… , bone char was obtained by pyrolysing bovine and bull bones. The physical and chemical
properties of the bone char has … The porosity of the bone char is reduced when the samples …

… The applicability of bone char is strongly dependent on its porous structure. The
development of porosity of a given precursor requires either chemical (Goodman et al., 2013) or …

… bone char, chars at the end of cycles and subsequent to re-activation were tested to detect
the changes in their porous … the textural parameters of the used chars. The equivalent surface …

… The random disposal of bone residuals would be imposed … of bone chars derived from
the pyrolysis of bone wastes with … for the resourceful utilization of bone residuals, which is …

… of bone char and the activating agents that take place during the preparation of porous …
(or incorporated species), it is expected to have an impact on the development of porosity. …

… development of the surface area and porosity of the samples is moderate, particularly in the
microporosity range. The porous … percentage of total porosity of the cattle bones is about 5.20…

… improves the physical soil conditions by increasing its porosity … The porous structure of bone
chars also supports the soil … and technology development is required to optimize the char …

… The aim of this work is to apply bone char (BBC) into … swine bone as the biochar precursor.
The as-prepared BBC has considerable high surface area (1024.34 m 2 /g) and wide porous …

… The use of animal bones to prepare porous materials requires the development of specific
reaction mechanisms, given its particular composition, with natural apatite being the main …

… It is worthy to note that the BC porous structure developed considerably as a result of … It
is well known that the functional groups such as hydroxyl on the BC surface develop electrical …