Fiber reactor technology provides 10 times the available surface area used to mix immiscible liquids compared to other industrial two-phase column mixers including static columns with packed media and agitated columns.
It is highly efficient at driving chemical processes to equilibrium.
The core of the technology resides in the fiber induced microchannel array extending down the column length where thin layers of liquid streams can be efficiently contacted.
Microchanneling dramatically increases the surface area of interfacial contact between two immiscible liquids and reduces reactor residence time.
Lack of chaotic churn mixing results in rapid and neat phase segregation between the immiscible liquids to permit shorter settling tanks.
VFT fiber reactor technology enables efficient stream processing at low operating expenses to remove contaminants.
Whether it involves recovery of aromatics used in flavors and fragrances, rare earths and metals needed for various catalysts, electronics and medical devices, or premium ingredients destined for biopharma and nutraceutical compounding, VFT can develop a process which achieves the intended goals while doing so in a cost-effective manner.
The high surface area achieved by the fiber reactor can be utilized to drive any chemical reaction to equilibrium which requires intimate contact between two immiscible liquids.
Historically, purification processes used in the degumming and pretreatment of food oils and fuel production feedstocks required substantial factory footprint and a high degree of complexity. These antiquated processes suffer
Join Visionary Fiber Technologies (VFT) at the 2024 AOCS Annual Meeting & Expo in Montreal (April 28 to May 1, 2024) to learn about our revolutionary massive microfluidic systems, poised
VFT has been awarded a CMI grant for a project that aims to enhance critical mineral separation for sustainable extraction.
Biofuels offer a sustainable alternative to fossil fuel analogues and a path to reduce greenhouse gas emissions and other air pollutants in the transportation sector. Unlike Petroleum-derived fuels, biofuels can
VFT has begun to evaluate fiber reactor technology for the separation of nickel and cobalt from an acidic leach liquor representative of a lithium-ion battery recycling process. In preliminary experiments
VFT, Inc has developed a cost-effective fiber reactor extraction process to remove iron impurity from feedstocks. A chloride based Pregnant Leach Solution with a total rare earth content of 89.2
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