Why Carbon Capture technology?
The Carbon Capture technology is an environmentally friendly water scrubbing process, based on CO2-to-water physical absorption phenomenon. The absorption process takes place in vertical, low pressure, ambient temperature gas purification reactors requiring no additional regeneration energy, e.g. steam or heat regeneration. Continuous process involves no toxic chemicals, offering premium Health, Safety and Environmental (HSE) compliance.
The innovative, patented Carbon Capture technology and process design results in effective and cost-efficient CO2 production, with optimal capital expenditure (CAPEX) and low operating expenses (OPEX). The CO2-plant is easy to connect and adapt to any existing process and environment.
Carbon Capture Process is suitable for flue gases with 5-90 % of CO2-content
With full scope plant deliveries and value-added life-cycle services we strive to be your preferred partner for your current and future needs. Take a contact to our team.
Carbon Capture System
Our patented CO2 capture system is designed with a strong emphasis on environmental sustainability, utilizing only water as the solvent and avoiding harmful chemicals.
CO2 capture system is suitable for:
- Cement plants
- Power plants
- Pulp mills
- Lime kilns
- Breweries
In this process, flue gas from industrial process is pressurized in the system, where it interacts with water in a countercurrent flow. This interaction allows CO2 to dissolve into the water according to different partial pressures and solubility, while the treated flue gas is removed from the top of the absorber. In the desorption stage, the CO2-rich water is treated to separate and purify the carbon dioxide from other gases. The result is high-quality CO2, ready for various industrial uses such as in the food industry.
By using only water, our system not only effectively reduces CO2 emissions but also minimizes environmental impact, making it a clean and eco-friendly solution for carbon capture. This innovative method highlights our dedication to protecting the environment and promoting sustainable technologies.
1. Absorber
In the absorber column, flue is gas is pressurized at the bottom of the column. The water as solvent flows down from the top of the column in counter current manner to interact with flue gas. As flue gas and water interact, CO2 dissolves in the water under pressure according it’s partial pressure and solubility, forming carbonic acid. This carbonated water is then transferred to flash tank. Other gases like nitrogen and oxygen are removed from the top of the column.
2. Flash tank
The function of the flash tank is to remove impurities, mainly oxygen and nitrogen and in the solvent remain almost pure carbon dioxide remain in the solvent.
3. Desorption
From the desorption tank, carbon dioxide separates from the solvent in high quality. The separated CO2 can then be directed back to the industrial process, pressurized or liquefied in tanks, depending on the desired transfer method.
4. Post-desorber
The water from the desorber transfer to the proprietary post-desorber to remove residue CO2 from the water to increase the mass transfer gradient.
Get to Know Carbon Capture technology
Clean and Environmentally Friendly Process
Carbon Capture technology uses water as the only solvent, no needing water adding in the process and eliminating the need for chemicals or hazardous components, making it a safe and eco-friendly solution for carbon capture. This clean approach ensures minimal environmental impact while providing effective CO2 capture.
Patented and Proven Process Technology
Carbon Capture patents across a globe within different applications, showcasing our innovative and reliable carbon capture technology. Our solutions are thoroughly tested and validated, ensuring top performance and compliance with industry standards.
Competitive and Cost-Efficient
Carbon Capture technology is highly cost-efficient for CO2 capture. It’s a most cost-efficient process than any other carbon capture technology (CO2 capture cost even 10 €/t).
Physical Process is Easy to Control
Its physical nature makes it more affordable than other carbon capture technologies, providing significant economic benefits.
Energy Recovery
Carbon Capture technology allows for the recovery of waste energy through proper devices, enhancing overall efficiency and sustainability. This capability supports the integration of our technology into existing industrial processes, maximizing resource utilization.
Best Choice for the Food Industry
Unlike other carbon capture technologies, Carbon Capture technology uses no chemicals, making it ideal for food industry applications such as breweries. This chemical-free process ensures that food products remain uncontaminated, adhering to strict industry regulations.
No Need for Steam or Heat Energy
Our technology operates solely on electricity, which can be sourced from clean energy, eliminating the need for steam or heat. This reliance on clean electricity further reduces the environmental footprint and simplifies the integration process.
Low Maintenance
The absence of chemicals and heat in the Carbon Capture technology means there is no risk of corrosion or damage, resulting in low maintenance requirements. This durability ensures long-term reliability and reduces operational costs.
Scalable and Versatile
Carbon Capture technology is easily scalable and applicable to various industries, including lime kilns, pulp mills, power plants, breweries, and refineries. This versatility allows for widespread adoption and significant impact across different sectors.
Contact Us!
How can we help?
CARBONREUSE FINLAND OY
Simpalantie
18 58420 Silvola
FINLAND
Jouni Helppolainen | Sales Director
tel. +358 44 0973111
jouni.helppolainen@carbonreuse.fi
Heshmat Rezai | Product Manager
tel. +358 44 2353017
heshmat.rezai@carbonreuse.fi
Toni Pesonen | Technology Director
tel. +358 50 5945035
toni.pesonen@carbonreuse.fi
Juha Silvennoinen | Juha Silvennoinen | R&D and Technology Manager
tel. +358 44 9881430
juha.silvennoinen@carbonreuse.fi