A comparative analysis of single-step and multi-step methods for producing magnetic activated carbon from palm kernel shells: Adsorption of methyl orange dye

A comparison of single- & multi-step #Pyrolysis methods for synthesizing magnetic activated carbon from palm kernel shells reveals that the multi-step yields superior porosity & adsorption for #MethylOrange removal.
Green Processing and Synthesis #OpenAccess: doi.org/10.1515/gps-...

Food for thought: Why on-site treatment and #Pyrolysis should join the UK’s #FoodWaste system www.circularonline.co.uk/case-studies...

Covestro and Fraunhofer UMSICHT sign contract for groundbreaking smart pyrolysis recycling pilot plant renewable-carbon.eu/news/?p=174664 #biobased #biochemicals #chemicalrecycling #circulareconomy #insulationwaste #polyurethanefoamwaste #pyrolysis #RenewableCarbon

EU mass balance accounting rules under SUPD revealed renewable-carbon.eu/news/?p=173953 #biofuels #circulareconomy #massbalance #packaging #packgingwaste #policy #pyrolysis #recyclates #rpet #singleuseplastics #RenewableCarbon

From Waste to Sustainable Fuels – Joint Symposium renewable-carbon.eu/news/?p=173675 #arteficialintelligence #biofuels #biorefineries #circulareconomy #lca #pyrolysis #saf #wastemanagement #RenewableCarbon

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The Lebanese Chemists Syndicate suggests adopting pyrolysis technology to address waste issues, striving for zero landfill and emissions while fostering economic growth through recycling and energy. They advocate for small, efficient facilities.

#Lebanon #WasteManagement #Pyrolysis

The Black Wind: How India is becoming the World's Waste Tyre Furnace India has witnessed a fivefold surge in waste tyre imports from developed countries over the past few years. Despite strict regulations for controlled imports and scientific disposal, enforcement gaps...

We're told that #EPR is the key policy to solve waste problems. #pyrolysis and #chemicalrecycling will clean up plastic pollution. And the waste trade helps facilitate #recycling. But this is what really happens when they all come together: www.reporters-collective.in/trc/india-is...

Methane pyrolysis (thermal decomposition of methane [or biomass, plastic] into hydrogen and solid carbon; carbon black, graphite, carbon nanotubes [eventually #graphene] is likely to replace conventional carbon capture and storage. It's now commercial.

#hydrogen #pyrolysis #CCS #CO2infrastructure

Hazer Group to Collaborate on Whyalla Clean Steel Bid with M Resources Partnership Hazer Group (ASX: HZR) has entered a binding memorandum of understanding with M Resources to supply low-cost clean hydrogen and graphite technology for the proposed acquisition of the Whyalla steelwor...

They are all going commercial. Methane #pyrolysis is likely to be a global phenomenon, ideally replacing all natural gas where green hydrogen is not available. My 2021 book predicts that about 30% of total global energy supply will be met with (non-fracked) fossil-based hydrogen.

ROTOBOOST Teams with Baowu-World's Largest Steelmaker-to Industrialize Natural Gas Splitting for Green Steel at Scale - Laotian Times SHANGHAI, Oct. 31, 2025 /PRNewswire/ — Under the Business Finland (BF) – Ministry of Science and Technology of China (MOST) Joint Innovation Call, a bilateral program sponsored by both the Finnish and...

#Pyrolysis is now being used by a number of companies, with via various technology pathways

In some cases converting 100% of carbon to graphite - which can be used in batteries - the only barrier is hydrogen infrastructure. Built on-site for large industrial plant it requires no CO2 infrastructure

The largest methane-splitting hydrogen plant in Europe will begin operations this fall Hycamite is constructing Europe’s largest methane-splitting hydrogen plant in Finland. The next ones will be built in the USA. The modular structure makes it possible to scale up production plants rap...

#Pyrolysis (conversion of methane, biomass, waste, to hydrogen and solid carbon) is the game changer for hydrogen. No more #CCS? Two points..

a) we still need CO2 infrastructure for cement (process emissions)
b) CO2 pipelines will be repurposed for hydrogen, as German industry has stated

Denmark's €1.3 billion pyrolysis subsidy scheme starts in 2027, targeting facilities that process agricultural and forestry waste. This positions Denmark as a European leader in biochar production infrastructure.

#Denmark #biochar #pyrolysis #greentransition

End-of-Life tyre pyrolysis: Keeping valuable raw materials in the loop ... - ... ... #ELTrubber #pyrolysis #TyreRecycling
recyclingportal.eu/archive/94376

Climate goals require pragmatic deployment of solutions we have now—not just betting on technologies that may take decades to prove viable at scale.

