Punjab has decided to expand its Liquid Tree project to help fight air pollution and smog using modern technology. The project uses microalgae to absorb carbon dioxide and improve air quality in areas where planting regular trees is difficult. Chief Minister Maryam Nawaz announced that Pakistan’s first EPA-certified liquid tree will be moved from Faisalabad to Lahore. More than 100 types of microalgae collected from different parts of the country are being used for the initiative. In the first phase, liquid trees will be installed in shopping malls and other indoor and outdoor public spaces. The Punjab government says the project is part of a wider environmental plan that includes plastic-free zones, green buffer areas around industries, plantation drives, and action against pollution-causing businesses. Officials believe liquid trees can become an effective tool for reducing carbon emissions and improving air quality in major cities. #Pakistan #Pediastan #Climate #LiquidTree #AirQuality #Smog #Microalgae

Feeding will wreck you 😂 Cost of Fishmeal used in production of fish feed is rising massively. A wise fish farmer will explore producing his/her own feed and then use microalgae instead of Fishmeal. Trust me, you will hit big

The Punjab government has moved to scale up its Liquid Tree initiative as part of a broader push to transform the province into a more environmentally sustainable region using modern scientific approaches. The project is being implemented by the Punjab Environmental Protection Agency (EPA), which describes a liquid tree as an advanced biotechnology system that relies on microalgae to absorb carbon dioxide and enhance air quality in urban areas where conventional tree planting is difficult. For Full Story🔗Link in Comment Below #LiquidTree #PunjabEPA #GreenPunjab #CleanAirInitiative #ClimateAction

پاکستان کا پہلا بائیو مصنوعی درخت تیار ! محکمہ تحفظِ ماحول کی جانب سے شروع کیا جانے والا یہ انقلابی "لیکوڈ ٹری" (Liquid Tree) پروجیکٹ مائیکرو الجی (Microalgae) ٹیکنالوجی پر کام کرتا ہے، جو کاربن ڈائی آکسائیڈ کو جذب کر کے آکسیجن پیدا کرتا ہے۔

A “bio-artificial tree” or “liquid tree” uses microalgae to soak up CO2 and release oxygen. It’s been tested internationally as an experimental air-cleaning tech. Still in pilot stages, but an interesting idea for future climate solutions. #digitalart

پروجیکٹ مائیکرو الجی (Microalgae) ٹیکنالوجی پر کام کرتا ہے، جو کاربن ڈائی آکسائیڈ کو جذب کر کے آکسیجن پیدا کرتا ہے۔ ماہرین کے مطابق یہ جدید بائیو ٹری شہروں کی فضائی آلودگی کو کم کرنے کے لیے ایک گیم چینجر ثابت ہوگا، خاص طور پر ان گنجان آباد شہری 🔽

The concept of a “bio-artificial tree” or “liquid tree” uses microalgae to absorb carbon dioxide and produce oxygen, and such systems have been tested internationally as experimental air-cleaning technologies. However, claims that Pakistan has officially launched a large-scale, fully operational system under the Green Punjab Mission are not yet confirmed by reliable sources. The technology remains promising but still largely in experimental stages. #fetchpakistan #ClimateTech #GreenEnergy #PakistanEnvironment #Innovation Disclaimer: Environmental technology projects often go through pilot stages before real-world large-scale deployment, and official confirmation is necessary before confirming national rollout.

Microalgae are the best way to start today. The UN officially recognises food micro-algae to combat acute malnutrition. For 1,000 years, Chadians have relied on it even in famine. Nigerian communities can access this solution through the Organism. linkedin.com/company/theorga…

Well you have to keep those water front properties crispy. What gets put down on grass a lot in the spring and summer? “Weed and Feed” Algae and cyanobacteria grow rapidly when conditions align: warm water (common in Georgia summers), sunlight, and excess nutrients—especially phosphorus and nitrogen—from sources like agricultural/urban runoff, fertilizers, stormwater, septic systems, wastewater, or animal waste. Lake Lanier has a history of nutrient-driven algae issues for these reasons.  In nature, visible blooms can form in days to weeks under ideal conditions. In optimized lab or industrial settings, certain microalgae can double in population in hours (very fast growth rates). This is why controlled cultivation works well for beneficial purposes.

🌿the Global Nitrogen Congress 2027. 📅 June 3–4, 2027 📍 Amsterdam, Netherlands 🔗 nitrogencongress.com/about/ #GlobalNitrogenCongress2027 #GNC2027 #Microalgae #Nitrogen #CarbonCapture #Sustainability #Biotechnology #ClimateAction

Exponential Growth RateUnder perfect lab conditions, microscopic microalgae can double their population in 3 to 8 hours. In natural outdoor bodies of water—like a shallow reflecting pool baking in the sun—noticeable green blankets or pea-soup conditions can form in just 24 to 48

Farming isn't just a job. It's a legacy. And healthy soil is how that legacy lasts. PhycoTerra® is built on one big idea: that microalgae can feed the microbes that feed your farm -- boosting microbial activity up to 33x so your soil works as hard as you do. See the mission behind the science. hubs.la/Q04fxlrJ0 #FarmForever #Grow26 #PhycoTerra #Microalgae #SoilHealth

Èṣù in Yoruba & Benin cosmology is the cosmic carbon cycle in Western science: the shapeshifter, underscore and universal bridge between life and death. In Maxwell's & Laplace's equations, Èṣù is the daemon they were looking for. With solarium & the Organism. ESU manifests as electrostatic units of ecoeconomic potential in the face of daunting existential threat, stacked cell by cell by primordial carbon printers, the fastest on the planet, microalgae. Èṣù keeps the world in equilibrium, but no longer at the cost of Africa.

