Spitty Space
Atmosphere Space Converter
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The Atmosphere Space Converter is a revolutionary orbital technology that extracts air from Earth’s atmosphere and transforms it into unlimited supplies of water (Hâ‚‚O), oxygen (Oâ‚‚), and liquid carbon dioxide (COâ‚‚) directly in space. Designed for full sustainability, it powers the next generation of spacecraft propulsion systems while also enabling self-sufficient life support aboard stations and satellites. By eliminating the costly need to launch water and oxygen from Earth, the converter saves hundreds of millions annually and opens the door to long-term space habitation and deep space missions. Additionally, its COâ‚‚ capture capability contributes to global climate goals and enables planetary atmosphere engineering for missions to Mars or the Moon. This innovation marks a critical leap forward in sustainable space infrastructure, energy-efficient logistics, and climate-positive technologies.
Spitty Fully Sustainable Satellites.
Designed to be fully sustainable in space, and stay indefinitely in orbit.
This advanced satellite is designed to operate using a sustainable propulsion system powered by water vapor and liquid COâ‚‚ harvested directly from Earth’s atmosphere. The satellite features dual-array solar panels that provide renewable energy to power onboard converters and propulsion systems. At its core, the system uses condensed atmospheric inputs captured via the Atmosphere Space Converter infrastructure and ejects precise bursts of water and COâ‚‚ vapor for directional control and orbit adjustment. This innovative propulsion method eliminates the need for traditional fuel launches, drastically reducing operational costs and extending satellite mission life. It enables long-duration, low-maintenance missions ideal for Earth observation, climate monitoring, and deep-space communication networks—all while contributing to global sustainability goals.​
Spitty Satellites will be available on lease, thus making next generation s affordable for all.
Earth’s First Orbital Climate Defense System.
Filtering billions of tonnes of COâ‚‚ from the atmosphere—halting, and in theory, reversing global warming. Atmosphere Space Converter.
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The Atmosphere Space Converter functions as a revolutionary Earth Filter—a scalable orbital system capable of extracting billions of tonnes of COâ‚‚ directly from Earth’s atmosphere. As global carbon emissions exceed 36 billion tonnes per year (IEA, 2023), traditional ground-based solutions fall dramatically short of the 10 billion tonnes of annual removal needed by 2050 to meet IPCC targets. The Atmosphere Space Converter, when upgraded and deployed in sufficient numbers, can serve as a high-altitude filtration network—each unit acting like a planetary-scale air purifier. Drawing in atmospheric air via orbital intake systems and powered entirely by solar energy, each Earth Filter can remove 100–200 million tonnes of COâ‚‚ annually, without taking up land or producing secondary emissions. Unlike land-based carbon capture that faces geographic, political, and societal barriers, this orbital technology bypasses those limits and operates globally. Captured COâ‚‚ can be converted into clean liquid propellant for Spitty satellites or safely exported off-world to aid Mars or lunar terraforming projects. With hundreds or even thousands of Earth Filters in orbit, this system could not only halt the acceleration of global warming but potentially reverse it, bringing atmospheric COâ‚‚ concentrations down from current levels of over 420 ppm to pre-industrial levels near 280 ppm within decades. The Atmosphere Space Converter is more than a technology—it's Earth's first planetary-scale Climate Defense System.
The Atmosphere Space Converter represents one of the most financially transformative innovations in both the space and climate sectors. By producing oxygen, water, and liquid COâ‚‚ directly from Earth's atmosphere while in orbit, it eliminates the need for costly rocket launches to resupply satellites and space stations. This alone offers savings of over £170 million per year to the International Space Station and scales exponentially as new orbital stations and satellites come online. Additionally, its ability to generate eco-propulsion fuels in space opens new revenue streams in satellite operations, with the potential to capture a market worth £1 billion+ annually, while drastically reducing the cost of satellite production and
deployment with Spitty Satellites.
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More profoundly, the converter doubles as an orbital Earth Filter, with the capacity to remove billions of tonnes of COâ‚‚ from the atmosphere—an essential component of global climate goals. At carbon credit valuations of £50 per tonne, this technology could unlock over £50 billion per year in climate revenue alone. Add to this the multibillion-pound market for orbital water production, off-world fuel supply, and lunar or Martian infrastructure support, and the financial upside surpasses £60 billion annually. For investors, this means not only access to explosive growth markets—but also the opportunity to back a technology that could halt and potentially reverse global warming.