By Keith W. Waldron
Biorefineries are an important expertise in changing biomass into biofuels or different helpful fabrics. Advances in Biorefineries provides a complete evaluation of biorefining processing thoughts and applied sciences, and the biofuels and different fabrics produced.
Part one specializes in tools of optimizing the biorefining method and assessing its environmental and fiscal effect. It additionally appears to be like at present and constructing applied sciences for generating value-added fabrics. half is going directly to discover those fabrics with a spotlight on biofuels and different value-added items. It considers the homes, obstacles, and useful functions of those items and the way they are often used to satisfy the expanding call for for renewable and sustainable fuels instead to fossil fuels.
Advances in Biorefineries is a crucial reference for biorefinery/process engineers, commercial biochemists/chemists, biomass/waste scientists and researchers and lecturers within the field.
- A accomplished and systematic reference at the complex biomass restoration and conversion techniques utilized in biorefineries
- Reviews advancements in biorefining processes
- Discusses the wide variety of value-added items from biorefineries, from biofuel to biolubricants and bioadhesives
Read or Download Advances in Biorefineries: Biomass and Waste Supply Chain Exploitation (Woodhead Publishing Series in Energy) PDF
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Extra resources for Advances in Biorefineries: Biomass and Waste Supply Chain Exploitation (Woodhead Publishing Series in Energy)
Biofuels securing the planet’s future energy needs. Energy Conversion and Management 20, 2239e2249. , 2007. Producing and using bioethanol as an automotive fuel. Energy Sources Part B 2, 391e402. , 2015. Recovery of whey proteins and lactose from dairy waste: a step towards green waste management. Process Safety and Environmental Protection. , 2000. Biocatalytic membrane reactors: applications and perspectives. Trends in Biotechnology 18, 339e349. , Basile, A. ), 2014. Membranes for Clean and Renewable Power Applications.
In addition, the enzyme activity witnessed in this case was approximately three times higher than that of native free lipase, which justiﬁed the use of an asymmetric membrane as an enzyme carrier. , 2002). Organic waste was bioconverted to high-purity hydrogen and the resulting H2/CO2 mixtures of microbial origin were separated using active membrane contactors with liquid carriers. However, these BMRs have their own share of drawbacks. For instance, certain reactor conﬁgurations are often prone to concentrationepolarization; the subsequent fouling of the membranes used there severely affects the performance of the reactor.
Moreover, these reactors manifest the advantages of environmentally benign membrane technology as well as enzyme biocatalysts, which demonstrate reasonable efﬁciency and high selectivity. Besides, the enzyme biocatalysts involved in these BMRs exhibit higher reaction rates under relatively moderate reaction conditions and are usually more stereospeciﬁc than their chemical counterparts (Giorno and Drioli, 2000). , 2014). In this regard, the use of BMRs in the production and Advance membrane separation processes for bioreﬁneries 17 recovery of fuels is noteworthy (Curcio, 2011).