Air Clean USA, LLC’s Post

This summer we launched a new innovative project which is looking at how grass cuttings can be used to generate energy and reduce our carbon footprint. The project is part of ADEPT Live Labs 2: Decarbonising Local Roads in the UK, which is a three-year, UK-wide £30 million programme funded by the Department for Transport that aims to decarbonise the local highway network. We will be using new machinery to cut and collect grass from highway verges and other green spaces. The grass will be mixed with the council’s food waste and taken to an energy-from-waste plant where the mixture will be subject to a process called anaerobic digestion. We are working with West Sussex County Council on the project, called Greenprint, and it will investigate potential new ways the cuttings could be used, including producing biogas, biomethane fuel for vehicles and an additive for asphalt road surfacing material called biochar. You can read more about the project and its goals by reading our latest blog post in the link below. https://lnkd.in/eV7H4yqs #LiveLabs #Decarbonisation, #LocalGov #Transport, #Innovation, #Highways, #NetZero

🌊🔍 Look closer: Wastewater is a source of valuable resources! In Norway, something remarkable is happening along the banks of Oslo Fjord. As part of its wastewater treatment process, Sarpsborg Municipality recaptures and recycles nitrogen and phosphorus. These valuable elements, once lost in the flow, now find purpose. Alfa Laval’s advanced membrane bioreactor (MBR) technology will contribute to supporting the transition to a circular economy ♻️ in the water and wastewater sector. Did you know that high-tech resource factories can transform wastewater into energy, producing biogas and electricity? Not stopping there, they tackle microplastics and micropollutants, safeguarding our precious 🌏 planet. Discover the Sarpsborg Municipality’s full story here 👉 https://lnkd.in/gPgHc_ud #AlfaLaval #PioneeringPositiveImpact #Sustainability #Innovation #MembraneFiltration #MBR #WasteWaterTreatment #ResourceFactory

Ankur Scientific pioneers biochar production through cutting-edge gasification technology. Biomass is converted into biochar via controlled combustion in a low-oxygen environment inside the gasifiers, ensuring high efficiency and minimal emissions. This technique optimizes resource utilization and mitigates carbon footprint, aligning with sustainable agricultural practices enhancing soil fertility and environmental stewardship. #AnkurScientific #Biochar #GasificationTechnology #SustainableAgriculture #SoilHealth #CarbonSequestration

[#Decarbonization] 💡 Sustainable aviation fuels (#SAF) are drop-in fuels, fully fungible with conventional aviation jet fuels, which do not require equipment change, special infrastructure or modification of the supply chain. Of the currently qualified pathways under ASTM-D7566 for the production of SAF, we provide mature technologies for the three main ones. ✅ These include: ✈️ The HEFA pathway with the Vegan® process for hydrotreatment of lipids to produce hydroprocessed esters and fatty acids ✈️ The Fisher-Tropsch pathway with the BioTfueL® process to produce SAF from lignocellulosic biomass ✈️ The Alcohol-to-jet pathway with the Jetanol™ process to produce SAF from lowcarbon/renewable ethanol. ➡️ Learn more from Yvon Bernard, our #SAF expert, in an article first published in Decarbonisation Technology: https://hubs.ly/Q02B6P8t0

This study evaluates #biochar-based membranes using traditional and eco-friendly solvents for #watertreatment. It finds that while biochar enhances mechanical strength and adsorption, it also increases environmental impacts. Rhodiasolv® PolarClean emerged as the most sustainable solvent, balancing performance with lower environmental footprints. #Biochar #Pyrolysis #CarbonCapture

