By Se-Kwon Kim, Choul-Gyun Lee
Marine Bioenergy: tendencies and advancements beneficial properties the most recent findings of major scientists from all over the world. Addressing the foremost facets of marine bioenergy, this state of the art text:Offers an advent to marine bioenergyExplores marine algae as a resource of bioenergyDescribes biotechnological options for biofuel productionExplains the creation of bioenergy, together with bioethanol, biomethane, biomethanol, biohydrogen, and biodiesel Covers bioelectricity and marine microbial gas phone (MFC) creation from marine algae and microbesDiscusses marine waste for bioenergyConsiders com. Read more...
summary: Marine Bioenergy: traits and advancements positive factors the newest findings of top scientists from around the globe. Addressing the foremost facets of marine bioenergy, this state of the art text:Offers an creation to marine bioenergyExplores marine algae as a resource of bioenergyDescribes biotechnological suggestions for biofuel productionExplains the construction of bioenergy, together with bioethanol, biomethane, biomethanol, biohydrogen, and biodiesel Covers bioelectricity and marine microbial gas mobile (MFC) creation from marine algae and microbesDiscusses marine waste for bioenergyConsiders com
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Extra info for Marine Bioenergy : Trends and Developments
The fermentation of acid hydrolysates of G. 12 μg ethanol/g glucose, while that of G. 43 μg ethanol/g glucose (Chirapart et al. 2014). 2. 2 Seaweed for Biogas Feedstock Research on conversion of seaweed to biogas was started by the gas industry in the United States in 1974 (Flowers and Bird, 1990). The early works focused on the production of methane gas from the giant kelp, Macrocystis pyrifera. The potential of seaweed biomass as a source of methane has been reviewed (Gunaseelan 1997). In recent years, many attempts have been taken to improve the efficient conversion of seaweed biomass for biogas Sources of Marine Biomass 21 production (Vergara-Ferńandez et al.
2011). Demirbas (2011). Singh and Gu (2010). Singh et al. (2011). 92 Source: Adapted from FAO, The State of World Fisheries and Aquaculture 2012, FAO, Rome, Italy, 2012, 209pp. coastal waters of China), Eucheuma seaweeds (a mixture of K. ), wakame (U. 1 million tons, mostly from China). ). The cultivation of aquatic algae is practiced in far fewer countries. 7%, 132,000 tons). However, marine biomass is often an overlooked source and potentially represents a significant source of renewable energy because it was a source of carbohydrate and the average photosynthetic efficiency of seaweeds is higher than the terrestrial biomass (Kraan 2013).
2009). Interestingly, this practice has been defined based on pilot studies in marine habitats involving joint aquaculture of fed species, usually fish, together with extractive species such as bivalves and/or macroalgae (Barrington et al. 2009). Integrated multitrophic aquaculture (IMTA) can also allow an increase in production capacity (for harvesting) of a particular site when regular options have established limitations. Sometimes, the more general term integrated aquaculture is used to describe the integration of monocultures through water transfer between organisms (Neori et al.