Clean Technologies

Clean Technologies (ISSN 2571-8797) is a peer-reviewed #openaccess journal, and is published quarterly online by @MDPIOpenAccess.

[Clean Technologies @Cleantech_MDPI]

Clean Technologies Receives 2025 Impact Factor of 5.9

We are proud to announce that Clean Technologies has boosted its IF to 5.9 as of June 2026!
We are now ranked 92/395 (Q1) in "ENVIRONMENTAL SCIENCES” category.

Thank you for your continuous support! #mdpi

[Clean Technologies @Cleantech_MDPI]

#cleantech #openaccess #cleantechnologies

Catalytic Pyrolysis of Polyolefin Waste for Decarbonization and Circular Economy: A Mini-Review of Achievements and Industrial Prospects

🔗https://t.co/o463oD3wh2

#pyrolysis #thermolysis #polyolefins #plasticWasteRecycling

[Clean Technologies @Cleantech_MDPI]

#openaccess #cleantechnologies #callforreading

Clean Technology Assessment of Green and Grey Hydrogen Pathways: Energy–Exergy Benchmarking Against Natural Gas Power Generation

🔗https://t.co/h9nMW7CgKW

#greenhydrogen #naturalgasbenchmarking #cleantechnologies

[Clean Technologies @Cleantech_MDPI]

#cleantech #openaccess #cleantechnologies#callforreading

Comprehensive Study of Sorption Materials Based on Sludge from a Treatment Plant for the Capture of Sulfur Compounds from Gas Fuels

🔗https://t.co/mD497lHH3k

#GasFuels #HydrogenSulfide #Adsorbent #Waste #Sludge

[Clean Technologies @Cleantech_MDPI]

#openaccess #cleantechnologies #renewableenergy #callforreading

Life Cycle Assessment of Innovative Shallow Geothermal Coaxial Probes: Manufacturing and Installation of an Italian Case Study
🔗https://t.co/o9C95NGx55

#LifeCycleAssessment #LCA #EnvironmentalSustainability

[Clean Technologies @Cleantech_MDPI]

#openaccess #cleantechnologies

Adaptive Energy Stations for Sustainable Transport Infrastructure: Real-Time Dispatch Optimization Using Marginal Grid Emissions and Low-Carbon Fuel Pathways

🔗https://t.co/gmbnl8mEJL

#adaptiveenergystation #marginalgridemissions

[Clean Technologies @Cleantech_MDPI]

#openaccess #cleantechnologies #renewableenergy #callforreading

High-Loaded Red Mud–Epoxy Resin Composites: The Effect of Particle Size and Mass Loading on Curing Behaviour and Environmental Safety

🔗https://t.co/SNASkpZcrV

#miningwaste #redmud #polymercomposites

[Clean Technologies @Cleantech_MDPI]

#cleantech #openaccess #cleantechnologies #renewableenergy #callforreading

Powering the Green Transition in Quad-Sectors with Hybrid Clean Energy Technologies

🔗https://t.co/y03PhfDh9c

#RenewableEnergySolutions #GreenTransition #IndustryAndCommunities #MCDA #AHP #ML

[Clean Technologies @Cleantech_MDPI]

#cleantech #openaccess #callforreading

Assessment of Co-Pyrolysis of a Cyanobacterium and Waste Textile Polymer: Investigating Kinetics, Thermodynamics, Reaction Mechanism and Synergism

🔗https://t.co/2luGOhhfi5

#Algae #TextileWaste #ThermogravimetricAnalysis

[Clean Technologies @Cleantech_MDPI]

#cleantech #openaccess #cleantechnologies #renewableenergy #callforreading

System Dynamics Model for Decarbonization Pathways in the Global Cement Industry

🔗https://t.co/33uTK3GEPk

#CementDecarbonization #SystemDynamics #ClinkerSubstitution #CarbonCaptureAndStorage

[Clean Technologies @Cleantech_MDPI]

#openaccess #callforreading

Perovskite Solar Cells for Extreme Environments and Aerospace Applications: Degradation Mechanisms, Engineering Strategies, and AI Prediction

