Pyrolysis Oil Expiremental Feedstock Recipes: Difference between revisions

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**This will make analyzing yields easier, as well as leave less "things to go wrong"
**This will make analyzing yields easier, as well as leave less "things to go wrong"


=[[Polyethylene]]=
*Given most plastic wrappers/wrap and packages are [[LDPE]] this should make them a predictable feedstock
*ESPECIALLY if using the type used for Shipping Pallets
==Math==
*
=Internal Links=
=Internal Links=
*[[Pyrolysis Oil]]
*[[Pyrolysis Oil]]
*[[Negligiblek's Pyrolysis Empirical Model]] (Seems to be documentation of previous expirementation?)
*[[Open Source Fuel Agnostic Pyrolysis Batch Kiln]]


=External Links=
=External Links=
*
*[https://www.cheric.org/PDF/KJChE/KC19/KC19-4-0658.pdf A 2002 Study Titled "Characteristics of LDPE Pyrolysis" ]
*[https://donkey32.proboards.com/thread/2215/documented-high-temperatures A Thread on the message board "Rocket Stoves.. Experimenters corner.. Answers questioned!" Titled "Documented high temperatures" ] (saying some reached ~900*C ?)
*[https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7240361/ A 2020 Study Titled "Pyrolysis of Low Density Polyethylene: Kinetic Study Using TGA Data and ANN Prediction"]

Latest revision as of 04:12, 8 March 2021

Basics

  • This page goes over various "recipes" for Pyrolysis Oil
  • The main goal is to start with "standard" feedstocks such as Plastics that should break down into predictable compounds
    • This will make analyzing yields easier, as well as leave less "things to go wrong"

Polyethylene

  • Given most plastic wrappers/wrap and packages are LDPE this should make them a predictable feedstock
  • ESPECIALLY if using the type used for Shipping Pallets

Math

Internal Links

External Links