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Algae: the resources of the future

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Green spirulina powder from the growing spirulina process, dried and finely ground for nutritional use.
How-To Guides
Lgem

Growing Spirulina: Performance Optimization Through Advanced Cultivation Technologies

Growing Spirulina is one of the most promising opportunities in commercial microalgae production, offering exceptional nutritional value and robust market demand across multiple industries. Lab managers and bioprocess engineers seeking to optimize Spirulina production must understand the complex interplay between cultivation parameters, system design, and operational efficiency that determines commercial success. Recent advances in algae bioreactor technology have revolutionized Spirulina cultivation, enabling consistent, high-quality production whilst minimizing operational challenges that historically plagued commercial operations. LGEM’s extensive experience with uninterrupted Spirulina cultivation over two years demonstrates the potential for reliable, scalable production when proper systems and protocols are implemented. Understanding

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Jeroen de Vree

Algae cultivation scale-up with Lgem PBRs

Scaling algae cultivation from laboratory conditions to industrial production scale is a complex process that requires careful consideration of biological, technical, and operational factors. This guide provides practical insights into scaling with Lgem’s photobioreactors (PBRs), addressing common challenges and strategies to ensure efficient and stable production at larger scales. 1. Key steps in transitioning from lab-scale to pilot-scale to industrial-scale cultivation Environmental control variations Lab environments offer high control over culture conditions such as temperature, pH, and light and nutrient availability. Scaling up introduces environmental variability, especially in outdoor systems subject to seasonal and daily variations. To mitigate this,

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Lgem Photobioreactors

Modular and scalable production systems with proven track records and minimal downtime

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