Industrial Symbiosis of Photosynthetic Microbes with Other Biorefineries to Achieve Circular Economy

Industrialization has led to increased competition between agricultural and industrial needs in urban areas, resulting in municipal solid waste accumulating in landfills. To address this issue, circular bioeconomy, urban metabolism, and biorefineries can redirect non-productive waste toward societal benefits. This approach aligns with the principles of a circular bioeconomy, which emphasizes efficient food production and minimizes waste generation. An interdisciplinary approach that harnesses insights from plant, animal, and microbial research, combined with artificial intelligence and bioprocessing, can create a sustainable, self-contained ecosystem. Industrial symbiosis, a collaborative approach that fosters the sharing of resources, materials, energy, and by-products among different industries, can create mutual economic, environmental, and social benefits. The global population surge is causing severe impacts on climate change, agricultural land utilization, and waste management, affecting food security. Nutrient cycles, such as nitrogen assimilation and phosphate recycling, are crucial for maintaining nutrient cycles and sustaining ecosystem balance. The dynamic interplay of microbial interactions is crucial in maintaining nutrient cycles and sustaining ecosystems.