DuPont Water Solutions

DuPont FilmTecModel Fortilife CR100i -Water Treatment Element

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The FilmTec Fortilife CR100i Element is engineered to address the challenges of biological fouling in wastewater treatment systems. Its design minimizes differential pressure to enhance hydraulic balance, ensuring consistent flux distribution across system elements. This facilitates optimal performance in environments prone to biological fouling. The CR100i incorporates advanced membrane chemistry that offers resistance to organic fouling and supports effective cleaning processes. Its construction supports low energy consumption while maintaining high solute rejection rates. The iLEC interlocking end caps enhance productivity and reliability, mitigating risks associated with O-ring leaks. Ideal for industrial and municipal wastewater reuse applications, the CR100i Element provides solutions for demineralization of challenging industrial utility water feedstocks. With an ultra-low pressure drop design, it offers improved operational stability, and the robust membrane stands up to a wide pH cleaning range, ensuring longevity and cost-effective maintenance.

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The FilmTec™ Fortilife™ CR100i element is one of the industry’s most advanced fouling resistant element technology specially designed to provide relief from biological fouling. The element’s ultra low differential pressure provides improved hydraulic balance (more even distribution of flux across all the elements in the system) in a biological fouling environment such as wastewater treatment. This product also boasts a reliable and durable membrane chemistry, providing organic fouling resistance, cleanability, low energy operation, and excellent solute rejection. The iLEC™ interlocking end caps provide better productivity and reliability. These benefits are also available with standard FilmTec™ Fortilife™ CR100 element end cap design.

  • Industrial and Municipal Wastewater reuse such as in textiles, steel & metals, chemical & petrochemical.
  • Demineralization for industrial utility water with challenging feedwater.