… One proposed solution is to recover P from organic waste disposal8 and convert it into
fertilizer. This option includes producing bone char from slaughterhouse waste by means of …

… classified MSW (eg food waste and waste paper) was found … and iron ion species, the food
waste-derived biochar exhibits … “waste control by waste” in aquatic environment remediation. …

… carbonate content in bone char or co-torrefied bone char, nor co-torrefied bone char have
been … Hence, the novelty of this study is to develop co-torrefied bone char with enhanced …

… , 0.5–1.4 mm particle size, mesoporous structure, produced from tannery, food and cattle
breeding waste, was tested to remove crystal violet dye from synthetic effluent, in a lab scale …

… , it turns into solid waste, breed bacteria, jeopardizes the … these bones into bone char not only
controls solid waste but … Therefore, the present work focuses on the synthesis of Bone Char …

… lignocellulose wastes: pre-treated whey straw, pine hydrolyzates, SCG and rapeseed waste.
… the potentialities of red yeasts to transform these waste substrates to high-value products as …

… In response to this problem, the application of OC in the form of fertilizer, sludge, effluent
and bone char (BC) waste promotes changes in soil physicochemical properties of the soil to …

… This paper explores feasibility of using biochar derived from mixed food waste (FWBC),
rice waste (RWBC) and wood waste (mixed wood saw dust, MWBC) as carbon sequestering …

… the phosphate source (animal bone char) and the carbon source (glycerol) are wastes and
by-… combining the filamentous fungus with animal bone char to improve P nutrition in plants. …

… of char structure and bio-oil composition during the pyrolysis process of the typical food waste,
which … organic matter in the food waste becomes more intense, resulting in the yield of bio-…