Beyond Scroll manufactures oil-free gas compressors utilizing co-rotating scroll technology, which efficiently compresses special gases without contamination. This design enhances performance and reliability in demanding applications such as hydrogen production, aerospace, and medical environments, while minimizing maintenance needs.
Funding
$260K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional gas compressors often use oil lubrication, which can contaminate the compressed gas. This contamination is problematic in applications requiring high purity, such as hydrogen production, aerospace, and medical environments. Traditional compressors may also suffer from reliability issues and require frequent maintenance.
Solution
Beyond Scroll manufactures oil-free gas compressors using co-rotating scroll technology. This design ensures that the gas remains free from contamination, making it suitable for applications requiring high purity. The co-rotating scroll mechanism enhances performance and reliability while minimizing the need for maintenance. The hermetic compressor design, featuring magnetic coupling and an external inverter, ensures that electricity never comes into contact with the gas, making the system explosion-proof and leak-free.
Target Audience
The primary customers are companies in the hydrogen production, aerospace, medical, and heat pump industries that require high-purity gas compression.
Features
- Oil-free compression ensures gas purity and eliminates contamination risks.
- Co-rotating scroll technology enhances efficiency and reliability.
- Hermetic design with magnetic coupling prevents leaks and ensures explosion-proof operation.
- Suitable for compressing special gases, including hydrogen.
- High power density design for aerospace applications, delivering maximum performance in minimal weight and space.
- Low-pressure compression capabilities for hydrogen production after electrolyzers (1 to 30 bar).