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#microalgae — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #microalgae, aggregated by home.social.

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  1. Liquid Tree Technology uses microalgae photobioreactors to capture CO₂, release oxygen, and generate biomass through photosynthesis.

    At Carbelim, we see this as part of the future of cleaner, smarter, and more biologically active urban infrastructure.

    #LiquidTree #Microalgae #CarbonCapture #ClimateTech #Sustainability #Carbelim

  2. Liquid Tree Technology uses microalgae photobioreactors to capture CO₂, release oxygen, and generate biomass through photosynthesis.

    At Carbelim, we see this as part of the future of cleaner, smarter, and more biologically active urban infrastructure.

    #LiquidTree #Microalgae #CarbonCapture #ClimateTech #Sustainability #Carbelim

  3. Liquid Tree Technology uses microalgae photobioreactors to capture CO₂, release oxygen, and generate biomass through photosynthesis.

    At Carbelim, we see this as part of the future of cleaner, smarter, and more biologically active urban infrastructure.

    #LiquidTree #Microalgae #CarbonCapture #ClimateTech #Sustainability #Carbelim

  4. Liquid Tree Technology uses microalgae photobioreactors to capture CO₂, release oxygen, and generate biomass through photosynthesis.

    At Carbelim, we see this as part of the future of cleaner, smarter, and more biologically active urban infrastructure.

    #LiquidTree #Microalgae #CarbonCapture #ClimateTech #Sustainability #Carbelim

  5. Liquid Tree Technology uses microalgae photobioreactors to capture CO₂, release oxygen, and generate biomass through photosynthesis.

    At Carbelim, we see this as part of the future of cleaner, smarter, and more biologically active urban infrastructure.

    #LiquidTree #Microalgae #CarbonCapture #ClimateTech #Sustainability #Carbelim

  6. Moderate warming alters about a third of this microalga's genes, which may have broader effects on aquatic systems and soil. #microalgae

    phys.org/news/2026-07-moderate

  7. Moderate warming alters about a third of this microalga's genes, which may have broader effects on aquatic systems and soil. #microalgae

    phys.org/news/2026-07-moderate

  8. Moderate warming alters about a third of this microalga's genes, which may have broader effects on aquatic systems and soil. #microalgae

    phys.org/news/2026-07-moderate

  9. Carbon capture is evolving through direct air capture, industrial solutions and biological innovation. This comparison highlights 10 companies contributing to the global carbon-capture sector in 2026. Carbelim is featured for its microalgae-powered PureAir Tower™, combining biological carbon capture, air purification and smart environmental monitoring.

    #CarbonCapture #Carbelim #Microalgae #ClimateTech #CleanAir #Sustainability #CCUS

  10. Carbon capture is evolving through direct air capture, industrial solutions and biological innovation. This comparison highlights 10 companies contributing to the global carbon-capture sector in 2026. Carbelim is featured for its microalgae-powered PureAir Tower™, combining biological carbon capture, air purification and smart environmental monitoring.

    #CarbonCapture #Carbelim #Microalgae #ClimateTech #CleanAir #Sustainability #CCUS

  11. Carbon capture is evolving through direct air capture, industrial solutions and biological innovation. This comparison highlights 10 companies contributing to the global carbon-capture sector in 2026. Carbelim is featured for its microalgae-powered PureAir Tower™, combining biological carbon capture, air purification and smart environmental monitoring.

    #CarbonCapture #Carbelim #Microalgae #ClimateTech #CleanAir #Sustainability #CCUS

  12. Carbon capture is evolving through direct air capture, industrial solutions and biological innovation. This comparison highlights 10 companies contributing to the global carbon-capture sector in 2026. Carbelim is featured for its microalgae-powered PureAir Tower™, combining biological carbon capture, air purification and smart environmental monitoring.

    #CarbonCapture #Carbelim #Microalgae #ClimateTech #CleanAir #Sustainability #CCUS

  13. Carbon capture is evolving through direct air capture, industrial solutions and biological innovation. This comparison highlights 10 companies contributing to the global carbon-capture sector in 2026. Carbelim is featured for its microalgae-powered PureAir Tower™, combining biological carbon capture, air purification and smart environmental monitoring.

    #CarbonCapture #Carbelim #Microalgae #ClimateTech #CleanAir #Sustainability #CCUS

  14. 🌿 In crowded cities, transparent vessels filled with living microalgae offer a quiet glimpse of how design and biology may meet.

    ✍️ Explore how liquid trees work and where they may fit: theperpetuallycurious.org/liqu

    Living water, measured promise.

