Exploring the Key Differences between Photobioreactor and Bioreactor
Although bioreactors and photobioreactor are used in different industrial applications. They work in very different ways. Understanding the differences between them requires some knowledge of microorganisms. The environment they need to grow, and the unique properties of bioreactors and photobioreactors.
Understanding the Different Functions of Photobioreactors and Bioreactors
Photobioreactors are specially designed for the growth of algae based on solar irradiation with carbon dioxide and nutrients. In this reactor, light is absorbed by the algae cells. Which is eventually converted into energy through photosynthesis. Therefore, photobioreactors require light at specific wavelengths to achieve the best growth.
Advantages and disadvantages of photobioreactors and bioreactors comparison
Bioreactors have many advantages, ranging from a wide application scope. The bioreactor are highly effective, and the controlled conditions make them an excellent tool for mass production of different products. Besides that, automation of bioreactor systems can decrease labor costs and improve the capacity for production.
The principal disadvantage of bioreactors is that they can easily become contaminated by microorganisms. Toxic microbes could result in yield reductions or spoilage of products, which would significantly escalate the cost of manufacture.
What is Special About Photobioreactor Technology in Bioreactor Design?
With advancements in technology, photobioreactors have become even more efficient and versatile. Some of the modern innovation in the performance of photobioreactors includes flexible materials that can be made upon demand for various operational demands.
Photobioreactors are also scalable, meaning their designs can be used with various production scales. Nevertheless, unlike traditional bioreactor design, the system has to be modified so that it performs optimally at different scales.
A Comparison Guide Between Photobioreactor and Bioreactor Technologies
Photobioreactors and bioreactors have several features that set them apart for specific industrial uses. Factors that can be compared between the two systems are:
– Type of product: Photobioreactors are suitable for the production of algal products like biofuels, animal feed, and human food additives. While bioreactors are suitable for the production of pharmaceuticals, enzymes, and other bioactive compounds.
– Yield: Photobioreactors have a higher yield of microalgae. While bioreactors have a higher yield of microorganisms.
– Scalability: Photobioreactors can be scaled up but the configuration has to be adapted for optimal performance at various scales. Bioreactors are available in many sizes and are therefore highly scalable with little modification.
– Cost: The cost of building and maintaining photobioreactors is relatively high. Mainly because of special components and material requirements. Bioreactors are more economical in construction but have high operating and maintenance costs since the environment must be sterile.
– Sustainability: Photobioreactors are renewable and sustainable because they capture carbon dioxide and release oxygen. However, bioreactors present a significant carbon footprint by the energy used in their maintenance of sterile environments and preparation of media.
Photobioreactors and bioreactors are distinct reactor systems with varied characteristics. Thus, the selection of a reactor for various applications is done based on careful analysis. The photo bioreactor are ideal for the production of algal products such as biofuels and human food additives. Whereas bioreactors find an ideal function in the production of pharmaceuticals, enzymes, or other bioactive compounds.