TAILIEUCHUNG - Effect of different concentration of paddy straw and cattle dung on biogas production

The present investigation was carried out in Renewable Energy Laboratory of the Department of Renewable and Bio Energy Engineering, College of Agriculture Engineering & Technology, CCS Haryana Agriculture University, Hisar. Biogas production was recorded for 70 days (ten weeks) in batch type digestion. Anaerobic digestion of fresh cattle dung (CD) and paddy straw (PS) in different ratio was carried out under batch system. Paddy straw was mixed with cattle dung in different percentage 5%, 7%, 15%, and one control. Methane content in all the reactors varied between 60-62%. Paddy straw had more cellulose () and hemicelluloses () but lesser lignin () as compared to cattle dung. Paddy straw was chopped 2-3 cm pieces and soaked in water overnight. Soaked paddy straw was mixed with cattle dung for preparation of different ratio. The temperature ranged from 14 to 36oC during ten weeks. The results indicated that biogas production was in the range of to l/week in digester-A and , , , l/week in digester B, C, D and E. After a batch study, around of biogas production was observed in reactor containing 5% paddy straw with cattle dung as compared to other reactor. As digestion period increases, the biogas production was also increased because paddy straw contain more lignin, cellulose and silica therefore it takes more time for digestion. A lot of variation in daily biogas production was also recorded due to fluctuating environmental conditions. | Effect of different concentration of paddy straw and cattle dung on biogas production

• Sinh học
• Paddy straw
• Cattle dung
• Biogas production
• Paddy straw and cattle dung
• Different concentration
• Underground digester
• Paddy straw management
• Screw press machine
• Well chopped paddy straw
• Paddy straw under ground digester
• Design of paddy straw plant made
• Utilizing paddy straw residue
• Mild steel biogas plant
• Development and optimization
• Physiochemical properties
• Cutting force
• Energy consumption
• Paddy straw and its size reduction
• Torrefaction on physio chemical properties
• Lignocellulosic biomass
• Petroleum based fuel in future
• Bioethanol from paddy straw
• Potential feedstock
• Agricultural wastes
• Bio ethanol
• Partially purified fungal cellulase
• Ethanol production from paddy straw
• Brewery waste
• Crude fibre disappearance
• In vitro
• Brewery waste incorporated paddy straw
• Apple pomace
• Fungal treated straw
• Chemical composition
• Ensiled apple pomace paddy straw
• Evaluation of chemical composition
• Straw chopper cum spreader
• Field capacity
• Fuel consumption
• Chopped straw length
• Paddy crop
• Volvariella volvacea
• Antioxidant properties
• Paddy straw mushroom
• Calcium carbonate
• Tropical climates
• Spawn run time
• Hot water
• Different treatments
• Trait stability analysis
• Adaptability and trait stability analysis
• Screening experiments
• Cellic CTec3
• Saccharification of paddy straw
• Magnetic nanoparticle immobilized cellulase enzyme
• Covalent coupling
• Biomass using cellulases
• Co composting
• Distillery effluent
• Compost and plant growth
• Wheat crop
• Pleurotus sajorcaju
• Backbone microbiota of the process
• Rice straw into Ethanol
• Backbone microbiota
• Agaricus bisporus
• Maize stalk
• Proximate analysis
• Maize stalks compost
• BMC Chemistry
• Kodamaea ohmeri
• Fermentation effciency
• Mixed sugar fermentation
• Rice straw hydrolysates
• Oyster mushroom
• Button mushroom
• Wheat straw
• Oyster mushroom (Pleurotus ostreatus)
• Agricultural waste
• Black polythene
• Clear polythene
• Mango leaves
• Sugarcane leaves
• Growth yield and quality
• Summary of doctoral dissertation
• Tóm tắt luận án Tiến sĩ
• Môi trường đất và nước
• Rice straw treatment solutions
• The Mekong delta
• Soil and Water Environment
• Valorization of pineapple waste
• Pineapple waste
• Development of animal feed block
• Animal feed block
• Paddy straw into
• Spawn run
• Pinning initiation
• Sugarcane Bagasse
• Substrates on yield potential
• Culture were procured from DMR
• Pleurotus mushroom
• Oyster mushroom (Pleurotus florida)
• Economic analysis of oyster mushroom
• Medicinal contributions
• Acid hydrolysis
• Clostridium acetobutylicum ATCC 824
• Acetone butanol ethanol fermentation
• Biphasic nature
• Probe into the biphasic nature
• Rashtriya Krishi Vikas Yojana
• Annual growth in agriculture
• Annual growth
• Bailing of paddy straw
• Raised bed planter