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Solar-macro-alage based biogas hybrid system for future offshore installation.

机译:基于太阳能微距的沼气混合系统,用于将来的海上安装。

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摘要

Marine algae biomass energy source is increasing getting approval from policy maker and community. Beside production of seaweed for biomass energy has potential economic benefits in Malaysia. Prototype plantations have been deployed in coastal areas and therefore are competing for limited space with other shoreside activities such as recreation and industry. If seaweed can be cultivated in relatively deeper waters away from populated areas, production may be expanded using larger areas not presently exploited for other purposes. Prototype systems aquaculture plantations have so far relied on ad hoc, field developed mooring systems, rather than engineering design principles. Such systems may not be sufficiently reliable for deepwater deployments, where repairs are more costly and resources are scarce. Considerable experience and hands-on knowledge has been obtained, the design concepts can be used as a basis for further improvements. The paper describe integrative approach to ocean energy by combining capability of solar and biogas.
机译:海藻生物质能源越来越多地得到政策制定者和社区的认可。除了生产用于生物质能的海藻外,马来西亚还具有潜在的经济利益。原型种植园已部署在沿海地区,因此正在与娱乐和工业等其他滨海活动争夺有限的空间。如果可以在远离人口稠密地区的相对较深的水域中种植海藻,则可以使用目前尚未用于其他目的的较大区域来扩大产量。到目前为止,原型系统水产养殖场依赖于临时的,现场开发的系泊系统,而不是工程设计原则。对于深水部署而言,此类系统可能不够可靠,因为深海部署的维修成本更高且资源稀缺。已经获得了相当多的经验和实践知识,这些设计概念可以用作进一步改进的基础。本文描述了通过结合太阳能和沼气的能力来综合利用海洋能的方法。

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