Synoxis Algae
5 products found

Synoxis Algae products

Photobioreactor Algae Cultivation System

Synoxis - Model NANO - Modular Laboratory Photobioreactor Microalgae Cultivation System

This product is adapted to the needs of laboratories as well as research and development centers. Easily moveable on a bench, its compacity makes it the perfect tool to experiment simply. This photobioreactor offers a batch, a semi-continuous or a continuous mode.

Synoxis - Model LUCY - Accessible Photobioreactor Cultivation System

LUCY is the first product designed and built by Synoxis Algae. She integrates an innovative technology that produces quality biomass with high productivities. Used to produced inoculum and as a study tool for research laboratories, LUCY has the capacity to meet the needs of all the market participants.

Jumbo - Industrial Photobioreactor System

JUMBO is the solution of the Synoxis Algae range for producing biomass in large quantity. It offers to the user a tool with a cultivation volume adapted to its needs. His modular geometry gives various possibilities of installation to obtain high productivity in a reduce space. Moreover, JUMBO is a cultivation system very complete and affordable. Indeed, the SALT technology included in every Synoxis Algae’s photobioreactors achieves concentrations and productivities superior to traditional systems. It’s also the SALT that allows the majority of microalgae to be cultivable in a JUMBO. This photobioreactor is therefore totally adapted for the development of a microalgae factory project or for a significant production of biomass.

Photobioreactor Accessories

Synoxis - Photobioreactor Pilot System

It is especially suitable to control the different parameters of your microalgae cultivation systems: pH, variable luminous intensity, temperature, metering of the liquids, agitation.

Synoxis - Photobioreactor LED Light Bar

To increase your productivity, it is necessary to have an adapted light. Our LED light bar regulates the luminosity so the microalgae can complete their photosynthesis at the proper irradiance level.