Green Life Cycle Assessment (LCA) is a systematic approach that evaluates the environmental impact of a product or process throughout its entire life cycle. It considers resource extraction, manufacturing, transportation, product use, and end-of-life disposal. The goal is to identify opportunities for environmental improvement and sustainable practices. This assessment method employs a holistic perspective, quantifying energy consumption, emissions, and resource use at each life cycle stage. It helps businesses and consumers make informed decisions by promoting eco-friendly alternatives and reducing ecological footprints. Green LCA emphasizes the importance of renewable resources, energy efficiency, and waste reduction. By analyzing the complete life cycle, it enables a comprehensive understanding of environmental implications, guiding industries toward more sustainable practices. The results of a Green LCA can drive innovation, prompting the development of greener technologies and processes. It encourages the adoption of circular economy principles, where products are designed for reuse, recycling, or composting. Government agencies and environmental organizations often use Green LCA to set environmental standards and policies. This approach fosters transparency, allowing consumers to choose products with lower environmental impacts, contributing to a more sustainable and responsible global economy.In essence, Green LCA is a powerful tool for promoting sustainability, guiding businesses and individuals towards choices that minimize harm to the environment and foster a more ecologically balanced and responsible way of living.
Title : Local actions, global impact: Community-centered approaches to green chemistry and renewable energy for sustainability
Helena Belchior Rocha, ISCTE-Institituto Universitario de Lisboa, Portugal
Title : Macroalgae: An interesting source of highly diversified specific polysaccharides – Psamal project
Patrick Martin, Unite Transformations & Agroressources, France
Title : Design space filling model, synthesis and evaluation of novel 2-indolinone HIV-1 inhibitors
Rahul Hajare, Sandip University, India
Title : Quinazolines: Green synthesis, characterization and biological activities
Jenifer Robinson, Indian School Alwadi AL Kabir, Oman
Title : Green synthesis and application of a bio emulsion liquid membrane (bio elm) for wastewater pollutant extraction
Manisha Wakle, Ahmedabad University, India
Title : Impact of impurities from recycled materials on battery safety and life cycle
Tshifhiwa Masikhwa, Necsa – South African Nuclear Energy Corporation, South Africa
Title : Design and development of optical sensor for measurement of purity of ethanol
Supriya Santosh Patil, MES Abasaheb Garware College, India
Title : Boosting near-visible H2 generation via TiZn2O4 S-Scheme heterojunction photocatalyst
Asmaa S Morshedy, Egyptian Petroleum Research Institute, Egypt
Title : Chemistry control of peach fruit moth and agriculture high-quality development
Zhongsheng Guo, Northwest A&F University, China
Title : An explainable multi-agent AI framework for sustainable autonomous mobility and electric grid integration
Abhinav Tiwari, York University, United States