All items have a life cycle, and understanding the emissions and impacts at each stage of a product's life serves as a foundation for sustainable development :

• Raw Material Extraction: Gathering resources from nature.

• Production: Transforming raw materials into products.

• Usage: The product is used by consumers.

• End-of-Life: The product is disposed of or recycled at the end of its lifecycle.

• Recycling: Recovering materials to re-enter the production cycle.

• Waste Treatment: Non-recyclable materials are treated or disposed of.

Using this Life Cycle Analysis technique, I conducted research to track emissions throughout the production cycle of products. This approach allowed me to evaluate the environmental impacts at each stage and identify areas for improvement in pursuit of sustainable development. 

In one of my research projects, I conducted a Life Cycle Assessment (LCA) focusing on cultivated meat production, analyzing its environmental impacts compared to traditional meat sources. 

• The process involves producing cultivated meat grown directly from animal cells in a controlled environment, eliminating the need for conventional livestock farming. The figure illustrates the production of a novel burger made from cultivated meat, showcasing the stages from cell cultivation to the final product.

• This novel method of producing meat not only reduces the reliance on land, water, and feed resources but also aims to significantly lower greenhouse gas emissions. Through LCA, I evaluated the environmental footprint across the entire production cycle, from energy and water consumption to waste generation.

• The study explored how cultivated meat could be a sustainable alternative to conventionally produced meat. The analysis revealed critical insights into the potential for cultivated meat to replace widely used traditional methods, offering a more environmentally friendly solution to the growing demand for meat products.

Through this research, I demonstrated the ability to apply Life Cycle Assessment methodologies to evaluate new products and systems. This approach highlights the environmental impacts of cultivated meat and underscores the potential of using LCA to assess alternative solutions across various industries, ensuring their sustainability and feasibility as replacements for conventional methods.