Anti-Global Warming Device Utilizing Atmospheric Carbon Capture and Renewable Energy Conversion System

Unofficial AI-generated summary based on the public title and abstract. Not an official translation.

🔬研究者:DAC技術の新しい設計アプローチとして参考になるが、実証データがないため評価は限定的。

🏢実務担当者:企業のカーボンオフセット戦略として可能性を検討する価値があるが、現状は概念段階。

🏛政策担当者:分散型DAC技術の政策的支援を検討する際の参考事例。

Title: Anti-Global Warming Device Utilizing Atmospheric Carbon Capture and Renewable Energy Conversion System Abstract An anti-global warming device is disclosed, designed to mitigate the effects of climate change through the direct capture of atmospheric carbon dioxide (CO₂), its subsequent processing into useful byproducts, and the release of purified oxygen (O₂) back into the environment. The system integrates renewable energy sources, specifically solar energy, to ensure sustainable operation. The invention comprises a modular architecture including an air intake system, carbon capture filtration unit, conversion chamber, oxygen release mechanism, storage module, and an integrated solar power system. The device is scalable and suitable for residential, commercial, and industrial applications. Field of the Invention The present invention relates generally to environmental engineering and climate control technologies. More specifically, it pertains to atmospheric carbon capture devices and systems designed to reduce greenhouse gas concentrations and mitigate global warming through sustainable and renewable processes. Background of the Invention Global warming is primarily driven by the accumulation of greenhouse gases, particularly carbon dioxide (CO₂), in the Earth's atmosphere. Industrialization, fossil fuel combustion, deforestation, and urbanization have significantly increased atmospheric CO₂ levels, leading to rising global temperatures, climate instability, and environmental degradation. Existing technologies for carbon capture, such as carbon capture and storage (CCS), are often large-scale, expensive, and energy-intensive, making them impractical for widespread decentralized use. Furthermore, many current systems rely on non-renewable energy sources, thereby reducing their overall environmental benefit. There exists a need for a compact, energy-efficient, and scalable device capable of capturing atmospheric CO₂, converting it into useful materials, and operating on renewable energy. The present invention addresses these shortcomings by providing an integrated and eco-friendly solution. Summary of the Invention The invention provides an anti-global warming device that performs the following core functions: Atmospheric Air Intake – Drawing ambient air into the system. Carbon Capture – Filtering and trapping CO₂ using specialized materials. Conversion Process – Transforming captured CO₂ into useful byproducts such as fuel, building materials, or industrial chemicals. Oxygen Release – Emitting purified oxygen back into the environment. Energy Efficiency – Utilizing solar panels as the primary power source. Storage Capability – Safely storing converted materials for later use. The device is designed to be modular, allowing scalability and adaptability across different environments, from individual homes to large urban installations. Brief Description of the Drawings The figure (A4 design illustration) depicts: A central cylindrical device housing multiple internal components. A top-mounted solar panel array configured in a radial pattern. Side panels showing airflow, filtration, and conversion processes. Infographic elements indicating system stages and outputs. Detailed Description of the Invention 1. Overall System Architecture The anti-global warming device consists of a vertically oriented cylindrical body enclosing multiple functional compartments. The outer shell is constructed from weather-resistant, corrosion-resistant materials such as reinforced polymer composites or stainless steel. The device is divided into the following main sections: Air Intake Module Carbon Capture Filter Unit Conversion Chamber Oxygen Output System Storage Compartment Solar Power System Each component is interconnected and controlled via an embedded microcontroller system. 2. Air Intake Module The air intake system is positioned at the upper or lateral sections of the device and comprises high-efficiency, low-energy fans. These fans draw ambient air into the device continuously. Features include: Variable-speed fan control based on air quality sensors Pre-filtration mesh to remove dust and particulates Aerodynamic ducting to maximize airflow efficiency The intake system ensures optimal air circulation and maximizes CO₂ capture efficiency. 3. Carbon Capture Filter Unit The carbon capture unit is the core functional component responsible for extracting CO₂ from the air. It utilizes advanced sorbent materials such as: Amine-based filters Metal-organic frameworks (MOFs) Activated carbon composites The filtration process involves: Adsorption of CO₂ molecules onto the filter surface Separation of CO₂ from other atmospheric gases Periodic regeneration of filters via heat or pressure swing processes This unit is designed for high efficiency and low maintenance, with replaceable or regenerable filter cartridges. 4. Conversion Chamber Once captured, CO₂ is directed into the conversion chamber. This chamber employs chemical or electrochemical processes to transform CO₂ into useful products. Possible conversion methods include: Electrolysis: Converting CO₂ into carbon monoxide and oxygen Sabatier Reaction: Producing methane fuel Mineralization: Creating solid carbonates for construction materials Chemical Synthesis: Producing industrial chemicals The chamber is equipped with: Catalysts to accelerate reactions Temperature and pressure control systems Reaction monitoring sensors This transformation adds economic value while reducing atmospheric carbon. 5. Oxygen Output System A key feature of the invention is the release of purified oxygen as a byproduct. After CO₂ separation and conversion, excess oxygen is filtered and released into the environment. Benefits include: Improved air quality Enhanced urban oxygen levels Contribution to ecological balance The oxygen output system includes: Purification membranes Controlled release valves Environmental sensors to regulate output 6. Storage Module Converted products are stored in an integrated storage compartment located at the base of the device. The storage system is designed to safely contain various forms of output, including: Liquid fuels Solid materials (e.g., carbon blocks) Chemical compounds Features include: Sealed containers to prevent leakage Modular storage units for easy removal and transport Monitoring systems for capacity and safety 7. Solar Power System The device is powered primarily by solar energy, ensuring sustainable and independent operation. The solar panel array is mounted at the top in a petal-like configuration to maximize sunlight exposure. Key aspects: Photovoltaic panels with high conversion efficiency Battery storage system for nighttime operation Smart energy management system This eliminates reliance on fossil fuels and enhances environmental benefits. 8. Control and Monitoring System An integrated control unit manages all device operations. It includes: Microcontroller or embedded processor Sensors for CO₂ levels, temperature, airflow, and energy usage Wireless connectivity for remote monitoring Users can track: CO₂ captured per day Oxygen released Energy consumption System performance Advantages of the Invention Eco-Friendly: Reduces greenhouse gases while producing oxygen Renewable Energy Powered: Operates on solar energy Scalable Design: Suitable for homes, cities, and industries Economic Value: Converts waste CO₂ into useful products Compact and Modular: Easy installation and maintenance Improved Air Quality: Direct environmental benefit Industrial Applicability The device can be deployed in: Urban environments Industrial zones Residential areas Public spaces such as parks and campuses It can also be integrated into smart city infrastructure and environmental monitoring systems. Claims A device for reducing atmospheric carbon dioxide comprising an air intake module, carbon capture filter, conversion chamber, oxygen output system, storage module, and renewable energy source. The device of claim 1, wherein the carbon capture filter utilizes amine-based or metal-organic framework materials. The device of claim 1, wherein the conversion chamber converts CO₂ into fuel, construction materials, or industrial chemicals. The device of claim 1, wherein the renewable energy source comprises solar panels and battery storage. The device of claim 1, further comprising a control system with sensors and remote monitoring capabilities. The device of claim 1, wherein the system is modular and scalable for different applications. Conclusion The anti-global warming device represents a significant advancement in environmental technology by combining carbon capture, resource conversion, and renewable energy into a single integrated system. It offers a practical and scalable solution to one of the most pressing global challenges—climate change—while providing economic and ecological benefit.

• openalex https://doi.org/10.5281/zenodo.20286008first seen 2026-05-21 04:50:46