APPLICATIONS
Photo-Chemicals
From laboratory R&D and process development to pilot plant design and large-scale industrial production, the Redeem Flow Reactor is designed for seamless integration.
THE ALL-IN-ONE SOLUTION TO PRODUCE PHOTO-CHEMICALS
The Redeem Solar Technologies Differentiators
Customizable
We can tailor our reactor to meet your specific requirements, whether you require standard solutions or highly customized options. Select from a diverse range of materials and geometries to suit your needs.
Leverage The Benefit of Solid Catalysts
Engineers designed our reactors to accommodate a broad range of photocatalysts. More importantly, they are uniquely tailored to excel in operating solid photocatalysts unlike any other.
Scalable
Our reactors enable a smooth transition from R&D lab testing to pilot and production units, thanks to our highly scalable reactor design.
In-House Testing and Catalyst Library
The Redeem team comprises experts in photocatalysis who can either optimize and test your specific process in-house or provide you with a vast catalyst library for your own screening purposes.
Robust, Easy to Maintain
Redeem builds its reactors with longevity in mind. We achieve this by using high-quality materials and designing our reactors for fast and easy maintenance.
Combine The Benefits of Photo and Flow Chemistry
Gain exclusive access to reactions made possible only through photochemistry. Execute them with high efficiency using a continuous flow process, while also leveraging the sustainability advantages that both processes offer to your industry.
PHOTO-CHEMICALS FOR KEY INDUSTRIES
The Redeem Photo Reactor Brings Long-Term Sustainability to Your Industry.
Pharmaceutical Production
Rapid synthesis of molecular libraries
High selectivity in production.
Scalable from R&D to full-scale production.
Automated optimization and production
Chemical Industry
High atomic-efficacy
Low carbon foot print
Operates under benign conditions.
Versatile and applicable to multiple processes.
HOW WE DO IT
Redeem Photo-reactor Harnesses the Energy of Light for Sustainable Chemical Conversions
Redeems Photo-reactor represents a revolutionary approach to chemical transformations by leveraging the power of light through photocatalysis. This innovative concept is based on the Redeem Flow-reactor design and merges the advantages of photo-chemistry with the efficiency of flow chemistry, offering a cutting-edge solution for various industries. At the core of the Redeem Photo-Panel is the patented Redeem photo-catalytic technology, which serves as the foundation for producing a diverse range of chemicals, from sustainable chemicals to green hydrogen.
What sets the Redeem Photo-reactor apart is its unique design that encapsulates a solid photo-catalyst developed by Redeem, ensuring unparalleled catalyst performance and longevity without the need for frequent recycling. This design exists in 10 different configurations each has been meticulously crafted using extensive 3D modeling, Computational Fluid Dynamics CFD, and process simulation tools to optimize liquid flow patterns and ensure exceptional catalyst stability.
The Redeem Scientific Team has developed and patented unique catalyst formulations that yields highly stable and high-performing photo-catalysts. These catalysts enable reactions to occur using UV and visible light, showcasing our commitment to sustainable and eco-friendly practices.
The synergy between the Redeem Photo-reactor and Photo-catalyst is paramount. The reactor is designed to maximize the surface area available for light interaction with the catalyst, while the catalyst is tailor-made for long-term stability and exceptional performance under UV and visible light spectrum. This cohesive design ensures optimal functionality and efficiency, making Redeem Solar Technologies a leader in innovative chemical processes.
One of the standout features of Redeem Photo-reactor is the optional embedded membrane, which facilitates co-current gas separation or addition within the reaction device itself. This innovative feature streamlines processes and enhances overall efficiency, making it a game-changer for chemical production.