instagram story viewer > #microalgae

#microalgae

Posts
This green algae helped create the oxygen you’re breathing right now. Not a trend. A 3-billion-year survivor. #spirulina #oasiafarms #ancientfood #futureoffood #microalgae #nutrition #farmtok #sciencefacts
This green algae helped create the oxygen you’re breathing right now. Not a trend. A 3-billion-year survivor. #spirulina #oasiafarms #ancientfood #futureoffood #microalgae #nutrition #farmtok #sciencefacts
Microalgae may be small, but they pack a big environmental punch! These plant-like microorganisms form the basis for most food chains and effectively combat invasive plants and significantly contribute to water purification.
Microalgae may be small, but they pack a big environmental punch! These plant-like microorganisms form the basis for most food chains and effectively combat invasive plants and significantly contribute to water purification.
Protein is getting more expensive. Water is getting more scarce. Spirulina solves both. High-protein food grown with a fraction of the water. #spirulina #futureoffood #watercrisis #protein #oasiafarms #microalgae #sustainablefood #farmtok
Protein is getting more expensive. Water is getting more scarce. Spirulina solves both. High-protein food grown with a fraction of the water. #spirulina #futureoffood #watercrisis #protein #oasiafarms #microalgae #sustainablefood #farmtok
“Spirulina Farming—1 Acre में लाखों की कमाई#Spirulina #SpirulinaFarming #Superfood #OrganicFarming #HighProfitFarming #SmartKheti #KisanVlog #AlgaeFarming #LowCostBusiness #AgricultureIndia #FarmLife #NaturalFarming #SpirulinaPowder #MicroAlgae #VillageFarming #KhetiTips #OrganicBusiness #AgriTech #FarmersOfIndia #SpirulinaBenefits
“Spirulina Farming—1 Acre में लाखों की कमाई#Spirulina #SpirulinaFarming #Superfood #OrganicFarming #HighProfitFarming #SmartKheti #KisanVlog #AlgaeFarming #LowCostBusiness #AgricultureIndia #FarmLife #NaturalFarming #SpirulinaPowder #MicroAlgae #VillageFarming #KhetiTips #OrganicBusiness #AgriTech #FarmersOfIndia #SpirulinaBenefits
🌱 This green water is actually a multi-billion dollar future industry. It’s called Algae Farming — where microalgae like spirulina are grown to make protein supplements, cosmetics and biofuel. ✨ Extremely high protein superfood ✨ Fast growing health industry ✨ Can be started in small tanks or ponds A simple farming idea that can turn into a high-profit health business. 💬 Comment “ALGAE” and I’ll send the complete setup guide + suppliers in DM. Follow for more future business ideas. #AlgaeFarming #SpirulinaFarming #Microalgae #FutureFarming #SuperfoodBusiness #HealthSupplement #Biofuel #OrganicFarming #AgricultureBusiness #StartupIdeasIndia #EntrepreneurIndia
🌱 This green water is actually a multi-billion dollar future industry. It’s called Algae Farming — where microalgae like spirulina are grown to make protein supplements, cosmetics and biofuel. ✨ Extremely high protein superfood ✨ Fast growing health industry ✨ Can be started in small tanks or ponds A simple farming idea that can turn into a high-profit health business. 💬 Comment “ALGAE” and I’ll send the complete setup guide + suppliers in DM. Follow for more future business ideas. #AlgaeFarming #SpirulinaFarming #Microalgae #FutureFarming #SuperfoodBusiness #HealthSupplement #Biofuel #OrganicFarming #AgricultureBusiness #StartupIdeasIndia #EntrepreneurIndia
A rotifer is playing with algae. 😁😁 #rotifer #algae #microalgae #Plankton #microscope
A rotifer is playing with algae. 😁😁 #rotifer #algae #microalgae #Plankton #microscope
Microalgae are a great resource in making biofuels because they need less space to grow than traditional crops. These microalgae can grow in modular structures on the side of highways and get energy to grow from traffic vibrations.
Microalgae are a great resource in making biofuels because they need less space to grow than traditional crops. These microalgae can grow in modular structures on the side of highways and get energy to grow from traffic vibrations.
