Solar Photobioreactor

Our Solar PhotoBioreactor System is engineered for researchers and producers who need to run Solar Photolight, identical phototrophic processes simultaneously. Whether you're cultivating algae for biofuels, developing high-value pigments, or studying photosynthetic cell lines, this system provides the controlled illumination, and you need to accelerate R&D and de-risk scale-up.

Core Value Propositions:

Accelerate Process Development: Conduct parallel experiments for media optimization, strain screening, or parameter profiling under consistent light conditions, drastically cutting down your research timeline.

Precise Environmental Control: Each vessel offers independent control over temperature, pH, dissolved oxygen (DO), and agitation. The integrated, uniform illumination system ensures each culture receives identical light intensity for comparable results.

 

The Photo light bioreactor uses photosynthesis and microbial metabolism to achieve the transformation and production of organic matter. Photosynthesis refers to the process of using light energy to convert carbon dioxide and water into organic matter, among which photosynthetic bacteria is a kind of microorganism that can use photosynthesis to synthesize organic matter. In the photosynthetic bacteria fermentation tank, the light source provides light energy, the microbial material provides carbon, nitrogen and other elements, the gas supply system provides a suitable atmosphere, the temperature control system controls the temperature in the fermentation tank, and the stirring device promotes the growth and metabolic process of photosynthetic bacteria.

 

The  Stainless steel Photo light bioreactor is a container made of glass, plastic or stainless steel and other materials. It is equipped with light sources, gas supply systems, temperature control systems, stirring devices and microbial materials. Its main function is to provide light and a suitable growth environment, promote photosynthesis and microbial metabolism, and achieve the transformation and production of organic matter.

1. PLC control system to ensure stability and reliability

2. Precisely control the culture temperature to improve the experimental effect

3. High-quality components to ensure the quality of the reactor

4. A variety of feeding interfaces to meet different needs

5. Anti-corrosion, easy to clean, to ensure experimental safety

6. Rich functions to meet different experimental needs

7. Adjustable lighting system to meet the needs of different plant cells

8. Fully automatic control of carbon dioxide concentration to ensure experimental results

9. Hardware and software filtering to ensure stable and reliable parameters

Temperature, stirring speed, Ph, DO and other parameters in the tank can be controlled by subsection curve setting according to the process requirements.

Temperature Control: Adopt PID automatic control mode; SS316L jacket base for electric heating and cold water for cooling.

Dissolved oxygen control: equipped with DO electrode and shielded conductor, DO is associated with stirring motor speed, feeding, airflow, tank pressure and other parameters.

PH value control: Intelligent PID system control built-in control peristaltic pumps for acid-alkali adjustment, with high control precision.

Antifoam control: Foams are automatically detected and the peristaltic pump is controlled to add defoamer in proportion to time.

Feeding control: Peristaltic pump switch control (manual, automatic, and off); accumulation volume control; coupled with other parameters (DO, pH, etc).

Note: We offer flexible customization to meet your specific process needs.

Engineered for Phototrophic Excellence

Uniform Light Distribution: Each vessel is equipped with its own controlled LED light source, designed to provide even light distribution across the culture and mimic specific light cycles, crucial for photosynthetic efficiency.

Process Integrity: The stainless steel construction and electropolished interior not only ensure durability but also minimize the risk of contamination, supporting long-term sterile operations.

This system is the preferred solution for R&D and pilot-scale teams in various innovative fields:

Algae Biofuel and Biomass Production

Production of High-Value Compounds (e.g., Astaxanthin, Beta-carotene)

Wastewater Treatment and Nutrient Recovery using photosynthetic organisms

Cultivation of Cyanobacteria and other photosynthetic bacteria

Every solar photobioreactor ships in a custom-engineered case with shock-absorbing foam, ensuring glass components and solar panels survive global transit. Our climate-controlled packaging includes moisture barriers and real-time tracking, so your system arrives lab-ready.

(Image: Reinforced transport case with foam molds securing each photobioreactor component.) 

With over a decade of specialization in bioprocess equipment, we bring more than just a product. We deliver scalable solutions backed by deep expertise. Our engineers understand the critical interplay between light, biology, and engineering in photo-bioreactors.

1. Customized service , OEM,ODM, etc
2. Kinds of certificate to meet your local requirements, ISO,CE, SGS,BV,TUV, ATEX.
3. Site installation service or online video guide installation.
4. 7*24 hours online service, communicate pre-sales and after-sales issues at any time.
5. Quality and service come first, and the core interests of customers are not compromised.

For 18+ years, Our Xi'an Rich Smart Technology Co.,Ltd have specialized in solar-powered bioreactors that merge renewable energy with precision cultivation. Our engineers developed patented light-diffusing panels to optimize microalgae growth for carbon capture and nutraceutical production.

(Image: ISO 9001 and CE certificates displayed beside a photobioreactor's quality control report.)
All systems comply with ISO 9001 manufacturing standards and CE safety directives. We also adhere to PED for biocompatibility, simplifying GMP approvals for algal biofuel or pharmaceutical applications.

*"The solar-powered automation cut our energy costs by 60% while maintaining consistent Chlorella yields. Their team even customized the light cycles for our Arctic research station."*
– Dr. Lena Kowalski, Biofuel Research Institute, Norway

(Image: Group photo of our engineers demonstrating system controls to international clients at a pilot plant.)
Last month, a Belgian biotech firm toured our pilot facility to observe large-scale Spirulina cultivation. We co-designed a hybrid solar-grid system to ensure 24/7 operation despite their region's cloudy weather.
Interested in an photobioreactor for your lab? Speak with our engineer now

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