🔗https://t.co/Q9I1ilouBn

#PerovskiteSolarCells #AerospacePhotovoltaics #RadiationHardness

[Clean Technologies @Cleantech_MDPI]

#cleantech #openaccess #cleantechnologies #callforreading

Enhanced Cloth Washing by Combining Alkaline Electrolyzed Water and Ultra-Fine Bubble Water Under Alternating-Flow Conditions

🔗https://t.co/rIRFk8mtQj

#ElectrolyzedWater #UltraFineBubble #AlternatingFlowWashing

[Clean Technologies @Cleantech_MDPI]

#cleantech #openaccess #cleantechnologies #callforreading

Resource Recovery from Stainless Steel Pickling Sludge: A Multi-Impact Life Cycle Assessment

🔗https://t.co/T93Jgqb5sr

#StainlessSteelmaking #PicklingSludge #ResourceRecovery #Hydrofluss #CriticalRawMaterials

[Clean Technologies @Cleantech_MDPI]

#cleantech #openaccess #cleantechnologies #callforreading

Passive Climate Control System with Recycled Materials for Thermal Comfort in Educational Buildings in Rural Areas

🔗https://t.co/kXLXjduN02

#PassiveClimateControlSystem #PCCS #ThermalComfort #CircularEconomy

[Clean Technologies @Cleantech_MDPI]

#cleantech #openaccess #cleantechnologies #renewableenergy #callforreading

Life-Cycle Assessment of a CdTe BIPV Glazing Element with Integrated Phase Change Material

🔗https://t.co/33LsYrURS4

#BuildingIntegratedPhotovoltaics #CadmiumTelluride #LifeCycleAssessment

[Clean Technologies @Cleantech_MDPI]

#cleantech #openaccess #cleantechnologies #renewableenergy #callforreading

Global Warming Potential of the Change in Land Use from Citrus Fields to Solar Parks

🔗https://t.co/SlzJZNXAst

#RothC #SolarPark #SoilCarbon #Valencia #LandUseChange #CitrusCrops

[Clean Technologies @Cleantech_MDPI]

#openaccess #cleantechnologies #callforreading

Algae-Based Remediation of Nitrocellulose Alkaline Hydrolysis Liquors: Nitrogen Recovery and Ecotoxicity Insights

🔗https://t.co/9f3yfO4G77

#CelluloseNitrate #ChemicalAndBiologicalTreatment #NitrogenRemovalRates

[Clean Technologies @Cleantech_MDPI]

#openaccess #cleantechnologies #callforreading

Photoreforming of Polylactic Acid over g-C3N4-Based Catalysts Derived from Sustainable Precursors

🔗https://t.co/dZzuTem6ad

#GraphiticCarbonNitride #gC3N4 #PolylacticAcid #PLA #Photoreforming #HeterogeneousPhotocatalysis

[Clean Technologies @Cleantech_MDPI]

#openaccess #cleantechnologies #callforreading

Green Hydrogen for Critical-Load Restoration in High-Renewable Power Systems: Energy Not Served Reduction, Economic Value, and Carbon-Resilience Assessment

🔗https://t.co/ETHIqEnGpG

#GreenHydrogen #CriticalLoadRestoration

[Clean Technologies @Cleantech_MDPI]

#cleantech #openaccess #cleantechnologies #renewableenergy #callforreading

Next-Generation Thermal Management in EVs: Combining Dielectric Insulation with Latent Heat Storage

🔗https://t.co/ThCVWmVOVh

#PhaseChangeMaterials #BatteryThermalManagement #DielectricCoolants

[Clean Technologies @Cleantech_MDPI]

#cleantech #openaccess #cleantechnologies #renewableenergy

From Fossil to Bio-Based Acrylic Acid: A Techno-Environmental Comparison of Propylene and Glycerol Pathways

👉https://t.co/3fbzGesV6m

#AcrylicAcidProduction #GlycerolValorization #ProcessModelingAndSimulation