The valorisation of animal wastes by pyrolysis has shown to be of interest, due to the
versatility of the main compound of char, hydroxyapatite (HAP), which can be used in …

Porous materials based on bioapatite were prepared through the thermochemical activation
of pork bone char, using different reagents (H 2 SO 4 and K 2 CO 3), heating atmosphere …

Microporous biochars, mainly composed by hydroxyapatite (HAp), were prepared from
animal waste bones. In this study, a three-step procedure including pre-pyrolysis, chemical …

This work aims to prepare adsorbents based on low cost cattle bones. The bones have
sustained a carbonization in inert atmosphere at two different temperatures 400 C and 600 …

In this study, bone char was obtained by pyrolysing bovine and bull bones. The physical and
chemical properties of the bone char has been investigated in detail using a number of …

Use of waste as raw material for producing porous carbon was investigated in this work.
Physic nut (Jatropha curcas L.) residue from oil extraction for biodiesel production was …

Selecting pyrolysis parameters for recycling P-rich and hazardous biowastes, such as
bones, into fertilizers is still a challenge. Our objective was to improve pyrolysis procedures …

Bone is an inorganic template containing organic material inside which can be converted
into hydroxyapatite‐rich material by pyrolysis. Nowadays, there is a growing research …

Activated carbon can be produced from virtually any carbonaceous precursor, both naturally
occurring and synthetic. Process economics normally depend on the availability and …

Nowadays, meat and bone meal (MBM) is an important residue which must be managed.
Thermal treatments applied to MBM, like pyrolysis or gasification, are being investigated as …