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Green Nano-Silica

Green nano-silica: Turning solar waste into high-value materials

Our green nano-silica is produced from end-of-life solar panels, creating a new value stream from an underutilized resource and supporting a more circular approach to material production.

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Upcycled from solar panel Upcycled from Solar Panels

Our green nano-silica is produced from end-of-life solar panels, creating a new value stream from an underutilized resource and supporting a more circular approach to material production

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Tailored material properties Tailored Material Properties

Circularis can engineer and optimize key material properties, including particle size, surface characteristics, pore structure, composition, and other surface properties, depending on the requirements of the target application.

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High-value industrial material High-value Industrial Material

Green nano-silica can be used as a functional material in a wide range of industrial applications, where silica properties such as particle size, surface area, and surface characteristics are important to product performance.

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Diverse industrial applications Diverse Industrial Applications

Can be used in the rubber and tire industry, coatings, construction materials, catalyst materials, polymer materials, composite materials, and other advanced materials.

Diverse industrial applications Industrial Applications

  • Tires and rubber
  • Coatings
  • Construction materials
  • Catalyst materials
  • Polymer and composite materials
  • Other advanced material applications
From Solar Waste to Advanced Materials

From solar waste to advanced materials

Circularis combines waste valorization and advanced material technology to transform end-of-life solar panel glass into high-value green nano-silica for industrial applications.

Customized Catalyst Solutions

Customized catalysts
Engineered for specific applications

Circularis develops customized catalyst solutions designed to meet the specific requirements of industrial and environmental applications. By combining expertise in zeolite chemistry, catalyst development, and waste valorization, we engineer catalyst materials with tailored properties and performance.

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Tailored catalyst design Tailored Catalyst Design

Circularis can customize key catalyst properties, including composition, pore structure, surface characteristics, acid–base properties, active metal species, and particle size, to meet specific application requirements.

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Zeolite-based catalysts Zeolite-based Catalysts

Our zeolite-based catalyst platform enables the design of materials with controlled porosity, acidity, surface properties, and metal active sites, providing flexibility for different catalytic processes.

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Environmental applications Environmental Applications

Customized catalysts can be developed for emission control and environmental applications, including Selective Catalytic Reduction (SCR) and other processes for the treatment of industrial emissions.

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From waste to catalyst materials From Waste to Catalyst Materials

Circularis integrates waste valorization with advanced catalyst development, utilizing recovered resources as feedstocks for high-value catalyst materials and supporting a more circular approach to industrial material production.

Diverse industrial applications Catalyst Applications

  • Ethanol conversion
  • Selective Catalytic Reduction (SCR)
  • Other application-specific catalytic processes
  • Industrial Pollution Control
  • Environmental processes
  • Other advanced material applications
Designed Around Your Process

Designed for your application

Circularis works with customers to develop and optimize catalyst materials according to their process conditions and performance requirements.