Green surface treatments refer to environmentally friendly approaches in enhancing and maintaining surfaces such as roads, pavements, and roofs. These methods prioritize sustainability, aiming to minimize ecological impact while providing effective solutions. One common practice involves permeable pavements that allow water absorption, reducing runoff and enhancing groundwater recharge. Vegetative roofs, another green surface treatment, involve growing plants on building rooftops, providing insulation, reducing energy consumption, and mitigating the urban heat island effect. Eco-friendly road coatings use materials like recycled rubber or plant-based binders, offering durability while reducing the carbon footprint. Green surface treatments contribute to stormwater management by incorporating features like bio-retention cells and green swales, filtering pollutants and improving water quality. These sustainable alternatives not only combat climate change by reducing heat absorption but also enhance overall urban aesthetics. In addition to their environmental benefits, green surface treatments often promote biodiversity, creating habitats for various plant and animal species. By incorporating these practices into urban planning, communities can improve air quality, decrease the urban heat island effect, and create more resilient and sustainable living environments. Embracing green surface treatments reflects a commitment to ecologically conscious infrastructure development, fostering a healthier and more sustainable future.
Title : Beyond business as usual: Advancing ethical sustainability education through indigenous knowledge, industry engagement, and real-world impact
Tomayess Issa, Curtin University, Australia
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Jinsong Wu, University of Chile, Chile
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Osman Adiguzel, Firat University, Turkey
Title : Waste-derived eggshell-based catalysts for sustainable valorization of tamarind seed waste into value-added bio-oil
Rudra Sarkar, Indian Institute of Petroleum and Energy, India
Title : AI-enabled circular economy and green chemistry: accelerating net-zero and sustainable industrial transformation
Anthony Halog, The University of Queensland, Australia