Carbon Nanotube–Assisted Membrane Technology for High‑Efficiency Chemical Extraction (Carbon Nanotube Mediated Membrane Extraction, Tech ID: 08‑029)
Technology Overview: This technology introduces a carbon nanotube–mediated membrane extraction platform that enhances mass transfer during liquid‑phase separation processes. By incorporating carbon nanotubes into membrane structures, the system creates highly efficient transport pathways that improve permeability, selectivity, and extraction rates. The technology is applicable to a wide range of chemical and environmental separations, including trace contaminant removal and analytical sample preparation. Its design enables faster extraction with reduced solvent use, improving both performance and sustainability.
Industry Pain Point: Conventional membrane extraction methods are often slow, solvent‑intensive, and limited in sensitivity for low‑concentration targets.
NJIT Solution: This platform leverages nanotube‑enhanced transport to dramatically increase extraction efficiency while reducing processing time and solvent consumption.
Key Features & Advantages
- Carbon nanotube–enhanced permeability and mass transfer
- Faster extraction kinetics than traditional membranes
- Reduced solvent and energy requirements
- Applicable to environmental, chemical, and analytical separations
Development Stage: TRL 5–6 – Validated through laboratory‑scale testing with demonstrated performance gains.
Target Markets
- Environmental monitoring and remediation
- Chemical processing and separations
- Analytical and laboratory sample preparation
Market Opportunity
- Global membrane separation market (2026): ~$30B
- CAGR: ~7–8%
- Projected market size (2035): ~$55–60B
Commercial & IP Details
Inventors: Kamilah Hylton, Somenath Mitra