# OpenAir Cyan

> Cyan is a small-scale direct air carbon capture system designed for individual use. This portable system operates at a small enough scale to empower individuals to tangibly experience carbon dioxide removal directly from the air.

**Wikidata**: [Q136088954](https://www.wikidata.org/wiki/Q136088954)  
**Source**: https://4ort.xyz/entity/openair-cyan

## Summary
OpenAir Cyan is a small-scale, portable direct air carbon capture (DACC) system designed for individual use. It operates at a scale small enough to allow individuals to directly experience carbon dioxide removal from the air, making climate action more accessible and tangible.

## Key Facts
- **Instance of**: Open hardware (design documents openly accessible and modifiable)
- **OSHWA UID**: us001095 (Open Source Hardware Association unique identifier)
- **Scale**: Small-scale DACC system for individual use
- **Portability**: Designed to be portable, enabling direct personal engagement with carbon removal
- **Purpose**: Empowers individuals to tangibly experience CO₂ removal from the air
- **Classification**: Part of the open hardware movement, promoting transparency and community collaboration

## FAQs
### Q: What is OpenAir Cyan, and who can use it?
A: OpenAir Cyan is a portable, small-scale direct air carbon capture (DACC) system designed for individual use. It allows people to directly experience carbon dioxide removal from the air, making climate action more accessible.

### Q: Is OpenAir Cyan open-source hardware?
A: Yes, OpenAir Cyan is classified as open hardware, meaning its design documents are openly accessible and modifiable by others. It has the OSHWA UID us001095.

### Q: How does OpenAir Cyan differ from large-scale carbon capture systems?
A: Unlike large-scale industrial carbon capture systems, OpenAir Cyan operates at a small scale, making it portable and usable by individuals. This design empowers personal engagement with carbon removal efforts.

### Q: What problem does OpenAir Cyan solve?
A: OpenAir Cyan addresses the challenge of making carbon removal more accessible and tangible by providing a portable, individual-scale solution. It allows people to directly contribute to reducing atmospheric CO₂.

### Q: Can OpenAir Cyan be modified or improved by others?
A: Yes, as open hardware, OpenAir Cyan’s design is openly accessible, allowing users and developers to modify and enhance the system based on their needs.

## Why It Matters
OpenAir Cyan represents a significant shift in how individuals can engage with carbon removal. By operating at a small, portable scale, it democratizes climate action, making it possible for people to directly experience the impact of reducing atmospheric CO₂. As part of the open hardware movement, it promotes transparency and community collaboration, encouraging innovation and customization. This system aligns with broader efforts to decentralize climate solutions, empowering individuals to take meaningful steps toward mitigating climate change.

## Notable For
- **Individual-scale DACC**: One of the few systems designed for personal use, making carbon removal more accessible.
- **Open hardware classification**: First assigned the OSHWA UID us001095, reflecting its commitment to transparency and community collaboration.
- **Portable design**: Enables direct personal engagement with carbon removal, distinguishing it from large-scale industrial systems.
- **Empowerment through tangibility**: Allows users to visibly experience the process of CO₂ removal, fostering a sense of direct contribution to climate action.

## Body
### Design and Functionality
OpenAir Cyan is a small-scale direct air carbon capture (DACC) system, meaning it removes CO₂ directly from ambient air rather than capturing emissions from industrial sources. Its portable design allows individuals to operate it in various settings, making carbon removal more accessible.

### Open Hardware Status
As open hardware, OpenAir Cyan adheres to the principles of the open hardware movement. This classification ensures that its design documents are openly accessible, enabling users and developers to modify, improve, and build upon the system. The OSHWA UID us001095 further formalizes its status within the open hardware community.

### Impact and Accessibility
By operating at an individual scale, OpenAir Cyan empowers people to directly experience the process of carbon removal. This tangible engagement with climate action aligns with broader efforts to decentralize climate solutions, making them more inclusive and participatory.

### Community and Innovation
As part of the open hardware ecosystem, OpenAir Cyan fosters collaboration and innovation. Its design can be adapted and enhanced by users, contributing to a culture of shared knowledge and continuous improvement in carbon capture technology.