Electrocatalytic hydrogenation with nanostructured ni films for low trans fat production

Overview

This technology presents a novel method for electrocatalytic hydrogenation using nanostructured nickel (Ni) films embedded in a fixed 3D porous medium. The approach aims to produce healthier oils with reduced trans fat content by enhancing saturation levels without the need for post-reaction catalyst filtration. By precisely controlling the current through the Ni films, this method achieves high selectivity and fast reaction rates, offering a cleaner and more sustainable alternative to traditional hydrogenation techniques.

Technical specifications

• Nanostructured Ni films: Embedded within a fixed porous medium to maximize surface area and catalytic efficiency.
• Electrocatalytic properties: Ni films accelerate reaction rates and enhance selectivity, minimizing trans fat production.
• Energy efficiency: Operates at lower temperatures with a continuous flow process, improving environmental and cost efficiency.
• Catalyst regeneration: Fixed Ni films enable easy regeneration and reuse without the need for filtration.
• Dynamic control: Electrical control allows fine-tuning of the hydrogenation process to achieve desired saturation levels.

Technology readiness level

Currently at TRL 2, the technology has been demonstrated at lab scale with plans for optimization and pilot testing. The future research plan includes lab-scale experiments to refine conditions and protocols, followed by pilot tests to assess scalability and integration into industrial settings.