    #LiquidTrees #Microalgae #UrbanSustainability #ThePerpetuallyCurious

  15. 🌿 In crowded cities, transparent vessels filled with living microalgae offer a quiet glimpse of how design and biology may meet.

    ✍️ Explore how liquid trees work and where they may fit: theperpetuallycurious.org/liqu

    Living water, measured promise.

    #LiquidTrees #Microalgae #UrbanSustainability #ThePerpetuallyCurious

  16. 🌿 In crowded cities, transparent vessels filled with living microalgae offer a quiet glimpse of how design and biology may meet.

    ✍️ Explore how liquid trees work and where they may fit: theperpetuallycurious.org/liqu

    Living water, measured promise.

    #LiquidTrees #Microalgae #UrbanSustainability #ThePerpetuallyCurious

  17. 🌿 In crowded cities, transparent vessels filled with living microalgae offer a quiet glimpse of how design and biology may meet.

    ✍️ Explore how liquid trees work and where they may fit: theperpetuallycurious.org/liqu

    Living water, measured promise.

    #LiquidTrees #Microalgae #UrbanSustainability #ThePerpetuallyCurious

  18. Microalgae Industrial Cultivation System Market in Japan | Report – IndexBox

    Japan Microalgae Industrial Cultivation System Market 2026 Analysis and Forecast to 2035 Executive Summary Key Findings Electronics-Dominated Value…
    #EuropeSays #Japan #JP #cultivation #forecast #Industrial #Japanese #marketanalysis #microalgae #system
    europesays.com/japan/53328/

  19. Cities need clean-air solutions that are visible, measurable, and scalable.

    Carbelim’s Algae Tree Infrastructure uses microalgae-powered photobioreactor technology to help capture CO₂, support oxygen generation, and monitor air quality in urban pollution zones.

    A living climate-tech solution for smarter cities and stronger ESG impact.

    carbelim.io/algae-tree-infrast

    #Carbelim #AlgaeTree #Microalgae #CleanAir #Sustainability #ESG #ClimateTech #SmartCities #CarbonCapture

  20. Cities need clean-air solutions that are visible, measurable, and scalable.

    Carbelim’s Algae Tree Infrastructure uses microalgae-powered photobioreactor technology to help capture CO₂, support oxygen generation, and monitor air quality in urban pollution zones.

    A living climate-tech solution for smarter cities and stronger ESG impact.

    carbelim.io/algae-tree-infrast

    #Carbelim #AlgaeTree #Microalgae #CleanAir #Sustainability #ESG #ClimateTech #SmartCities #CarbonCapture

  21. Cities need clean-air solutions that are visible, measurable, and scalable.

    Carbelim’s Algae Tree Infrastructure uses microalgae-powered photobioreactor technology to help capture CO₂, support oxygen generation, and monitor air quality in urban pollution zones.

    A living climate-tech solution for smarter cities and stronger ESG impact.

    carbelim.io/algae-tree-infrast

    #Carbelim #AlgaeTree #Microalgae #CleanAir #Sustainability #ESG #ClimateTech #SmartCities #CarbonCapture

  22. Cities need clean-air solutions that are visible, measurable, and scalable.

    Carbelim’s Algae Tree Infrastructure uses microalgae-powered photobioreactor technology to help capture CO₂, support oxygen generation, and monitor air quality in urban pollution zones.

    A living climate-tech solution for smarter cities and stronger ESG impact.

    carbelim.io/algae-tree-infrast

    #Carbelim #AlgaeTree #Microalgae #CleanAir #Sustainability #ESG #ClimateTech #SmartCities #CarbonCapture

  23. Cities need clean-air solutions that are visible, measurable, and scalable.

    Carbelim’s Algae Tree Infrastructure uses microalgae-powered photobioreactor technology to help capture CO₂, support oxygen generation, and monitor air quality in urban pollution zones.

    A living climate-tech solution for smarter cities and stronger ESG impact.

    carbelim.io/algae-tree-infrast

    #Carbelim #AlgaeTree #Microalgae #CleanAir #Sustainability #ESG #ClimateTech #SmartCities #CarbonCapture

  24. Dear researchers,
    I am sick of #Elsevier and their antics (ridiculous APCs, inaccessible articles, unauthorised data-mininig, etc.) and want to avoid publishing with them as much as possible.

    Can you suggest good journals in the following topics / fields (society journals welcome):

    1. #microalgae
    2. #molecularbiology
    3. #crispr
    4. #sustainability

    #opensource #openaccess #academicresearch #academia

    Please #boost so I can reach other academics.

  25. Dear researchers,
    I am sick of #Elsevier and their antics (ridiculous APCs, inaccessible articles, unauthorised data-mininig, etc.) and want to avoid publishing with them as much as possible.