Just a Cassiopea (Upside-Down Jellyfish) casually sunbathing on the ocean floor. 🌊 Unlike most jellies, they rest on their bells and flip their tentacles upward to catch sunlight. This helps the microalgae living inside them produce food through photosynthesis! Nature is truly wild. 🦠☀️

Excited to share that Prometheus Materials has joined NEU: An ACI Center of Excellence for Carbon Neutral Concrete as a Growth Member! We're proud to be part of this important community dedicated to advancing low-carbon and sustainable concrete technologies across the built environment. At Prometheus Materials, we're inspired by nature's own processes. Our ProZERO™ technology combines microalgae with a natural constituent blend to create a high-performance alternative to traditional concrete - delivering not just lower carbon emissions, but carbon-negative results. This membership represents another important step in our mission to decarbonize concrete and help the industry build a more sustainable future. Read the full announcement here: concrete.org/newsandevents/n… We look forward to collaborating with fellow NEU members to drive real innovation in carbon-neutral construction. #SustainableConstruction #CarbonNegative #GreenConcrete #Decarbonization #ProZERO #NEUConcrete #ACI

Shizuoka Univ researchers cultivated a native microalgae-bacterial consortium in untreated seafood processing wastewater, achieving ~5× chlorophyll increase (from~8 to ~28 μg mL⁻¹) over 9 days while rapidly reducing dissolved organic carbon from ~450 to ~70 mg L⁻¹ within 3 days

New Interpretive Summaries Available  Stay up to date on the latest poultry science research with PSA Interpretive Summaries. Natto-Based Probiotic Supplementation Alleviates Heat Stress in Aged Laying Hens Read here: poultryscience.org/viewdocum… What Do Broiler Chicks Normally Do in Their First Week of Life? Read here: poultryscience.org/viewdocum… Dietary Microalgae Help Broiler Chickens Cope with Heat Stress Read here: poultryscience.org/viewdocum… #PoultryScience #PoultryIndustry #PoultryResearch

🦉மத்தியப் பிரதேச மாநிலம் போபாலில் உள்ள சுவாமி விவேகானந்தா பூங்காவில் இந்தியாவின் முதல் பாசி மரம் (Algae Tree) நிறுவப்பட்டுப் புதிய சுற்றுச்சூழல் புரட்சி தொடங்கப்பட்டுள்ளது. சூரிய சக்தியால் இயங்கும் இந்த நுண்பாசி அடிப்படையிலான கார்பன் பிடிப்பு அமைப்பு (Solar-powered microalgae-based carbon capture system), காற்றில் உள்ள நச்சு கார்பன் டை ஆக்சைடை (CO₂) உறிஞ்சிக் கொண்டு தூய்மையான ஆக்ஸிஜனை வெளியிடும் வகையில் வடிவமைக்கப்பட்டுள்ளது. இத்திட்டத்தை உருவாக்கிய நிறுவன வல்லுநர்கள் மற்றும் அரசு அதிகாரிகள் தரப்பில் கூறும்போது, இந்த ஒரு பாசி மரம் செய்யும் கார்பன் உறிஞ்சுதல் பணியானது, நன்கு வளர்ந்த 20 முதல் 25 நிஜ மரங்களின் கார்பன் பிடிப்புத் திறனுக்கு இணையானது என்றும், இது ஆண்டுக்குச் சுமார் 1.5 டன் அளவிலான கார்பன் டை ஆக்சைடை காற்றில் இருந்து வெற்றிகரமாக உறிஞ்சிப் பொதுமக்களுக்குச் சுத்தமான காற்றை வழங்கும் என்றும் தெரிவிக்கப்பட்டுள்ளது; நகர்ப்புறங்களில் அதிகரித்து வரும் காற்று மாசுபாட்டைக் கட்டுப்படுத்தவும் புவி வெப்பமயமாதலைக் குறைக்கவும் அதிநவீன பசுமைத் தொழில்நுட்பத்துடன் கொண்டு வரப்பட்டுள்ள இந்தச் செயற்கை மரம் சுற்றுச்சூழல் ஆர்வலர்களிடையே பெரும் வரவேற்பைப் பெற்றுள்ளது. #AanthaiReporter #AlgaeTree #IndiaFirst #Bhopal #GreenTechnology #CarbonCapture #SolarPower #EcoFriendly #OxygenBooster #MadhyaPradesh

Botryococcus braunii this microalgae can make same hydrocarbon as fossil diesel India has huge municipality sewage waste sagarcane mill huge cow dunk We can produce atleast 40-50% of our diesel easily with it domestically if government focus on research and development on it

AI-powered digital microscopy is transforming microalgae ID—faster, smarter, and more accurate detection to tackle HABs and unlock bioactive potential. #PauLokeShow #Microalgae #AI doi.org/10.1016/j.biotechadv… ️️