Project

Intelligent Microalgae Cultivation and Harvesting System with the underwater LED light source

  • Yan XiaYan Xia
  • Henrik Lindskov
  • Yuxuan Zhang

Goal: Even though the down-stream market for microalgae-based products is growing fast, applications are limited. Commercialization of high-value compounds sourced from microalgae is still challenging due to the low productivity and high power consumption in the cultivation and harvest. Therefore, IMCHSL will build up a highly-efficient and energy- saving production chain to maximize productivity and minimize the power consumption by using our integrated bioreactor with the underwater rotary LED light and heat circulation system.

Date: 1 August 2019 - 1 December 2019

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Project log

Yan Xia
added a research item
Even though the downstream market for microalgae-based products is growing fast, applications are limited. Commercialization of high-value compounds sourced from microalgae is still challenging due to the low productivity and high power consumption in the cultivation and harvest. Therefore, IMCHSL will build up a highly-efficient and energy-saving production chain to maximize productivity and minimize the power consumption by using our integrated bioreactor with the underwater rotary LED light and heat circulation system.
Yan Xia
added a project goal
Even though the down-stream market for microalgae-based products is growing fast, applications are limited. Commercialization of high-value compounds sourced from microalgae is still challenging due to the low productivity and high power consumption in the cultivation and harvest. Therefore, IMCHSL will build up a highly-efficient and energy- saving production chain to maximize productivity and minimize the power consumption by using our integrated bioreactor with the underwater rotary LED light and heat circulation system.