Microalgae photobioreactors for bioenergy production

Optimize your microalgae’s growth and conversion processes with precision-engineered photobioreactors, enabling seamless integration of bioenergy production and environmental sustainability in your operations.

Cultivates, Converts, and Harvests Microalgae Biomass

The Integrated Microalgae Photobioreactor and Open Pond System from EnAlgae is an innovative solution designed for pilot and large-scale bioenergy and aquaculture operations. This system seamlessly combines photobioreactor efficiency with the expansive capabilities of open pond systems, allowing for optimized cultivation and harvesting of microalgae biomass. Key applications include transforming microalgae into biofuels, nutraceuticals, and biogas, addressing the production needs of research institutions, the aquaculture industry, and wastewater treatment facilities.

The system incorporates recirculation aquaculture systems to enhance nutrient recycling and resource efficiency. It integrates anaerobic digesters for flue gas and mineral feeding, bolstered by LED light-assisted pre-culture basins, ensuring ideal growth conditions and improved biomass yield. With the capability to operate continuously and mobile pilot deployments, this adaptable setup is tailored for various environmental and processing demands.

The equipment supports energy-efficient operations by incorporating sustainable heat and gas streams, minimizing the carbon footprint, and optimizing resource utilization. Available in robust materials conducive to harsh operational environments, the system offers easy maintenance and cleaning protocols, ensuring long-term operational reliability and reduced downtime. EnAlgae’s expert engineering team provides customization support to align the system with specific production requirements, promoting an optimal algae cultivation and conversion process.

Benefits

  • Enhances production efficiency by integrating photobioreactor and open pond systems for optimal growth conditions.
  • Drives sustainability with reduced carbon footprint and energy-efficient operations using existing heat and gas streams.
  • Offers versatile deployment across research, aquaculture, and wastewater treatment sectors with continuous and mobile functionality.
  • Minimizes operational disruptions and maintenance costs with robust materials and straightforward cleaning procedures.
  • Customizable to meet specific production requirements, ensuring tailored solutions for diverse operational needs.

General


Applications
Nutraceuticals,Biofuel,Biogas,Water purification by-products
End products
Spirulina supplements,Algal biofuel,Algal biomass fertilizer,Algal-based biogas,Chlorella supplements
Steps before
Water purification,Decontamination,Flue gas injection
Steps after
Harvesting,Biomass testing,Biogas potential assessment
Input ingredients
microalgae,flue gas,minerals,warmth,wastewater,nutrients,by-products of water purification
Output ingredients
bioenergy,biomass,biogas
Market info

Technical Specifications


Microalgae production type
Photobioreactor
Production environment
Greenhouse
System type
Open pond
System mobility
Mobile installation
Gas input type
Flue gas injection
Biomass processing
Sieving
Integration type
Coupled with gas turbine power station stack
Co-production method
Photoautotrophic co-production
Warmth source
Anaerobic digesters
Light assistance
LED light
Secondary investigation
Water purification by-products

Operating Characteristics


Water recirculation system
Closed loop / RAS
Photobioreactor type
Open pond / LED light assisted / Mobile
Gas injection
Flue gas injection
Harvesting method
Sieving / Mechanical separation
Co-production
Photoautotrophic co-production
Biomass drying
Not specified
Integration type
Emission stack coupling
Reactor location
Greenhouse housed

Material Compatibility


Biological compatibility
Photoautotrophic systems
Corrosive resistance
Marine environments
Density/particle size
Microalgal bacterial flocs

Physical Characteristics


Machine footprint
Varies by pilot site
Tank shape
Open pond / Closed reactor
Tank size
Varies by pilot site
Feed method
Flue gas / Nutrient dosing
Discharge method
Sieving / Harvesting

Custom Options


Photobioreactor type
Open pond / Closed-loop system
Heating option
Flue gas injection / LED light assisted
Pilot system mobility
Mobile / Fixed
Integration with industrial processes
Yes (aquaculture,power station)
Control panel type
Not specified
Recirculation system
RAS for marine fish and crustacean