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2025
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| Online Access: | https://doi.org/10.5281/zenodo.15352980 |
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| author | Gougouch, Abbey |
| author_facet | Gougouch, Abbey |
| contents | <p>This white paper introduces the AeroBubble Life Support System (ABLS), a novel concept for spacecraft environmental control. ABLS proposes the use of self-contained, gas-permeable membranes to facilitate oxygen storage, CO₂ absorption, and water recycling, reducing reliance on traditional mechanical-heavy life support systems. The system has been modeled using computational fluid dynamics (CFD) simulations, demonstrating its potential efficiency for long-duration space missions. This report provides a conceptual framework for assessing ABLS and invites further research into its feasibility for aerospace applications.</p> <p>While the principles of gas exchange, water recovery, and passive fluid dynamics are well-grounded in established science, ABLS remains a <strong>theoretical concept requiring experimental validation</strong>. Key considerations include <strong>material durability in a space environment, long-term gas diffusion efficiency, and scalability for varying crew sizes</strong>. This study does not present ABLS as a fully developed solution but as an <strong>innovative hypothesis</strong> for exploration. The objective is to encourage further testing and discussion within the scientific and engineering communities to assess its viability as a <strong>next-generation life support alternative</strong>.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_15352980 |
| institution | Zenodo |
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| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | AeroBubble Life Support System (ABLS), A Novel Approach to Spacecraft Environmental Control Gougouch, Abbey Life Support Systems Life Support Systems/instrumentation Life Support Systems/economics Life Support Systems/classification Life Support Systems/standards Life Support Systems/ethics Life Support Systems/history Life Support Systems/legislation & jurisprudence Life Support Systems/statistics & numerical data Life support systems Closed-loop environmental control Membrane recycling technology Oxygen recovery Water reclamation Passive aerospace systems Thermodynamic equilibrium Entropy convergence Projection logic Structural systems biology Vacuum sustainability Long-duration spaceflight UMT application Non-compressible fluid exchangeQuantum environmental interface Engineering → Aerospace Engineering Physics → Thermodynamics, Quantum Mechanics Environmental Sciences → Environmental Technology Life Sciences → Systems Biology, Biophysics Computer and Information Sciences Multidisciplinary <p>This white paper introduces the AeroBubble Life Support System (ABLS), a novel concept for spacecraft environmental control. ABLS proposes the use of self-contained, gas-permeable membranes to facilitate oxygen storage, CO₂ absorption, and water recycling, reducing reliance on traditional mechanical-heavy life support systems. The system has been modeled using computational fluid dynamics (CFD) simulations, demonstrating its potential efficiency for long-duration space missions. This report provides a conceptual framework for assessing ABLS and invites further research into its feasibility for aerospace applications.</p> <p>While the principles of gas exchange, water recovery, and passive fluid dynamics are well-grounded in established science, ABLS remains a <strong>theoretical concept requiring experimental validation</strong>. Key considerations include <strong>material durability in a space environment, long-term gas diffusion efficiency, and scalability for varying crew sizes</strong>. This study does not present ABLS as a fully developed solution but as an <strong>innovative hypothesis</strong> for exploration. The objective is to encourage further testing and discussion within the scientific and engineering communities to assess its viability as a <strong>next-generation life support alternative</strong>.</p> |
| title | AeroBubble Life Support System (ABLS), A Novel Approach to Spacecraft Environmental Control |
| topic | Life Support Systems Life Support Systems/instrumentation Life Support Systems/economics Life Support Systems/classification Life Support Systems/standards Life Support Systems/ethics Life Support Systems/history Life Support Systems/legislation & jurisprudence Life Support Systems/statistics & numerical data Life support systems Closed-loop environmental control Membrane recycling technology Oxygen recovery Water reclamation Passive aerospace systems Thermodynamic equilibrium Entropy convergence Projection logic Structural systems biology Vacuum sustainability Long-duration spaceflight UMT application Non-compressible fluid exchangeQuantum environmental interface Engineering → Aerospace Engineering Physics → Thermodynamics, Quantum Mechanics Environmental Sciences → Environmental Technology Life Sciences → Systems Biology, Biophysics Computer and Information Sciences Multidisciplinary |
| url | https://doi.org/10.5281/zenodo.15352980 |