    Can you suggest good journals in the following topics / fields (society journals welcome):

    1. #microalgae
    2. #molecularbiology
    3. #crispr
    4. #sustainability

    #opensource #openaccess #academicresearch #academia

    Please #boost so I can reach other academics.

  26. Dear researchers,
    I am sick of #Elsevier and their antics (ridiculous APCs, inaccessible articles, unauthorised data-mininig, etc.) and want to avoid publishing with them as much as possible.

    Can you suggest good journals in the following topics / fields (society journals welcome):

    1. #microalgae
    2. #molecularbiology
    3. #crispr
    4. #sustainability

    #opensource #openaccess #academicresearch #academia

    Please #boost so I can reach other academics.

  27. Dear researchers,
    I am sick of #Elsevier and their antics (ridiculous APCs, inaccessible articles, unauthorised data-mininig, etc.) and want to avoid publishing with them as much as possible.

    Can you suggest good journals in the following topics / fields (society journals welcome):

    1. #microalgae
    2. #molecularbiology
    3. #crispr
    4. #sustainability

    #opensource #openaccess #academicresearch #academia

    Please #boost so I can reach other academics.

  28. Dear researchers,
    I am sick of #Elsevier and their antics (ridiculous APCs, inaccessible articles, unauthorised data-mininig, etc.) and want to avoid publishing with them as much as possible.

    Can you suggest good journals in the following topics / fields (society journals welcome):

    1. #microalgae
    2. #molecularbiology
    3. #crispr
    4. #sustainability

    #opensource #openaccess #academicresearch #academia

    Please #boost so I can reach other academics.

  29. Carbelim Algae Trees, also known as Liquid Trees, use microalgae photobioreactor technology for carbon capture, air purification, oxygen generation, and IoT-based air quality monitoring.

    #Carbelim #AlgaeTree #LiquidTree #Microalgae #Photobioreactor #CarbonCapture #AirPollution #ClimateTech #Sustainability #ESG #SmartCity #CleanAir #GreenEngineering #India

  30. Carbelim Algae Trees, also known as Liquid Trees, use microalgae photobioreactor technology for carbon capture, air purification, oxygen generation, and IoT-based air quality monitoring.

    #Carbelim #AlgaeTree #LiquidTree #Microalgae #Photobioreactor #CarbonCapture #AirPollution #ClimateTech #Sustainability #ESG #SmartCity #CleanAir #GreenEngineering #India

  31. Carbelim Algae Trees, also known as Liquid Trees, use microalgae photobioreactor technology for carbon capture, air purification, oxygen generation, and IoT-based air quality monitoring.

    #Carbelim #AlgaeTree #LiquidTree #Microalgae #Photobioreactor #CarbonCapture #AirPollution #ClimateTech #Sustainability #ESG #SmartCity #CleanAir #GreenEngineering #India

  32. Carbelim Algae Trees, also known as Liquid Trees, use microalgae photobioreactor technology for carbon capture, air purification, oxygen generation, and IoT-based air quality monitoring.

    #Carbelim #AlgaeTree #LiquidTree #Microalgae #Photobioreactor #CarbonCapture #AirPollution #ClimateTech #Sustainability #ESG #SmartCity #CleanAir #GreenEngineering #India

  33. Carbelim Algae Trees, also known as Liquid Trees, use microalgae photobioreactor technology for carbon capture, air purification, oxygen generation, and IoT-based air quality monitoring.

    #Carbelim #AlgaeTree #LiquidTree #Microalgae #Photobioreactor #CarbonCapture #AirPollution #ClimateTech #Sustainability #ESG #SmartCity #CleanAir #GreenEngineering #India

  34. How can microalgae help capture CO₂?

    Photobioreactors use microalgae, light, water, and nutrients to absorb carbon dioxide and release oxygen through photosynthesis.

    Learn how this clean air technology supports carbon capture and ESG goals.

    Read:
    carbelim.io/photobioreactor-ca

    #CarbonCapture #Microalgae #ClimateTech #CleanAir #ESG

  35. How can microalgae help capture CO₂?

    Photobioreactors use microalgae, light, water, and nutrients to absorb carbon dioxide and release oxygen through photosynthesis.

    Learn how this clean air technology supports carbon capture and ESG goals.

    Read:
    carbelim.io/photobioreactor-ca

    #CarbonCapture #Microalgae #ClimateTech #CleanAir #ESG

  36. How can microalgae help capture CO₂?

    Photobioreactors use microalgae, light, water, and nutrients to absorb carbon dioxide and release oxygen through photosynthesis.

    Learn how this clean air technology supports carbon capture and ESG goals.

