藻类处理的发展

S. Manning, R. Gol
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引用次数: 0

摘要

包括蓝藻在内的大藻和微藻主要是用于生产可再生生物质的光合生物,用于生产食品、原料和高价值的特种化学品。虽然由于规模的原因,在培养和收获巨藻和微藻方面存在差异,但许多相同的下游技术可用于处理藻类生物量。本章将概述用于处理藻类生物量的各种处理技术的发展,并讨论可扩展性,成本,时间和功效。主题将涵盖收获和脱水藻类,干燥藻类生物量,生物量破坏和营养恢复的方法,包括案例研究与经验教训。最后一节介绍生物质应用和产品考虑。虽然没有普遍采用的处理藻类生物量的方法,但考虑到藻类的独特特性和所需最终产品的完整性,这些研究为做出明智的决策提供了基础。
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Developments in algal processing
Macroalgae and microalgae, including cyanobacteria, are primarily photosynthetic organisms grown for the production of renewable biomass for foods, feedstocks, and high-value specialty chemicals. While there are differences in cultivating and harvesting macro- and microalgae due to scale, many of the same downstream techniques can be used for processing algal biomass. This chapter will outline various developments in processing technologies used for the treatment of algal biomass with discussion of scalability, cost, time, and efficacy. Topics will cover methods for harvesting and dewatering algae, drying algal biomass, biomass disruption, and nutrient recovery, including case studies with lessons learned. The final section presents biomass applications and product considerations. While there is no universally-adopted approach for processing algal biomass, these studies provide the foundation for making informed decisions, considering the unique properties of the algae and the integrity of the desired end products.
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Developments in commercial scale farming of microalgae and seaweeds Extraction of proteins and other functional components from red seaweed (Rhodophyta) Seaweed as a potential protein supplement in animal feeds Solar energy conversion, oxygen evolution and carbon assimilation in cyanobacteria and eukaryotic microalgae Developing macroalgae and microalgae as feed for fish
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