Decoupling Food Production from Arable Land: The Power of Photobioreactors 🧪🌍The future of functional ingredients and protein matrices isn't just grown on vast agricultural lands; it is cultivated in highly optimized, closed-loop systems.What you are looking at is a Tubular Photobioreactor (PBR). Unlike traditional open-pond agriculture, these engineered ecosystems maximize photosynthetic efficiency by controlling every micro-variable—from light distribution and (CO₂) integration to thermal dynamics.At Sustanica, when we evaluate the environmental footprints of emerging food technologies, microalgae cultivated in PBRs stand out as a paradigm shift. From a Life Cycle Assessment (LCA) perspective, this technology offers radical advantages:📉 Zero Land-Use Change: High-yield biomass production without driving deforestation.💧 Water Efficiency: Operates continuously without the massive freshwater footprint of conventional agriculture.♻️ Carbon Sequestration: Microalgae actively consume (CO₂) during cultivation, acting as a biological carbon sink.Scaling up microalgae production isn't just a biotech milestone; it is a fundamental requirement for securing resilient, climate-smart food supply chains.Rethink the food matrix. Backed by science. Driven by data. 🌱🔬#foodtech #alternativeproteins #microalgae #photobioreactor #sustainableagriculture #lca #bioengineering #futureoffood #Sustanica
Decoupling Food Production from Arable Land: The Power of Photobioreactors 🧪🌍The future of functional ingredients and protein matrices isn't just grown on vast agricultural lands; it is cultivated in highly optimized, closed-loop systems.What you are looking at is a Tubular Photobioreactor (PBR). Unlike traditional open-pond agriculture, these engineered ecosystems maximize photosynthetic efficiency by controlling every micro-variable—from light distribution and (CO₂) integration to thermal dynamics.At Sustanica, when we evaluate the environmental footprints of emerging food technologies, microalgae cultivated in PBRs stand out as a paradigm shift. From a Life Cycle Assessment (LCA) perspective, this technology offers radical advantages:📉 Zero Land-Use Change: High-yield biomass production without driving deforestation.💧 Water Efficiency: Operates continuously without the massive freshwater footprint of conventional agriculture.♻️ Carbon Sequestration: Microalgae actively consume (CO₂) during cultivation, acting as a biological carbon sink.Scaling up microalgae production isn't just a biotech milestone; it is a fundamental requirement for securing resilient, climate-smart food supply chains.Rethink the food matrix. Backed by science. Driven by data. 🌱🔬#foodtech #alternativeproteins #microalgae #photobioreactor #sustainableagriculture #lca #bioengineering #futureoffood #Sustanica
Spirulina oscillation. 😁😁 #Spirulina #cyanobacteria #microscope #phytoplankton #microalgae
Spirulina oscillation. 😁😁 #Spirulina #cyanobacteria #microscope #phytoplankton #microalgae
Little known fact about our daily spf, it contains blue phytoplankton - a microalgae found in the ocean! We include this amazing ingredient in our sunscreen because it helps combat photo aging caused by sun exposure, it's known for boosting skin radiance and firmness, and can help with the appearance of dark spots. Along with zinc, this is definitely one of our favorite ingredients in our daily spf!💙☀️🌊 #spf #microalgae #ingredients #science #sunscreen #skintok #cocokind #skincareroutine #ocean #summer
Little known fact about our daily spf, it contains blue phytoplankton - a microalgae found in the ocean! We include this amazing ingredient in our sunscreen because it helps combat photo aging caused by sun exposure, it's known for boosting skin radiance and firmness, and can help with the appearance of dark spots. Along with zinc, this is definitely one of our favorite ingredients in our daily spf!💙☀️🌊 #spf #microalgae #ingredients #science #sunscreen #skintok #cocokind #skincareroutine #ocean #summer
