首页> 外文会议>International Conference on Humanoid, Nanotechnology, Information Technology, Communication and Control, Environment, and Management >Design, Fabrication, and Testing of a Fully Automated Harvesting Machine for Lab-lab (Periphyton Algal Mat)
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Design, Fabrication, and Testing of a Fully Automated Harvesting Machine for Lab-lab (Periphyton Algal Mat)

机译:实验室实验室全自动收集机的设计,制造和测试(Periphyton藻类垫)

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摘要

Lab-Lab is a benthic algal complex of periphyton organisms. Its diverse composition allows it to float and suspend in clumps on the surface of its culture source – such as ponds with brackish water. However, it possesses a delicate structure wherein if introduced with even the slightest disruption it disperses back into individual microbial particles and loses surface tension in the process. Manually harvesting this type of algae poses many drawbacks and loses. In this study, an automated harvester is utilized to collect the algal mat since there is minimal disruptions developed by the machine. The biomass is drawn into the harvester due to the centrifugal pump, which is then collected through scoopers with a filter mesh. The gathered biomass is transported to the discharge side, ready to be processed for drying.
机译:Lab-Lab是Periphyton生物的僵尸藻类复合物。它的多种组合物使其漂浮并悬浮在其培养源表面的丛中 - 例如具有咸水的池塘。然而,它具有精细的结构,其中甚至甚至最轻微的破坏引入,它分散回单独的微生物颗粒并在该过程中失去表面张力。手动收获这种类型的藻类造成许多缺点和失去。在本研究中,自动收割机用于收集藻类垫,因为机器开发的中断最小。由于离心泵,将生物质吸入收割机中,然后通过用过滤滤网通过舀取符收集。聚集的生物质被运输到排出侧,随时可以加工用于干燥。

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