exist Women 2026 Neda Sadat Kazemeinjasemi
LeafOxy — Transforming Leaf Waste into Planetary Oxygen
LeafOxy Technologies develops a biotechnology-based system that converts fallen leaves into oxygen while reducing carbon emissions. Using optimized microbial and enzymatic processes in controlled bioreactor systems, LeafOxy accelerates natural decomposition and enhances beneficial biochemical pathways. This sustainable solution transforms urban leaf waste into a valuable environmental resource, contributing to cleaner air, circular bioeconomy models, and innovative climate technologies for cities and municipalities.
Academic field: Biotechnology, Environmental Science, Biochemistry, Climate Technology
Vision:
Our vision is to develop LeafOxy Technologies into a leading climate-technology company that transforms organic waste into environmental value. By combining biotechnology, microbial engineering, and bioreactor systems, we aim to convert fallen leaves and plant biomass into oxygen while reducing CO₂ emissions from natural decomposition. The long-term goal is to implement scalable systems for cities, municipalities, and green infrastructure, supporting sustainable waste management and cleaner air. Through continuous research and innovation, LeafOxy seeks to contribute to global climate protection and establish new circular bioeconomy solutions that turn natural waste streams into resources for a healthier planet.
LeafOxy will succeed because it converts an abundant urban waste stream—fallen leaves—into a scalable climate solution using biotechnology, creating both environmental and economic value.
Personal superpower:
My personal superpower is my interdisciplinary expertise in biochemistry and plant biology, combined with strong scientific connections to leading professors and researchers. As a scientific advisor to climate-focused initiatives such as Concret4Change, I bring both academic insight and industry collaboration to develop innovative solutions for reducing CO₂ levels and addressing global environmental challenges.