What If Streetlights Could Clean the Air? Imagine Paris at dusk, reimagined through the quiet power of photosynthesis. These would not be ordinary street lamps, but experimental living photobioreactors filled with microalgae or other bioluminescent organisms. Designed to merge biology with urban technology, such systems point toward a future in which city infrastructure could do more than illuminate streets. It could also help process carbon dioxide and support cleaner urban environments. While this vision is compelling, it is still better described as an emerging concept than a citywide reality in Paris. French innovators such as Glowee have developed bioluminescent lighting systems, and French biochemist Pierre Calleja has presented algae-based lamp prototypes that explore how living organisms might contribute to lighting and carbon capture. Researchers have also continued to study photobioreactors as part of sustainable urban design. What makes the idea so powerful is its symbolism: a city that breathes with nature instead of working against it. If technologies like these mature, urban lighting could become softer, greener, and more integrated with ecological systems. In that sense, the dream is not just about glowing streets. It is about rethinking how cities live, breathe, and evolve. Sources: Glowee, Bioluminescence. Glowee. Pierre Calleja Microalgae Lamp Prototype. Designboom, 2012. Hailey Reissman, A Streetlamp Powered by Algae? TED Blog, 2013. María Rosa Villalba et al., Green Solutions for Urban Sustainability: Photobioreactors for Algae Cultivation on Façades and Artificial Trees. Buildings, 2023. Riya Arora et al., Photobioreactors for Building Integration: An Overview of Research and Developments. Heliyon, 2024. #Paris #SustainableCities #Bioluminescence #UrbanDesign #Innovation #EcoFriendly #LivingLight #GreenTechnology #FutureCities #Algae #SmartCities #Microalgae #CarbonCapture #Photography #NatureInUrbanism #CleanEnvironment #Biotechnology #Architecture #RenewableEnergy #UrbanInfrastructure
What If Streetlights Could Clean the Air? Imagine Paris at dusk, reimagined through the quiet power of photosynthesis. These would not be ordinary street lamps, but experimental living photobioreactors filled with microalgae or other bioluminescent organisms. Designed to merge biology with urban technology, such systems point toward a future in which city infrastructure could do more than illuminate streets. It could also help process carbon dioxide and support cleaner urban environments. While this vision is compelling, it is still better described as an emerging concept than a citywide reality in Paris. French innovators such as Glowee have developed bioluminescent lighting systems, and French biochemist Pierre Calleja has presented algae-based lamp prototypes that explore how living organisms might contribute to lighting and carbon capture. Researchers have also continued to study photobioreactors as part of sustainable urban design. What makes the idea so powerful is its symbolism: a city that breathes with nature instead of working against it. If technologies like these mature, urban lighting could become softer, greener, and more integrated with ecological systems. In that sense, the dream is not just about glowing streets. It is about rethinking how cities live, breathe, and evolve. Sources: Glowee, Bioluminescence. Glowee. Pierre Calleja Microalgae Lamp Prototype. Designboom, 2012. Hailey Reissman, A Streetlamp Powered by Algae? TED Blog, 2013. María Rosa Villalba et al., Green Solutions for Urban Sustainability: Photobioreactors for Algae Cultivation on Façades and Artificial Trees. Buildings, 2023. Riya Arora et al., Photobioreactors for Building Integration: An Overview of Research and Developments. Heliyon, 2024. #Paris #SustainableCities #Bioluminescence #UrbanDesign #Innovation #EcoFriendly #LivingLight #GreenTechnology #FutureCities #Algae #SmartCities #Microalgae #CarbonCapture #Photography #NatureInUrbanism #CleanEnvironment #Biotechnology #Architecture #RenewableEnergy #UrbanInfrastructure
🌱🌊 Many believe that microalgae have the power to change the world, making agriculture more sustainable and providing alternatives to plastics. Could these tiny marine organisms help us solve some of the biggest challenges facing our planet? 📽️Watch our report on euronews.com In partnership with @ourocean_eu ------------------------------------ #ocean #bioplastics #microalgae #sustainableagriculture #biofertiliser
🌱🌊 Many believe that microalgae have the power to change the world, making agriculture more sustainable and providing alternatives to plastics. Could these tiny marine organisms help us solve some of the biggest challenges facing our planet? 📽️Watch our report on euronews.com In partnership with @ourocean_eu ------------------------------------ #ocean #bioplastics #microalgae #sustainableagriculture #biofertiliser
back to up