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Lower costs and higher productivity can be influenced by using glass components in a PBR system

Achieving low costs and the highest possible algae output are what you should pay attention to when planning and commissioning a new PBR. A glass PBR for algae cultivation can be configured in a variety of ways in order to achieve a high level of efficiency.

Costs do not have to increase, quite the contrary: Many opportunities exist to significantly reduce the Total Cost of Ownership (TCO) by using high-end glass PBRs. On the one hand, this is achieved through innovative concepts and on the other hand by the utilization of high quality components for building a PBR. This considerably improved economic efficiency of high-end glass PBRs is evident in all phases of its lifecycle.

If you are interested in how to render your algae cultivation more economically by using a high-end glass PBR, you should read this guide.
In this e-book you will learn how to increase your output while at the same time lowering your costs with a high-end glass PBR:
  • Conceptualization: What role does the architectural design play in the economics of a PBR?
  • Procurement: How does the selection of the right PBR components influence the costs and productivity of the reactor?
  • Commissioning: What influence do PBR components have on the effort required to launch a reactor production?
  • Operations: How can the choice of PBR components during operations lead to a significantly higher productivity?
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