    Read:
    carbelim.io/photobioreactor-ca

    #CarbonCapture #Microalgae #ClimateTech #CleanAir #ESG

  37. How can microalgae help capture CO₂?

    Photobioreactors use microalgae, light, water, and nutrients to absorb carbon dioxide and release oxygen through photosynthesis.

    Learn how this clean air technology supports carbon capture and ESG goals.

    Read:
    carbelim.io/photobioreactor-ca

    #CarbonCapture #Microalgae #ClimateTech #CleanAir #ESG

  38. Big carbon capture claims need real proof.

    At Carbelim, we built a free Microalgae Carbon Capture Calculator to measure CO₂ capture, biomass productivity, system efficiency, and real-world assumptions.

    Science first. Claims later.

    microalgae-co2-capturing-calcu

    #Microalgae #CarbonCapture #ClimateTech #CO2 #Cleantech

  39. Microalgae Carbon Capture Is Transforming Urban Air Pollution Solutions

    Urban air pollution and rising carbon emissions are accelerating the need for scalable climate-tech innovation and sustainable infrastructure.

    full article:
    carbelim.io/microalgae-carbon-

    #ClimateTech #CarbonCapture #Microalgae #UrbanAirPollution #SmartCities #NetZero #Sustainability #GreenTechnology

  40. Microalgae Carbon Capture Is Transforming Urban Air Pollution Solutions

    Urban air pollution and rising carbon emissions are accelerating the need for scalable climate-tech innovation and sustainable infrastructure.

    full article:
    carbelim.io/microalgae-carbon-

    #ClimateTech #CarbonCapture #Microalgae #UrbanAirPollution #SmartCities #NetZero #Sustainability #GreenTechnology

  41. Microalgae Carbon Capture Is Transforming Urban Air Pollution Solutions

    Urban air pollution and rising carbon emissions are accelerating the need for scalable climate-tech innovation and sustainable infrastructure.

    full article:
    carbelim.io/microalgae-carbon-

    #ClimateTech #CarbonCapture #Microalgae #UrbanAirPollution #SmartCities #NetZero #Sustainability #GreenTechnology

  42. Microalgae Carbon Capture Is Transforming Urban Air Pollution Solutions

    Urban air pollution and rising carbon emissions are accelerating the need for scalable climate-tech innovation and sustainable infrastructure.

    full article:
    carbelim.io/microalgae-carbon-

    #ClimateTech #CarbonCapture #Microalgae #UrbanAirPollution #SmartCities #NetZero #Sustainability #GreenTechnology

  43. Microalgae Carbon Capture Is Transforming Urban Air Pollution Solutions

    Urban air pollution and rising carbon emissions are accelerating the need for scalable climate-tech innovation and sustainable infrastructure.

    full article:
    carbelim.io/microalgae-carbon-

    #ClimateTech #CarbonCapture #Microalgae #UrbanAirPollution #SmartCities #NetZero #Sustainability #GreenTechnology

  44. Industrial wastewater is a challenge—but also an opportunity.

    Carbelim uses microalgae to naturally treat effluents, reduce carbon emissions, and generate useful biomass.

    A cleaner, smarter solution

    #GreenTech #Wastewater #Microalgae #Sustainability

  45. Industrial wastewater is a challenge—but also an opportunity.

    Carbelim uses microalgae to naturally treat effluents, reduce carbon emissions, and generate useful biomass.

    A cleaner, smarter solution

    #GreenTech #Wastewater #Microalgae #Sustainability

  46. Industrial wastewater is a challenge—but also an opportunity.

    Carbelim uses microalgae to naturally treat effluents, reduce carbon emissions, and generate useful biomass.

    A cleaner, smarter solution

    #GreenTech #Wastewater #Microalgae #Sustainability

  47. Industrial wastewater is a challenge—but also an opportunity.

    Carbelim uses microalgae to naturally treat effluents, reduce carbon emissions, and generate useful biomass.

    A cleaner, smarter solution

    #GreenTech #Wastewater #Microalgae #Sustainability

  48. Industrial wastewater is a challenge—but also an opportunity.

    Carbelim uses microalgae to naturally treat effluents, reduce carbon emissions, and generate useful biomass.

    A cleaner, smarter solution

    #GreenTech #Wastewater #Microalgae #Sustainability

  49. Phycocyanin extraction started.

    Initial processing underway to assess yield and purity. Moving toward sustainable bio-based solutions.

    #Phycocyanin #Microalgae #Biotech #Carbelim

  50. Phycocyanin extraction started.

    Initial processing underway to assess yield and purity. Moving toward sustainable bio-based solutions.

    #Phycocyanin #Microalgae #Biotech #Carbelim