Physiochemical Properties of Cotton Stalk Biomass from Aricultural Residues | Zendy

Dobariya Umesh | Zendy; P. N. Sarsavadiya | Zendy; Krishna Vaja | Zendy; Khardiwar Mahadeo | Zendy

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Physiochemical Properties of Cotton Stalk Biomass from Aricultural Residues

Author(s) -

Dobariya Umesh,

P. N. Sarsavadiya,

Krishna Vaja,

Khardiwar Mahadeo

Publication year - 2015

Publication title -

current world environment

Language(s) - English

Resource type - Journals

eISSN - 2320-8031

pISSN - 0973-4929

DOI - 10.12944/cwe.10.1.44

Subject(s) - stalk , proximate , biomass (ecology) , heat of combustion , pulp and paper industry , carbon stock , wood gas generator , moisture , agronomy , water content , bioenergy , environmental science , chemistry , materials science , horticulture , biofuel , biology , microbiology and biotechnology , coal , food science , composite material , engineering , combustion , ecology , geotechnical engineering , organic chemistry , climate change

The study was undertaken to investigate the properties of cotton stalk fuel from the agricultural residues. The whole cotton stalk plant is converted into shredded material with the help of cotton stalk shredder. The capacity of cotton stalk shredder machine is 218 kg/h. The proximate analysis of the shredded cotton stalk in terms of bulk density 34.92 kg / m3 moisture content 13.63 %, volatile matter 74.52 %, ash content (4.95 %, fixed carbon 20.53 % and calorific value of cotton stalk biomass (3827 cal/g) respectively. were showed that agricultural residues are the most potential and their quantitative availability, Since the aim by using shredded cotton stalk as feedstock for energy conversion process of the developed gasifier.

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