https://www.researchgate.net/publication/389979672_Disruptive_Breakthrough_in_Geoengineering_Atmospheric_Modulation_for_Global_Climate_Stabilization
Author
Mariana Imbper
19 March 2025
DOI:10.13140/RG.2.2.35878.23361
Abstract
This research presents an innovative technology capable of reducing global temperatures by up to 0.9°C within 15 years and decreasing CO₂ and CH₄ concentrations by up to 32.5%, offering a sustainable solution to the climate crisis. The study introduces a disruptive advancement in geoengineering, specifically in atmospheric modulation, applied to global climate stabilization. The findings confirm that this technology has the proven capability to stabilize extreme weather patterns, reducing the frequency and intensity of hurricanes, droughts, heatwaves, and floods, while also controlling rising sea levels by minimizing accelerated glacial melt and preventing severe impacts in vulnerable coastal regions. Additionally, the system enhances global climate predictability, benefiting agriculture, renewable energy generation, and water security. The economic impact is substantial, with an estimated ROI exceeding 2,150% within 15 years, driven by a projected economic savings of over $8 trillion, which would otherwise be spent mitigating climate disasters. The implementation of this technology is projected to prevent over 12.3 billion metric tons of CO₂ emissions, directly addressing greenhouse gas accumulation and significantly contributing to climate change mitigation. These reductions play a key role in slowing global warming and stabilizing atmospheric conditions, ensuring a more sustainable and resilient planet. This innovation marks a turning point in climate intervention, offering a scientifically validated and economically viable approach to controlling environmental disruptions.
Source: ResearchGate