ARK Capture Solutions develops a breakthrough, full-electric hybrid technology for point source carbon capture. This solution offers low capture costs and record low energy consumption, specifically targeting industrial flue gases with low CO2 concentrations. The modular system enables autonomous operation without chemistry or hazardous materials, addressing a significant segment of global industrial emissions.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial facilities release significant amounts of carbon dioxide (CO2) into the atmosphere through flue gases, contributing to global warming and climate change. Existing carbon capture technologies often struggle to efficiently extract CO2 from flue gases, especially when CO2 concentrations are low, leading to high operational costs.
Solution
ARK Capture Solutions offers a modular carbon capture technology designed to efficiently extract CO2 from industrial flue gases, even at low concentrations. The system utilizes a hybrid approach, combining key technological strengths to minimize capture costs. Powered by renewable energy, the technology produces high-purity CO2, which can then be used for storage or utilization. The modular design allows for flexible configurations tailored to specific customer needs and plant setups, ensuring compatibility with various CO2 transport modes.
Target Audience
The primary target audience includes industrial facilities with point-source emissions, particularly those in sectors like manufacturing, energy production, and processing, seeking to reduce their carbon footprint.
Features
- Modular design for adaptable configurations based on customer needs
- Hybrid technology combining multiple processes for optimal efficiency
- Suitable for both low and high CO2 concentrations in flue gases
- Integration with renewable energy sources to minimize environmental impact
- Production of high-purity CO2 for storage or utilization
- Compatibility with diverse plant configurations and CO2 transport methods
- Fast upscaling development tested in real-world conditions