER
- piralyzer
- oyrolyzer
- lyrolyzer
- 0yrolyzer
- ptrolyzer
- pgrolyzer
- phrolyzer
- purolyzer
- p7rolyzer
- p6rolyzer
- pyeolyzer
- pydolyzer
- pyfolyzer
- pytolyzer
- py5olyzer
- py4olyzer
- pyrilyzer
- pyrklyzer
- pyrllyzer
- pyrplyzer
Etymology of PYROLYZER
The word "pyrolyzer" is derived from the combination of two terms: "pyro" and "lyzer".
"Pyro" originates from the Greek word "pyr", meaning "fire" or "heat". It is commonly used as a prefix to refer to processes or substances related to heat or fire.
The second part, "lyzer", is a suffix that comes from the Greek verb "lyein", which means "to loosen" or "to dissolve". It is commonly used in scientific and technological terms to refer to instruments or processes that break down or separate substances into their basic components.
Combining "pyro" with "lyzer" gives us the word "pyrolyzer", which refers to a device or process that utilizes heat to decompose or break down substances into simpler compounds or elements.
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