Space Junk Gold Rush: Inside the 2025–2032 Race to Clean Up Earth’s Orbit and Cash In on Sustainability
Earth’s orbits have become a cosmic junkyard. Decades of launches have left tens of thousands of pieces of debris whizzing around the planet at 28,000 km/h, each one a potential bullet threatening active spacecraft vivatechnology.com vivatechnology.com. As of mid-2020s, over 32,000 debris objects are regularly tracked by space surveillance networks, while an estimated 130+ million fragments are too small to track but still dangerous clearspace.today. This crowded orbital environment raises the odds of catastrophic collisions. Even a 1-cm fragment can disable or destroy a satellite due to the high-impact energy at orbital velocities vivatechnology.com. The International Space Station routinely performs evasive maneuvers to dodge debris and protect its crew vivatechnology.com. The nightmare scenario haunting experts is “Kessler Syndrome” – a cascade of collisions generating self-sustaining debris clouds that could render parts of orbit unusable vivatechnology.com. Fears of such a chain reaction are no longer theoretical; in recent years, several events have dramatically worsened the debris problem. In 2007, a Chinese anti-satellite test obliterated a defunct satellite, spawning over 3,000 trackable fragments. In 2009, an active U.S. Iridium satellite collided with a dead Russian Kosmos satellite, creating another massive debris field www2.deloitte.com vivatechnology.com. These incidents, along with routine explosions of spent
