Photo Bioreactor

As a leading manufacturer of Photo Bioreactor systems, GHPS BIO offers advanced solutions for the controlled cultivation of photosynthetic microorganisms. Our photobioreactors are designed to provide precise environmental control, combining energy-efficient lighting with optimized growth conditions to ensure high-quality, reproducible results.

Advanced Lighting System

Our photobioreactors feature an energy-efficient lighting system capable of mimicking natural light conditions even indoors. Customers can choose from LED, fluorescent, or dedicated light panels, offering precise control over light intensity, spectrum, and photoperiod. This ensures that cells or organisms receive the optimal quality and quantity of light for maximum photosynthetic efficiency. The lighting system is designed to minimize energy waste while delivering consistent illumination across the entire growth medium.

Technical Specifications & Range

• Working Volume: 1 L to 50 L

• Materials: Borosilicate glass and SS316L stainless steel for durability, sterility, and reliable performance

• Standards: Built to GMP and ASME BPE-2019 standards

• Automation: Fully customizable with automation options for process control

Key Features & Benefits

• Optimized Growth: Precise control of light, temperature, circulation, pH, and dissolved oxygen (DO) ensures consistent and high-quality growth.

• Energy-Efficient Design: Reduces power consumption and operational costs.

• Versatile Applications: Suitable for biofuel production, wastewater treatment, nutraceuticals, pigments, and biomass generation.

• Advanced Aeration : Supports enhanced microbial and algal growth.

• Ease of Use: Simple to clean and maintain, ensuring seamless operation for extended use.

• Customizable & Scalable: Adaptable for research, pilot-scale studies, and project-specific requirements.

The GHPS BIO Photo Bioreactor combines robust engineering, precise environmental control, and energy-efficient operation to provide a reliable platform for consistent, high-performance cultivation of photosynthetic microorganisms across laboratory, research, and pilot-scale applications