#Biochar #CCS #CarbonRemoval #Pyrolysis #ClimatePolicy

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#graphite #methane #pyrolysis

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#biomass #carbon negative #energy #pyrolysis

Turning plastic waste into valuable chemicals with single-atom catalysts renewable-carbon.eu/news/?p=172201 #conversiontechnologies #plastics #plasticwaste #polystyrene #pyrolysis #recycling #RenewableCarbon

CO2-Sync outlines biochar and energy plant for Ridge Road  renewable-carbon.eu/news/?p=171937 #biochar #biomass #climate #energy #pyrolysis #RenewableCarbon

Structural, optical, and gas sensing properties of Ce, Nd, and Pr doped ZnS nanostructured thin films prepared by nebulizer spray pyrolysis method

In this Nanotechnology Reviews study, researchers propose an economical nebulizer spray #Pyrolysis (NSP) method to synthesize pure and rare earth (Ce, Pr, Nd)-doped ZnS thin films, demonstrating enhanced crystallinity and NH₃-sensing response.
#OpenAccess: doi.org/10.1515/ntre...

Parametric Study of Slow Pyrolysis on Invasive Water Hyacinth for Energy Recovery and Towards Cleaner Blue Carbon Technologies
www.mdpi.com/2673-4591/11...

By Pauline Patrice Tamoria et al.
From the 4th International Electronic Conference on Processes

#Bioenergy #Pyrolysis

Steady‐State Anaerobic Co‐Digestion of Aqueous Condensate From Municipal Sludge Pyrolysis Anaerobic digestion of aqueous pyrolysis liquid (APL) was achieved despite its toxicity challenges. Optimal retention time, loading and acclimated inoculum improved APL conversion to methane. APL ozo...

“Steady-State Anaerobic Co-Digestion of Aqueous Condensate From Municipal Sludge Pyrolysis”

#methanogenesis
#syntrophic_acetate_oxidation
#pyrolysis

onlinelibrary.wiley.com/doi/10.1002/...

Niutech's Innovative Smart Pyrolysis Equipment Fuels New Plastic Recycling Project Niutech's advanced smart pyrolysis technology is set to revolutionize plastic waste recycling, supporting a global initiative in Vietnam.

Niutech's Innovative Smart Pyrolysis Equipment Fuels New Plastic Recycling Project #China #recycling #Niutech #Jinan #Pyrolysis

From Waste to Value: Borealis Helps Spark EU-Funded Project ELECTRO to Transform Hard-to-Recycle Plastics into Valuable Resources renewable-carbon.eu/news/?p=171757 #advancedrecycling #chemicalrecycling #circulareconomy #pyrolysis #recycling #RenewableCarbon

Niutech's Cutting-Edge Pyrolysis Technology Revolutionizes Waste Plastic Recycling Globally Niutech's advanced pyrolysis technology is at the forefront of waste plastic recycling, transforming how industries manage plastic waste and carbon emissions.

Niutech's Cutting-Edge Pyrolysis Technology Revolutionizes Waste Plastic Recycling Globally #China #recycling #Niutech #Jinan #Pyrolysis

Niutech's Intelligent Pyrolysis Technology Sets New Standards for Waste Plastic Recycling Worldwide Discover how Niutech's innovative pyrolysis technology is transforming chemical recycling projects globally, enhancing waste management.

Niutech's Intelligent Pyrolysis Technology Sets New Standards for Waste Plastic Recycling Worldwide #China #Niutech #Jinan #Pyrolysis #Waste_Plastic

Working procedure for CHBC production.

#CoconutHusk #biochar produced via slow #pyrolysis at 600 °C serves as an efficient Pb²⁺ adsorbent, with optimized conditions and strong #Langmuir and Temkin isotherm fits—advancing sustainable #WasteManagement solutions.
Green Processing and Synthesis: doi.org/10.1515/gps-...

Advanced Recycling Conference 2025 Fuels Innovation Across Key Waste Streams renewable-carbon.eu/news/?p=171264 #advancedrecycling #chemicalrecycling #circulareconomy #greenchemistry #pyrolysis #recycling #RenewableCarbon

Advanced Recycling Conference 2025 treibt Innovationen in zentralen Abfallströmen voran renewable-carbon.eu/news/?p=171275 #advancedrecycling #chemischesrecycling #grünechemie #kreislaufwirtschaft #pyrolyse #pyrolysis #recycling #RenewableCarbon

Engineered biochar emerges as a powerful, affordable tool to combat water pollution renewable-carbon.eu/news/?p=170724 #biochar #biomass #filtration #pyrolysis #wastewatertreatment #RenewableCarbon

BASF and ExxonMobil to trial low-emission hydrogen production through methane pyrolysis.

www.basf.com/global/en/me... #hydrogen #methane #pyrolysis #methanepyrolysis