P. Tadini

Papers

Total Citations

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About

P. Tadini is a leading researcher in space debris mitigation and active debris removal (ADR), with a primary focus on developing innovative propulsion solutions for orbital cleanup. Their work addresses one of the most pressing challenges in spaceflight: the growing accumulation of defunct satellites and rocket bodies in low Earth orbit (LEO), where over 97% of cross-sectional mass is now concentrated in roughly 4,500 intact objects. Tadini’s major contribution lies in pioneering the concept of a hybrid propulsion module—combining chemical and electric thrusters—for capturing and deorbiting large debris. Their 2013 paper, “Active space debris removal by a hybrid propulsion module,” with 75 citations, is a foundational study demonstrating how such a system can efficiently target high-risk debris while minimizing fuel consumption. A companion 2012 paper (14 citations) further details the module’s design and operational logic, emphasizing the urgency of a 145-metric-ton annual debris increase. Tadini’s work has directly informed mission architectures for debris removal, influencing both European Space Agency roadmaps and commercial ADR initiatives. Their research remains vital for ensuring sustainable access to space, offering a practical path to reduce collision risks and preserve orbital environments for future generations.