Tal Shapira’s Post

What if the raw materials we choose today could shape a cleaner tomorrow? Bio-based raw materials from plants, algae, and agricultural residues offer a renewable path forward. They help cut greenhouse gas emissions, reduce waste, support circular systems, and lower reliance on fossil fuels. From sustainable packaging to energy-efficient production, the impact reaches across the value chain. At IEI Plastics, we embrace bio-based inputs to build smarter, greener solutions for the future. Join us in driving responsible manufacturing. Subscribe to our newsletter for more insights. visit us: https://lnkd.in/dS-MHA2e #biobased #Plastics #circulareconomy

🌱 Waste isn't waste—it's untapped premium fuel, materials, and revenue. At Wastewerx, we're redefining advanced recycling with proprietary near-zero emissions pyrolysis that outperforms traditional systems. Our reactors process 3 tons/hour at 96% uptime, self-powered and streamlined (no intermediate refining steps needed). From plastics, tires, and organics, we deliver: Drop-in Sustainable Aviation Fuel (SAF), renewable diesel, motor gasoline (MOGAS), and high-performance lubricants Captured syngas/methane for energy High-value co-products: high-purity carbon, graphene, carbon black, and agronomic biochar Hub-and-spoke design sources feedstock locally — minimizing transport, slashing costs, and enabling seamless integration at municipal or industrial sites. For national corporations: Our Circularity Credits Program turns your plastic waste into verifiable ESG compliance, tax-qualifying credits, and Scope 3 reductions — with full traceability and real circular impact (no greenwashing). Big milestone ahead: We're announcing our university partner for the ASTM drop-in SAF program very soon — accelerating certification and commercial scale. One process. Multiple revenue-grade outputs. Engineered for global deployment via partnerships or direct sales — superior yields, lower capex, faster ROI. If you're in sustainability, aviation, manufacturing, waste management, or cleantech investing — let's talk about closing the loop on your waste challenges. Comment ♻️ or DM me to explore how Wastewerx can deliver for you. #SustainableAviationFuel #SAF #Pyrolysis #CircularEconomy #WasteToEnergy #Cleantech #NearZeroEmissions #ESG

🔬 Hydrothermal Liquefaction (Ru‑Nb Catalyzed Plastic Conversion) ✨ You’re about to see a new catalytic reaction that will reshape the global supply chain by turning plastic waste into renewable fuel. We are leaving the era of extract‑and‑burn energy behind and entering a synthesize‑and‑cycle paradigm where waste becomes feedstock for sustainable chemicals. ✓ 🏭 1. Conventional plastic waste incineration releases CO₂ and toxic pollutants, consuming high energy and limiting recycling rates. ✓ 🧪 2. Ru‑Nb nanocatalyst enables hydrothermal liquefaction of mixed plastics at 300 °C, achieving >70% oil yield and low char. ✓ 🌿 3. A 10 kt yr⁻¹ pilot will divert waste from landfills, producing renewable fuel and cutting emissions by ~0.3 Mt CO₂ annually. 🟢 Which industry do you think will feel the first impact of this plastic‑to‑fuel chemistry? #SustainableChemistry #PlasticUpcycling #RenewableFuel #Catalysis #CircularEconomy

🔬 Hydrothermal Liquefaction (Ru‑Nb Catalyzed Plastic Conversion) ✨ You’re about to see a new catalytic reaction that will reshape the global supply chain by turning plastic waste into renewable fuel. We are leaving the era of extract‑and‑burn energy behind and entering a synthesize‑and‑cycle paradigm where waste becomes feedstock for sustainable chemicals. ✓ 🏭 1. Conventional plastic waste incineration releases CO₂ and toxic pollutants, consuming high energy and limiting recycling rates. ✓ 🧪 2. Ru‑Nb nanocatalyst enables hydrothermal liquefaction of mixed plastics at 300 °C, achieving >70% oil yield and low char. ✓ 🌿 3. A 10 kt yr⁻¹ pilot will divert waste from landfills, producing renewable fuel and cutting emissions by ~0.3 Mt CO₂ annually. 🟢 Which industry do you think will feel the first impact of this plastic‑to‑fuel chemistry? #SustainableChemistry #PlasticUpcycling #RenewableFuel #Catalysis #CircularEconomy

I’m pleased to share that our review article, “Hydrogen Production from Plastic Waste Processing: A Review,” has been published in the International Journal of Hydrogen Energy. This work explores current technologies and research trends in converting plastic waste into hydrogen, highlighting its potential as a sustainable pathway for both waste management and clean energy production.

