Environalgae Recognized by ISC3 as Startup of the Month

Dear Friends, On this World Environment Day, all of us at Environalgae wish you a happy, thoughtful, and sustainable future. We are delighted to share that the International Sustainable Chemistry Collaborative Centre (ISC3) has featured Environalgae as its STARTUP OF THE MONTH. We are grateful for this recognition and hope it helps us connect with organizations interested in exploring our Microalgae-based Regenerative Wastewater Valorisation (MRWV) technology. Over the years, Team Environalgae has successfully delivered multiple circular-economy wastewater treatment projects using MRWV technology, creating measurable environmental and economic value for our customers. The impact of our work has been validated through Life Cycle Assessment (LCA) studies and the successful commercialization of microalgae-based biostimulants derived from our treatment processes. Today, our customer projects collectively represent an installed wastewater treatment capacity exceeding 3 million litres per day, demonstrating the scalability and practical viability of our approach. As we move forward, we are gearing up to expand our technology across multiple sectors, with the potential to deliver significant benefits in: • Sustainable water management • Greenhouse gas emissions reduction • Local air quality improvement • Regenerative agriculture We look forward to collaborating with industries, partners, investors, and sustainability-focused organizations that share our vision of transforming wastewater from a challenge into a valuable resource. To learn more, please connect with us: 📞 +91 86001 40949 📧 ninad@environalgae.com 🌐 [www.environalgae.com] (https://lnkd.in/gkhd9333) #WorldEnvironmentDay #Sustainability #CircularEconomy #WastewaterTreatment #Microalgae #RegenerativeAgriculture #WaterManagement #ClimateAction #GreenInnovation #EnvironmentalImpact https://lnkd.in/gA_b2ku6

Being featured as Startup of the Month by the International Sustainable Chemistry Collaborative Centre on World Environment Day is truly special and a proud moment for our team. When you work on a novel technology that addresses multiple environmental challenges simultaneously, it brings immense satisfaction and purpose. At Environalgae, we are doing exactly that. Our technology utilizes green microalgae to treat industrial wastewater. During the treatment process, the algae sequester carbon, helping to reduce the environmental footprint of wastewater management while producing two valuable outputs: 1. Treated water suitable for reuse or safe discharge. 2. Highly nutritious algal biomass that can be used as a biostimulant for agricultural crops and as a health supplement ingredient for aquaculture and animal feed. Through this approach, we help reduce carbon emissions associated with conventional effluent treatment processes, release oxygen into the environment, and create a commercially valuable bioproduct from what would otherwise be waste. This recognition reinforces our belief that sustainable technologies can create both environmental and economic value. We remain committed to advancing nature-based solutions for a cleaner and more sustainable future. Thank you, International Sustainable Chemistry Collaborative Centre, for this recognition and encouragement. Happy World Environment Day from the team Environalgae #WorldEnvironmentDay #Sustainability #WastewaterTreatment #Microalgae #CircularEconomy #ClimateAction #GreenTechnology #Environalgae #Biostimulants #Aquaculture #Innovation To learn more, please connect with us: +91 8128985823 Email: rahul@environalgae ninad@environalgae Website: www.environalgae.com

🌟 Start-up of the Month: Environalgae! 🌟 Indian start-up Environalgae develops and implements microalgae-based wastewater treatment plants tailored to the specific waste streams of each customer. The process generates nutrient-rich algal biomass, which the company converts into products for agriculture, aquaculture, and animal feed applications. 🦠💧🌱 Powered primarily by sunlight, the treatment process requires relatively low energy input. It is also inherently “clean-tech”: while the microalgae clean the wastewater, they simultaneously produce oxygen. At the same time, pollutants in the water serve as nutrients for the microorganisms, enabling further biomass growth. This approach reduces greenhouse gas emissions associated with conventional wastewater treatment while lowering operational costs and having the potential to significantly decrease the carbon footprint of such facilities. Learn more about our Start-up of the Month Environalgae: https://lnkd.in/eqHTfxBB #ISC3 #SustainableChemistry #Changemakers #StartUp #Innovation #SDGs #ZeroHunger #GoodHealthAndWellbeing #CleanWaterAndSanitation #AffordableAndCleanEnergy #SustainableCitiesAndCommunities #ResponsibleConsumptionAndProduction #ClimateAction 

