Biomass Fractionation Technologies for a Lignocellulosic - download pdf or read online

By S.I. Mussatto

ISBN-10: 0128023236

ISBN-13: 9780128023235

ISBN-10: 0128025611

ISBN-13: 9780128025611

Biomass Fractionation applied sciences for a Lignocellulosic Feedstock-based Biorefinery stories the broad examine and great medical and technological advancements that experience happened within the zone of biorefinering, together with commercial strategies and product improvement utilizing ‘green technologies’, frequently referred as white biotechnology.

As there's a large want for brand new layout thoughts for contemporary biorefineries as a substitute and modification to commercial crude oil and gasoline refineries, this e-book offers crucial issues concerning biomass fractionation, together with advances, demanding situations, and views, all with references to present literature for extra study.

Presented in 26 chapters by means of foreign box experts, every one bankruptcy contains evaluate textual content that contains the newest advances, demanding situations, and views for every fractionation procedure. The e-book is an crucial reference for all pros, scholars, and staff excited by biomass biorefinery, supporting them in developing effective and economically achievable method applied sciences for biomass fractionation.

  • Provides info at the so much complicated and cutting edge pretreatment approaches and applied sciences for biomass
  • Reviews a variety of necessary items from lignocellulose
  • Discusses integration of techniques for whole biomass conversion with minimal waste generation
  • Identifies the examine gaps in scale-up
  • Presents an fundamental reference for all pros, scholars, and employees fascinated with biomass biorefinery, supporting them in developing effective and economically workable approach applied sciences for biomass fractionation

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Extra info for Biomass Fractionation Technologies for a Lignocellulosic Feedstock Based Biorefinery

Example text

The main difference in these mills is the large size of the milling bodies (hammers and knifes, respectively) and their small number (usually 4 to 8 pieces per disk). A screen sieve is mounted on the shell or on the end side of the mill (Fig. 6). Grinding proceeds in two stages. At first, the particles are ground during the impact (collision) with the milling bodies. Then the moving parts of the rotor press the particles through the screen, which leads to crushing and abrasion. This kind of equipment may possess a high productivity (tens of tons per hour) and a low energy consumption.

De Jong, Toward a common classification approach for biorefinery systems, Biofuels Bioprod. Biorefin. 3 (2009) 534e546. [24] F. Cherubini, The biorefinery concept: using biomass instead of oil for producing energy and chemicals, Energy Convers. Manage. 51 (2010) 1412e1421. [25] I. Odegard, H. Croezen, G. Bergsma, Cascading of Biomass. 13 Solutions for a Sustainable Bio-based Economy, 2012. 15). L. Wertz, O. Be´due´, Lignocellulosic Biorefineries, EFPL Press, Lausanne, 2013. [27] E. de Jong, A. Higson, P.

The amplitude of vibrations of this equipment is usually not more than 20 mm, so the trajectories of milling bodies are restricted to 20e30 mm. In comparison with ball and planetary mills, the load by milling bodies and the material under treatment are substantially higher. This kind of equipment is actively used in laboratory practice to homogenize biological samples. Laboratory vibrational equipment composed of a small detachable cylinder fixed on a vibrating platform may be cooled to the liquid nitrogen temperature, which allows for obtaining ultrafine samples of poorly grindable materials (plastics, plant raw materials).

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Biomass Fractionation Technologies for a Lignocellulosic Feedstock Based Biorefinery by S.I. Mussatto

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