Battery-Grade #Nickel from Industrial Liquid Waste: At SustainXtract, we have developed a proprietary, end-to-end process to recover high-purity, battery-grade nickel from hazardous industrial liquid waste. Leveraging our integrated suite of advanced separation and purification technologies, this breakthrough process delivers a >90% reduction in carbon emissions - less than 1 kg CO₂ per kg of nickel - compared to conventional virgin nickel production (~11.5 kg CO₂/kg Ni). This achievement not only enables responsible management of toxic waste but also provides a sustainable, low-carbon feedstock solution for the rapidly growing battery and energy storage sectors. Our innovation sets a new benchmark in circular manufacturing by aligning environmental responsibility with economic performance. Stay connected - follow SustainXtract for the latest updates on sustainable material innovations.

How green waste, branches, and wood are turned into energy! 🌿 Shredding organic waste from households, gardens, agriculture, and commercial or industrial operations holds enormous potential for generating sustainable energy. Through processes such as fermentation into biogas or thermal conversion into biofuel and heat, organic waste becomes a valuable resource in the circular economy. 🔌💡 XR-class single-shaft shredders are particularly well suited for processing large volumes of green waste, branches, and wood. The optimized interaction between the cutting system, perforated screen or screen bars, and the slow-speed drive produces a uniform output material. This consistent shredded material can then be efficiently processed and used for further recycling or energy recovery. ♻️ 💬 Would you like to learn more about organic waste recycling? Feel free to contact our experts Luis Martins, Charles Hildebrand, Mark Williams and Charlotte Fischer. Learn more about this topic: https://lnkd.in/gbQjZU33 #WasteToEnergy #OrganicWaste #GreenWaste #Biogas #RenewableEnergy #CircularEconomy #Sustainability #RecyclingTechnology #WasteManagement #CleanEnergy 🌱♻️⚡

A lot of carbon removal assumes a perfect world. But the world is messy. We’ve been told biochar is a leading pathway for carbon removal. And it is—if you have a clean, single-source stream of pristine biomass. But look at a standard waste bin. It’s a mix of food, wood, paper, and "non-biogenic" plastics. So, it gets buried in landfills or burned in incinerators. The reality? Because this waste is "messy," it has been historically difficult to certify for durable carbon removal. We just changed that. Working with Carbon Standards International AG and ITHAKA Institut, we’ve developed a world-first: A methodology to certify and monetize carbon removals from the biogenic fraction of mixed waste. Why this is a new category, not just an improvement: No more "Clean Only" bias: We can now process the "leftovers" that recycling facilities can’t handle. Pyrolysis over Plastic: Instead of burning waste, we use heat to create clean, energy-rich syngas and biochar. Locked Carbon: We aren't just managing waste; we are turning a global liability into a verified carbon sink and displacing fossil fuels. This isn't just a theory. It’s a certified pathway to scale carbon removal using the one resource the world has too much of: Waste. Extremely pleased to share that this work has also led to our second Earthshot Prize nomination in 2026, thanks to The Chartered Institute of Patent Attorneys (CIPA). The nomination is an honor—the methodology is the real milestone. #sustainability #carbonremoval #innovation #climate #circulareconomy #biochar #earthshotprize

French energy group TotalEnergies has brought a #ChemicalRecycling plant for mixed plastic waste onstream at its Grandpuits site southeast of Paris. The facility uses the thermal anaerobic conversion" (TAC) pyrolysis technology supplied by Plastic Energy.

🌱 Wastewerx: Near-Zero Emissions Pyrolysis — Waste to Value, Reimagined. Traditional pyrolysis is complex, energy-hungry, and emission-heavy. We've changed the game. Wastewerx delivers near-zero emissions pyrolysis that powers itself — generating its own energy on-site while slashing steps in the process. Fewer reactors, less external input, dramatically lower footprint. From mixed waste plastics, organics, or tires, we produce high-quality syngas, oil, and char — turning liabilities into revenue streams without the usual environmental trade-offs. Why it matters now: ✅Circular economy that actually closes loops ✅Energy independence for your operations ✅Compliance + profitability in one system ✅Our technology will create a massive diversion from landfills + clean energy output. We're excited to announce our drop-in SAF (Sustainable Aviation Fuel) ASTM-certified process partner very soon — stay tuned for this major milestone in turning waste into high-quality, near-zero emissions aviation fuel! 🚀♻️ Businesses, municipalities, investors — if you're done with greenwashing and ready for real decarbonization tech, let's connect. Waste isn't waste. It's untapped energy and regulatory credits. DM me or comment ♻️ to discuss how Wastewerx fits your waste challenges. #Pyrolysis #CircularEconomy #NearZeroEmissions #WasteToEnergy #Cleantech #Sustainability