What if agricultural biomass could become a valuable environmental product? Through pyrolysis technology, bamboo biomass can be converted into biochar for various applications: 🌱 Agriculture 🌱 Soil rehabilitation 🌱 Environmental projects 🌱 Carbon management Turning waste into value is one of the foundations of a circular economy. #CircularEconomy #Biochar #BambooBiochar #ClimateAction #GreenTechnology #Sustainability

It’s always valuable to connect with industry peers and share insights on biogas solutions. A key takeaway from Biogas Summit 2026 in Frankfurt is clear: biofilm plug-flow technology is reshaping what we consider possible in anaerobic digestion. At Antec, we demonstrate that rapid digestion and stable process conditions can go hand in hand — even at high concentrations of fish sludge. Challenging conventional assumptions is essential if we are to unlock the full potential of complex organic resources. #Biogas #Innovation #CircularEconomy #RenewableEnergy

#GreenFarmingFriday! Efficient nitrogen use is one of the biggest levers in sustainable farming, but it only works well when growers understand how their fields vary. This study focuses on the link between nitrogen use efficiency and biomass allocation, which makes a strong case for managing nutrition with more precision. Soil mapping helps identify zones where nitrogen is likely to be used well, where biomass can be supported more effectively, and where inputs may be going further than needed. With #SoilOptix, farmers can turn that variability into better decisions, stronger crop performance, and less waste. Read the full study here: https://lnkd.in/gQM9tsVg

♻️ Transforming Biomass into High-Value Biochar with Research-Driven Innovation At KRDC – Kerone Research & Development Center, we help industries convert agricultural residues, forestry waste, and organic biomass into premium-quality biochar through advanced research, pilot trials, process validation, and commercial-scale engineering solutions. Our multidisciplinary R&D approach combines feedstock characterization, pyrolysis process optimization, analytical validation, and industrial scale-up to develop efficient, sustainable, and economically viable biochar production technologies. These solutions support carbon sequestration, soil regeneration, waste valorization, renewable energy, and circular economy initiatives, enabling industries to achieve both environmental and commercial goals. 🔬 Explore our Biochar Research & Sustainable Processing capabilities: https://lnkd.in/dccTKrwV Research Today. Sustainable Tomorrow. #Biochar #Biomass #Sustainability #KRDC #Keroneresearch

#TechnologyShowcase 38/100 CSIR CIMFR's Potassium Fertilizer from Biomass and Spent Wash Ash transforms industrial and agricultural waste into a valuable potash-rich fertilizer—supporting sustainable agriculture while addressing waste disposal challenges. Validated in a 1 TPD pilot plant at an industrial site, the technology converts waste into wealth while reducing environmental management costs and promoting resource recovery. Validated at pilot scale (TRL-7). Dr Jitendra Singh #Biomass #Agriculture #Potassium #Fertilizer

Interesting study that explores the ceiling of emission reduction in rice through water and residue management. We need better long-term data, though, to give evidence-based recommendations for straw management that consider #GHG emissions but also soil health 🦠🌾

SPOTLIGHT: Rice cultivation in Can Tho generates an estimated 1.09 million tons of CO₂-equivalent emissions every year, with the Summer–Autumn and Autumn–Winter cropping seasons contributing the largest share. But the same rice systems that feed millions also hold enormous potential for climate change mitigation. New analysis shows that fully scaling climate-smart practices such as Alternate Wetting and Drying (AWD) and improved rice straw management could reduce on-field emissions by around 0.26 million tons of CO₂e annually, which is equivalent to cutting nearly one-quarter of Can Tho’s current rice-sector emissions. A big opportunity lies in transforming rice straw from waste into value: biomass energy, compost, livestock feed, and other circular-economy solutions that reduce open-field burning while creating new income streams for farmers. The numbers reveal both the challenge and this opportunity: • US$11 million in targeted investment needs • Straw removal alone could generate a net social value of about US$1,586 per hectare • Farmer trainings and incentives would help accelerate adoption Read the full report: https://bit.ly/4fEhMpR