Supercritical CO₂ extraction is an advanced separation technology that uses carbon dioxide in its 'supercritical' phase above 31.1 °C and 73.8 bar to obtain oils, aromas, active ingredients, and functional compounds from natural raw materials with high purity and without solvent residue.
In this method, CO₂ carries both gas and liquid properties, easily penetrating the material and selectively dissolving target compounds. The resulting product meets high quality standards for food, cosmetics, pharmaceuticals, and biotechnology applications.
As Arsen Process, we are one of the few companies in Turkey and the world that can design and manufacture supercritical CO₂ extraction systems on an industrial scale. We develop all our systems with our own engineering team, offering high-pressure, food- and pharmaceutical-grade, fully stainless steel process solutions.
With this technology:
We offer turnkey solutions to our customers.
Natural Protection with High Technology Supercritical CO₂ pasteurization is an advanced technology that uses carbon dioxide in its supercritical phase above 31.1 °C and 73.8 bar to achieve microbial inactivation in heat-sensitive food and biotechnological products. This innovative method provides pasteurization without exposing products to high heat, preserving their nutritional value, taste, aroma, and functional properties.
Supercritical CO₂ carries both gas and liquid properties. Thanks to this feature, it deeply penetrates the product, disrupts the cell membranes of microorganisms, and renders them inactive. All this occurs at low temperatures, without the use of solvents or chemical additives.
As Arsen Process, we are one of the few companies in Turkey and the world that can design and manufacture supercritical CO₂ pasteurization systems on an industrial scale. All our systems are produced with our own engineering infrastructure, entirely from stainless steel, food- and pharmaceutical-grade, and automation-controlled.
Arsen Process is a pioneering engineering company that develops supercritical CO₂ technologies in an integrated manner for pasteurization, extraction, and purification. With these systems, we combine food safety, quality preservation, and sustainable production goals in a single technology.
Stopping Industrial Carbon Emissions at the Source As Arsen Process, we capture carbon dioxide generated in industrial facilities at the source, recovering it as high-purity CO₂ before it is released into the environment. Our CO₂ capture systems are fully integrated with power plants, biogas facilities, fermentation lines, chemical processes, and industrial flue gas lines.
Technologies We Use:
Thus, CO₂ from emission sources is converted into a clean, pure, and reusable form.
Arsen Process is one of the few companies in Turkey and the world that can design CO₂ capture and purification systems on an industrial scale.
Captured carbon dioxide is converted into valuable products with Arsen Process’s advanced CO₂ conversion systems. Thus, carbon is not only captured—it is returned to the economic cycle.
We See Carbon Not as Waste, but as a Resource CO₂ advanced conversion technologies are innovative systems that convert captured carbon dioxide into reusable raw materials. As Arsen Process, we transform carbon from a byproduct of industrial processes into a strategic input for energy, food, chemical, and biotechnology sectors.
With these processes, both carbon emissions are reduced and circular economy principles are supported.
Arsen Process is one of the rare companies that can carry out the entire process from CO₂ capture to advanced conversion under one roof. Our systems developed with our own engineering infrastructure:
With our CO₂ advanced conversion solutions, we transform carbon into energy, products, and value without releasing it back into nature. Arsen Process is building the future of sustainable production with carbon-neutral technologies.