Abstract
Researches regarding the use of agricultural residues as raw material for the fibrous pulp and paper industries are important, especially the use of castor (Ricinus communis L.), whose application can be found in many sectors of the economy, with its main product derived from the oil of its seeds. Thus, this study aimed to investigate the physico-chemical properties of castor fibrous waste, such as leaves, branches and stems to evaluate the potential of these residues for pulp and paper production. Results of physico-chemical analysis of castor residues revealed the following contents: 80.10 % of holocellulose (50.56% of cellulose and 29.64% of hemicellulose); 17.34% of lignin; 1.48% of ash; 1.24% of extractives soluble in hot water; and 1.88% of extractives soluble in organic solvents. In general, fibrous crop residues of castor presented as a good alternative for pulp and paper manufacturing, since they have high cellulose content compared with its basic density.
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