🌱 Innovations Driving Sustainable Solutions Across Industries 🚀 Explore the latest advancements in wastewater treatment, renewable fuels, vertical farming, agricultural robots, crop protection, and solar-powered desalination! 🌊🌿 🔍 Research Insights: * Production of proprietary renewable diesel and biofuels from biomass waste. * Modular vertical farms and AI-based smart sprayer robots for sustainable agriculture. * Electrocoagulation systems for oily wastewater treatment. * Crop protection methods and solar-powered desalination for remote communities. 📈 Key Highlights: * Addressing emerging contaminants and micro-pollutants. * Hydroponics and renewable hydrogen production. * Adsorbent-based indoor air purifiers for VOC removal. 🔬 Exploring Opportunities: * Chemicals, pharmaceuticals, nutraceuticals, alternative fuels, and more. * Innovative solutions for sustainable development and environmental protection. 📊 Let's Connect! For further insights and inquiries, feel free to reach out! #sustainability #renewableenergy #cleantech #agtechinnovation #bioprocessing #innovation2024 #wastewatertreatment #verticalfarming #SolarDesalination #cropprotection #smartagriculture #frostandsullivan #researchinsights #techtrends2024 #businessstrategy #environmentalsolutions

Chomp provide a great solution to food waste in the US. It would be good to see government incentives available in the EU to tackle food waste reduction. #foodwaste #anaerobicdigestion #circulareconomy

What industries can Hydroflow technology be applied? HydroFLOW's innovative water treatment technology is making waves across a multitude of industries, proving to be a versatile solution for a myriad of water-related challenges. 🌊 The power generation sector is reaping significant benefits, as HydroFLOW's ability to prevent and reduce scale build-up ensures the smooth operation of cooling towers and boilers, which are pivotal in maintaining the efficiency of power plants[1]. In the realm of industrial facilities, HydroFLOW's non-chemical approach is revolutionizing maintenance practices. By optimizing chiller plants and reducing reliance on chemical treatments, industries are witnessing improved production capacity and a reduction in their environmental footprint. Agriculture, too, is experiencing a transformation with HydroFLOW. The technology's impact on crop yields is a testament to its effectiveness, offering a sustainable alternative to traditional water conditioning methods. Even everyday applications like ice machines benefit from clearer and cleaner ice production, thanks to HydroFLOW's scale and biofilm control capabilities. From HVAC systems to swimming pools, the versatility of HydroFLOW extends to any industry that uses water and faces issues with scale, algae, corrosion, or bacteria. It's a new era for water treatment, one that prioritizes efficiency, sustainability, and innovation. Let's embrace this change and lead the way to a cleaner, greener future. 💧🍃 #HydroFLOW #WaterTreatment #IndustryInnovation #SustainableFuture

Ammonia synthesis is a major contributor to global CO2 emissions, producing more than the entire UK last year. The #nitrolyzer a machine developed in Denmark can make zero-emission ammonia fertiliser directly at farms. With Ammonia synthesis being by far the dirtiest chemical manufacturing process in the world, responsible for about 1.8% of global CO2, this technology offers significant gains in reducing CO2. #environment #sustainability #techforgood #cleanenergy #climateaction #innovation #patents #agritech #chemicals https://lnkd.in/eArU6haR Are you innovating in the #AgriTech space? At PatWorld, we understand the importance of protecting your #AgriTech ideas, and we can provide our clients with accurate, reliable, and cost-effective information and services tailored to meet individual needs. Visit PatWorld.com for details of our patent, design and trade mark search services.

Feel like diffusers are applied but it is our anaerobic lagoon where anaerobic microorganisms are extremely active. They break down organic matter, producing biogas that rises to the surface and is released into the atmosphere. Anaerobic processes are cost-effective (low operational costs and no need for aeration systems) and environmentally friendly (no need for chemicals, less sludge production, and biogas generation). This makes them an attractive option for treating high-strength municipal and industrial wastewater. By integrating anaerobic processes, wastewater treatment plants can enhance their efficiency and contribute to a more sustainable and circular economy. #WaterTreatment #Sustainability #AnaerobicDigestion #Biogas #WastewaterManagement #EnvironmentalEngineering #CircularEconomy #RenewableEnergy #EcoFriendly #IndustrialWastewater #MunicipalWastewater #GreenTechnology #Ramakdairy