GAIA (Global Alliance for Incinerator Alternatives)’s Post

When dealing with incinerator emissions, leftover mixed waste sorting is cheaper, easier, and in some cases even cleaner than #CarbonCapture technologies. But what these technologies lack is a clear roadmap to detransition from incineration altogether.   💡 Why leftover mixed waste sorting? It’s cost-effective, diverts materials to incinerators thereby reducing our carbon footprint associated with waste disposal, and fosters a truly circular economy. Let’s make 2024 the year we ditch the idea of mandating #CarbonCapture and Storage in incinerators and engage in a constructive dialogue on redefining our approach to incinerator emissions. By prioritizing practical solutions like leftover mixed waste sorting, we can make tangible strides towards a greener future. Find out more in our latest study 👇 https://zurl.co/flfd

An interesting report from Zero Waste Europe exploring the options of mitigating greenhouse gas release from waste management operations and focusing on a "materials and gases" approach looking at the options around further sorting of residual, mixed, waste and carbon capture from incineration / W2E processes. Whilst European-focused this provides an excellent framework for exploring this in other jurisdictions. https://lnkd.in/eJjxAuUk

🌍✨ A groundbreaking study by Zero Waste Europe and Equanimator Ltd reveals that sorting mixed waste before incineration proves to be more cost-effective than carbon capture! 🔄🔥 📊 Titled "Materials or Gases? How to Capture Carbon," the study compares Mixed Waste Sorting and Carbon Capture and Storage for reducing greenhouse gas emissions from waste incineration. The findings show that MWS is not only swift and cost-effective but also more financially feasible than CCS. 💡 With the European Union considering municipal waste incineration in the EU Emissions Trading Scheme (EU ETS), the study advocates for a pragmatic and economical approach to diminishing greenhouse gas emissions. While CCS achieves higher reduction levels, its associated costs are significantly higher, making LMWS a more attractive option for municipalities and incinerator operators. 👉 Dominic Hogg, Director of Equanimator, emphasizes, "The sorting system stands out as the most cost-effective method for achieving system-wide reductions in CO2 emissions." 🌐 Janek Vahk, Zero Pollution Policy Manager at Zero Waste Europe, highlights that mixed waste sorting is a 'low-regret' solution, aiding Member States in achieving recycling and climate targets while addressing overcapacity issues. 🔗 To delve into the study: https://lnkd.in/dYiDJ255 🌿 In light of these findings, Zero Waste Europe recommends a step-by-step approach, extensively implementing LMWS followed by targeted CCS application in future-necessary facilities. 📄 Read more about the joint position paper and other resources: Joint position paper on mandatory implementation of CCS (https://lnkd.in/dGcry-TT) CCS for incinerators? An expensive distraction to a circular economy (https://lnkd.in/eqns4nfH) Building a bridge strategy for residual waste https://lnkd.in/dKYtghp5 Enough is enough: The case for a moratorium on incineration(https://lnkd.in/ej8qwzm4) 🌱🌐 #WasteManagement #ClimateAction #ZeroWasteEurope #Sustainability #CarbonCapture #CircularEconomy

♻️ Turning waste into energy is possible! With Waste-to-Energy (WtE)! As a critical part of sustainable waste management, WtE complements recycling by converting solid waste into electricity and heat, reducing landfill use and greenhouse gas emissions.🔥 WtE plants work by burning waste at high temperatures to produce steam, which drives turbines to generate electricity. 💨 But it's more than energy - it's resource recovery. 💚 Did you know that 90% of the metals in bottom ash can be recycled, and the remaining clinker can be reused for roads?⚡️ The benefits are clear: from avoiding methane emissions to offsetting greenhouse gases, WtE provides clean, reliable energy with minimal environmental impact. Plus, it's a stable, CO2-neutral fuel source that reduces dependence on fossil fuels. #CleanEnergy #ClimateTech #CarbonCapture

#WasteHierarchy #ScienceLiteracy The waste hierarchy has to be a starting point for consideration... And the steps include sorting mixed waste before incineration as a swift and cost-effective strategy for achieving substantial reductions in greenhouse gas (GHG) emissions from waste incineration... This new study highlights that while incineration with CCS may achieve higher levels of reduction, the associated costs are significantly higher, and somewhat unaffordable. Conversely, LMWS offers a rapid and cost-effective approach to achieving a significant reduction in greenhouse gases from incineration, while avoiding further lock-in thanks to cheaper, and operationally flexible infrastructure. https://lnkd.in/evgmFVvq?

Waste-to-energy facilities convert non-recyclable waste into electricity, reducing landfill volumes and providing an alternative energy source. Waste removal can contribute to sustainable energy solutions. #RandWaste #WasteManagement #Sustainability #EnvironmentalServices #RubbleCollection #SkipHire

Happy Earth Day! What will you do to take better care of the earth? At YCSWA, we take the health of our planet very seriously. We work hard to manage waste in York County in the most environmentally safe way possible. By using waste-to-energy technology, we are saving more than 13 acres of land each year that would be used for landfilling. We also recycle as much as possible from the ash that is produced in the waste-to-energy process and, by using this process, we are reducing the need for fossil fuels for power generation. For every ton of trash processed using waste-to-energy technology, one ton of greenhouse gases are avoided. Waste-to-energy works for York County and makes the earth a cleaner, safer place to live. #keepyorkcountycleanandsafe #wastetoenergyworkingforyorkcounty

🌱 Waste-to-Energy (WtE): Fueling Sustainability and Responsibility As we navigate the challenges of waste management and environmental impact, WtE emerges as a beacon of progress. Here’s why it matters: 💡 Resource Optimization: WtE transforms waste into valuable energy, maximizing resource utilization. It’s like turning trash into treasure! 🌎 Reducing Landfill Burden: Say goodbye to overflowing landfills. WtE diverts waste away from these environmental black holes, making room for greener alternatives. 🔥 Cleaner Energy: WtE generates heat and electricity while minimizing harmful emissions. It’s a win-win for both our planet and our energy needs. Remember, when you see smoke rising from a WtE plant, it’s not just waste going up in flames—it’s a step toward a more efficient and responsible future! Let’s embrace sustainability together. 🌱🔥 Feel free to share this post and spread the word! 🙌 #SustainabilityMatters #WasteToEnergy #GreenFuture#Keppelseghers

🌊 Think twice: you wouldn't toss your waste into the ocean, so why send it to a landfill? Let's opt for sustainability. Choose U-Pak's waste management services and embrace Zero Waste for your business. Redirecting just 1 tonne of waste from landfills generates incredible value: 5 Tonnes of Carbon Offset Credits 498 KWHe of Electricity 0.8 M3 Landfill Space Saved Unlock the potential of your company's waste with U-Pak's energy calculator: https://lnkd.in/eSMmp-nS ♻️💡 #Sustainability #ZeroWasteSolutions

We are helping customers reach their sustainability goals by offering customized solutions for the conversion of municipal waste into charcoal. This type of plant is sometimes called a waste-to-coal, municipal waste conversion, carbon capture, or resource recovery plant. Waste-to-coal is being increasingly looked at as an alternative to conventional coal which is a Fossil fuel. The biggest advantage is the utilization of Waste into the conversion of energy without depleting the carbon-loaded fossil fuel. Thus, saving natural resources and solving the eco-social issue by disposing of municipal waste. For more information: https://rb.gy/d8m7zi #GreenCoal #Sustainability #RenewableEnergy #WasteToEnergy #CleanEnergy #EcoFriendly #CircularEconomy #EnvironmentalInnovation #ClimateAction #GreenTech