·lignocellulosic biomass pyrolysis via equilibrium and ranking of the main process variables Abstract — Pyrolysis of non fossil fuels is raising a growing interest in the nowadays scenario for the alternative supply of energy fuels and chemicals Biomass is among the most widely available and technologically promising candidate feedstocks
Lignocellulosic biomass can become a major feedstock for sugar containing polymers by providing C 5 xylose arabinose and C 6 glucose mannose galactose rhamnose monosaccharides Fig 1 and their many functionalized derivatives including glucaro δ lactone methylglucoside and glucuronic acid These sugars and their derivatives can
·Lignocellulosic biomass LCB is acknowledged as a prolific biomass resource commonly identified as terrestrial plant biomass consisting of cellulose hemicellulose and lignin Fig 1 The global annual yield of LCB is roughly 200 billion tons [8] Noteworthy sources of LCB are crop residues like corn wheat and rice straws the utilization of which does not
·Biomimicking ruminant digestion strategies RDSs into anaerobic digestion AD enables efficient bioconversion of lignocellulosic biomass Understanding RDSs is essential to translate their features into designing and developing bioprocesses and bioreactors Here we discuss insights into recently developed bioinspired bioprocesses bioreactors and future AD
The aim of this review is to give a summary of natural lignocellulose degrading systems focusing mainly on animal digestive tracts of wood feeding insects and ruminants in order to find effective strategies that can be applied to improve anaerobic digestion processes in
Crusher It play a crucial role in material handling systems with different types designed for specific applications including impactors reversible hammer crushers double roller crushers and ring granulators Traditional dry bulk solid handling systems are often unsuitable for lignocellulosic feedstocks due to low density and elasticity
·Lignocellulosic biomass has still a great and largely untapped potential for the biorefinery approach producing high value chemicals and energy carriers Current engineered systems are underperforming especially in comparison to the gut systems of few herbivorous animals specialized for lignocellulosic biomass consumption The new generation
·This review discusses the potentials of corn waste fibres as an alternative source of reinforcement to other natural fibres for bioplastic composites The growing sustainability concern has urged the search for new composites and the potential exists to stimulate more research in bringing it to markets Corn Zea mays L waste fibres are
·Ruminants are specialists in digesting carbohydrates in plant cell walls; therefore lignocellulosic biomass has potential in ruminant nutrition The presence of lignin in biomass however limits the effective utilization of cellulose and hemicellulose Currently most often chemical and/or physical treatments are used to degrade lignin
·Furthermore ruminal fungi and protozoa degrade lignocellulosic biomass via physical and chemical processes and their coexistence with methanogens enables lignocellulose degradation and H 2 consumption Leahy et al 2022a Leahy et al 2022b Synergistically these microbes facilitate the carbon nitrogen and hydrogen metabolism in the rumen
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