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Advanced CO2 Reaction Systems

Advanced CO2 Reaction Systems offer innovative solutions for supercritical CO2 reactions and solventless transformations, ensuring efficient transformations.

Product Overview

Our CO2 Reaction Systems are at the forefront of chemical processing technology, offering unparalleled efficiency and precision in supercritical CO2 reactions.

These systems are designed for a wide range of applications, from enzymatic transformations to aerogel production, employing solventless chemical transformations that are both environmentally friendly and highly effective.

With customisable configurations and high-pressure capabilities, our equipment caters to the rigorous demands of modern industrial and research settings, enabling precise control over reaction conditions and outcomes.

Features & Benefits

Greener Chemistry

Supercritical Reactions

Tailored Configurations

Custom Setup

Efficient Mixing

Magnetic Drive Stirring

Key applications

  • Supercritical CO2 Reactions: Harnesses the power of scCO2 for cleaner, greener chemical processes.
  • Customisable Reaction Configurations: Tailored setups to meet specific project needs and objectives.
  • High-Pressure Magnetic Drive Stirring: Ensures thorough mixing under extreme conditions.
  • Catalyst Basket Integration: Optimises reaction efficiency and catalyst recovery.
  • Flow and Pressure Mode Operations: Provides versatility in reaction setup and control.

Advanced CO2 Reaction Systems Product Videos

About the Advanced CO2 Reaction Systems

Introducing our cutting-edge CO2 Reaction Systems, designed to redefine the landscape of chemical transformations through the use of supercritical CO2 (scCO2). Recognising the growing need for more sustainable and efficient chemical processes, our systems offer a solution that not only addresses environmental concerns but also enhances process efficiency and product quality. The ability to perform solventless chemical transformations, including enzymatic reactions, in scCO2 presents a significant advancement over traditional methods, offering cleaner reactions with reduced waste and lower environmental impact.

The versatility of our systems is unmatched, providing customisable reaction configurations that can be adapted to a wide range of applications, from particle engineering to precision aerogel production. This adaptability ensures that researchers and industry professionals can achieve their specific goals with greater accuracy and efficiency. The integration of high-pressure reaction equipment, including reagent pumps and CO2 flow meters, allows for precise control over reaction conditions, ensuring reproducibility and high-quality results.

Advanced CO2 Reaction Systems

Moreover, our commitment to innovation is highlighted by the inclusion of advanced technologies such as high-pressure magnetic drive stirring and precision depressurisation technology. These features not only facilitate more effective mixing and control over reaction parameters but also enhance safety and scalability. The catalyst basket integration feature further underscores our system’s efficiency, allowing for easy recovery and reuse of catalysts, thus reducing costs and waste.

By choosing our CO2 Reaction Systems, clients are investing in a technology that promises to revolutionise the way chemical transformations are conducted. These systems not only offer environmental and economic benefits but also open new avenues for research and development in chemical processing, making them an indispensable tool for advancing sustainable chemistry.

"The Core Reaction system by Core Separations revolutionises chemical synthesis, combining advanced control with unparalleled efficiency for groundbreaking processing capabilities."

Product FAQ's

Supercritical CO2 reactions offer cleaner processes with reduced solvent use, lower environmental impact, and often higher efficiencies and selectivity’s.

Yes, our systems feature customisable reaction configurations to suit a wide range of chemical transformations and applications.

It ensures thorough mixing of reactants under high-pressure conditions, crucial for achieving uniform reaction conditions and optimal yields.

Applications range from pharmaceutical synthesis and enzymatic transformations to aerogel production and particle engineering, among others.

Absolutely, with scalable options and precision control, our systems are designed to support both research applications and industrial scale-up efforts.


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