OUR PRODUCTION TECHNOLOGY

The features of our technologies

  • Scalable and modular
  • Work in synergy with existing plants
  • Exploit industrial by-products

  • They offer a high level of automation
  • Manage light intensity and light spectra
  • H24 production

Thanks to the integrated ASL system, we can grow in otherwise unfavourable climate zones.
The integrated LED cover at the top of the ballast makes this system suitable for both outdoor and indoor installations.
In order to ensure an even light distribution,

we have patented a light-diffusion system that avoids light intensity gradients along the reactor profile.
Based on cultivation specifications, we design modules that can be customised according to customer requirements, both in terms of the volume and size of the photobioreactors and the light spectra.

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BSX-SLP

The BSX-SLP solar concentrating photobioreactor transfers solar radiation, concentrated by tracking panels, to provide direct illumination (DNI) to microalgal crops or plants in vertical farming.
The direct solar radiation is concentrated by means of an optical focusing system (‘parquet’ of Fresnel lenses) and a biaxial Solar Tracker coupled with optical fibres.

BIO-BOX, a new compact reactor available in different volumes, is equipped with the best technology and is easy to use and maintain in every aspect.

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The BSX_TGR is a tubular glass photobioreactor that can be easily scaled up to meet growing production requirements on both a pilot and commercial scale.
The BSX_TGR is equipped with an integrated pig system that facilitates and reduces cleaning time. The glass part is made of Duran® tubes (SCHOTT AG Glass). The BSX_TGR is supplied with a recirculation pump, thermostat system and process control.

The BSX_RWP is an open-pond cultivation system designed for large-scale microalgae production, with an optimized design to enable efficient process management. It features a continuous recirculation system that ensures uniform distribution of nutrients and sunlight, preventing cell sedimentation. It’is constructed with weather-resistant and corrosion-resistant materials to ensure long-term operational durability. All BSX_RWP systems are fully customizable to meet specific client requirements.

BIOBOSCO Urbano ® – powered by BioSyntex S.r.l. –  is a smart initiative for the cities of the future using the photosynthetic properties of microalgae.

An experimental application, it is intended to provide an antidote to global warming for urban areas where it is not possible, due to lack of space, to combine public green areas, streets, pavements and underground utilities.
BIOBOSCO Urbano®, with its 10 m2 soil occupation, absorbs CO2 from the atmosphere – releasing oxygen into the environment – in an amount comparable to a grove of approx. 25-30 trees. The dimensions and structure can be customised to suit different urban contexts.

Dr Giovanni Gnudi, CEO of BioSyntex, shares:

Dr Giovanni Gnudi, CEO of BioSyntex, shares:

“The BIOBOSCO Urbano® is an experimental solution created to address the climate emergency in cities where space is limited and traditional green spaces just aren’t feasible — think roads, pavements and underground utilities all competing for room.

Rather than replace trees, it’s designed to work alongside urban greening strategies, offering support in those high-density areas where land is sealed and built-up.

With just 8 square metres of footprint, each unit can absorb CO₂ and release oxygen at a rate comparable to a grove of 25 to 30 trees spread over 500 m².

It’s a small gesture in environmental terms, yes — but one that’s visible, modular and adaptable, and that can be scaled across the urban landscape where traditional planting is not an option.”

Installed for: IMA S.p.A. and Eni S.p.A.
Circular bioeconomy: Biomass produced is repurposed for composting or agricultural use.
Partners: Stilli Solutions (architecture), Arch. Cesare Griffa (design), C-LED (lighting), Aksolar (solar panels)

For more information: n.bassi@biosyntex.it | info@biosyntex.it

 

PATENTS

BioSyntex technologies