Papers
2
Total Citations
89
H-Index
2
About
Carmen Pardini is a leading figure in space debris mitigation and orbital debris modeling, with a career dedicated to safeguarding the orbital environment. Her research centers on the characterization, risk assessment, and active removal of space debris—a critical field as the mass of artificial objects in orbit has grown to roughly 7,000 metric tons, with 97% of cross-sectional area in low Earth orbit concentrated in about 4,500 intact objects. Pardini’s most influential work, “Active space debris removal by a hybrid propulsion module” (2013, 75 citations), proposes an innovative, cost-effective solution for deorbiting large debris using a hybrid engine, directly addressing the escalating collision risk. Her earlier study (2012, 14 citations) laid foundational groundwork by quantifying the annual debris mass increase of 145 metric tons. Beyond these papers, Pardini has contributed to international debris mitigation guidelines and co-developed models used by space agencies to predict fragmentation events and reentry hazards. Her work has shaped policy and technology for sustainable space operations, earning her recognition as a key voice in preserving orbital accessibility for future generations.
Research Focus
Key Achievements
Top Papers
- 1Active space debris removal by a hybrid propulsion module75 citations · 2013
- 2Active space debris removal by hybrid engine module14 citations · 2012