| The economics of renewable energy power in China | Clean Technologies and Environmental Policy | 106 days | save |  |  |  |  |
| Thematic exploration of sectoral and cross-cutting challenges to circular economy implementation | Clean Technologies and Environmental Policy | 108 days | save | | | | |
| Thermodynamic modelling of dimethyl ether steam reforming | Clean Technologies and Environmental Policy | 109 days | save | | | | |
| Big data analytics application for sustainable manufacturing operations: analysis of strategic factors | Clean Technologies and Environmental Policy | 112 days | save | | | | |
| Qualitative and energy recovery potential analysis: plastic-derived fuel oil versus conventional diesel oil | Clean Technologies and Environmental Policy | 113 days | save | | | | |
| Performance analysis of an air rock thermocline TES tank for concentrated solar power plants using the coupled DEM–CFD approach | Clean Technologies and Environmental Policy | 114 days | save | | | | |
| Policy incentives in carbon capture utilization and storage (CCUS) investment based on real options analysis | Clean Technologies and Environmental Policy | 115 days | save | | | | |
| Site suitability analysis for solar farms using the geographic information system and multi-criteria decision analysis: the case of Antalya, Turkey | Clean Technologies and Environmental Policy | 116 days | save | | | | |
| The use of modified coal gangue for the remediation and removal of phosphorus in an enclosed water area | Clean Technologies and Environmental Policy | 116 days | save | | | | |
| Advanced methods and technologies towards environmental sustainability | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Sustainable technologies for waste reduction and pollutants removals | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Effect of combined strategy on mitigating air pollution in China | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| A study of carbon emissions and energy consumption of wind power generation in the Panhandle of Texas | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Evaluation of the coordinated development of economic, urbanization and environmental systems: a case study of China | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| A study on reducing the carbon footprint of architectural buildings based on their materials under the guidance of eco-design strategies | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Strategic analysis of single-use plastic ban policy for environmental sustainability: the case of Pakistan | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| An analysis of UK retailers’ initiatives towards circular economy transition and policy-driven directions | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Utilization of cationic polymer-modified fly ash for dye wastewater treatment | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Feasibility study on the use of tagouk ash as pozzolanic material in concrete | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Assessment of carbon footprint from transportation, electricity, water, and waste generation: towards utilisation of renewable energy sources | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Circular economy pillars: a semi-systematic review | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Analysis of green technology investment for Chinese waste electrical and electronic equipment processing enterprises under different subsidy modes | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Is atmospheric water generation an economically viable solution? | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Energy performance of typical large residential apartments in Kolkata: implementing new energy conservation building codes of India | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Management of waste electrical and electronic equipment based on circular economy strategies: navigating a sustainability transition toward waste management sector | Clean Technologies and Environmental Policy | 120 days | save | | | | |
| Green chemistry models for municipal electronic waste treatment for resource recovery, repair, recycling and reuse in Nigeria | Clean Technologies and Environmental Policy | 123 days | save | | | | |
| Effectiveness of energy efficiency improvements in the context of energy subsidy policies | Clean Technologies and Environmental Policy | 128 days | save | | | | |
| Enhanced paraquat removal from contaminated water using cell-immobilized biochar | Clean Technologies and Environmental Policy | 130 days | save | | | | |
| Assessing sustainability of Islamic countries via data envelopment analysis (DEA) | Clean Technologies and Environmental Policy | 130 days | save | | | | |
| Capacity expansion of power plants using dynamic energy analysis | Clean Technologies and Environmental Policy | 131 days | save | | | | |
| Sustainability performance of the Indian cement industry | Clean Technologies and Environmental Policy | 131 days | save | | | | |
| Applications of machine learning algorithms for biological wastewater treatment: Updates and perspectives | Clean Technologies and Environmental Policy | 132 days | save | | | | |
| Correction to: Decision support tools for wind and solar farm site selection in Isfahan Province, Iran | Clean Technologies and Environmental Policy | 141 days | save | | | | |
| Circular economy: national and global policy | Clean Technologies and Environmental Policy | 144 days | save | | | | |
| Circular economy: national and global policy—overview | Clean Technologies and Environmental Policy | 150 days | save | | | | |
| Building information modelling knowledge harvesting for energy efficiency in the Construction industry | Clean Technologies and Environmental Policy | 159 days | save | | | | |
| Correction to: Assessment of wastewater reuse potential for irrigation in rural semi-arid areas: the case study of Punitaqui, Chile | Clean Technologies and Environmental Policy | 168 days | save | | | | |
| A Pinch Analysis approach for minimizing compression energy and capital investment in gas allocation network | Clean Technologies and Environmental Policy | 169 days | save | | | | |
| Optimisation of biochar-based supply chains for negative emissions and resource savings in carbon management networks | Clean Technologies and Environmental Policy | 170 days | save | | | | |
| Intelligent dry fog dust suppression system: an efficient technique for controlling air pollution in the mineral processing plant | Clean Technologies and Environmental Policy | 175 days | save | | | | |
| Recent research directions: missing pieces of the puzzle | Clean Technologies and Environmental Policy | 177 days | save | | | | |
| Does income inequality affect direct and indirect household CO 2 emissions? A quantile regression approach | Clean Technologies and Environmental Policy | 178 days | save | | | | |
| A comparison of photovoltaic models for estimating power generation: a case study of Brazilian data | Clean Technologies and Environmental Policy | 178 days | save | | | | |
| A comprehensive study of a reactivity-controlled compression ignition engine fueled with biogas and diesel oil | Clean Technologies and Environmental Policy | 182 days | save | | | | |
| A techno-economic feasibility of a process for extraction of starch from waste avocado seeds | Clean Technologies and Environmental Policy | 183 days | save | | | | |
| Decision support tools for wind and solar farm site selection in Isfahan Province, Iran | Clean Technologies and Environmental Policy | 184 days | save | | | | |
| Steps toward a resilient circular economy in India | Clean Technologies and Environmental Policy | 184 days | save | | | | |
| Green innovation efficiency: a threshold effect of research and development | Clean Technologies and Environmental Policy | 185 days | save | | | | |
| A high-resolution geographic information system-analytical hierarchy process-based method for solar PV power plant site selection: a case study Algeria | Clean Technologies and Environmental Policy | 186 days | save | | | | |
| Saving energy while maintaining the feeling of safety associated with urban street lighting | Clean Technologies and Environmental Policy | 189 days | save | | | | |
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