Master the Molecule,Move the World.
Utilizing next-generation membrane technology to purify, separate, and secure the world's most critical industrial streams
Global Critical Infrastructure
Scalable membrane solutions engineered for the high-stakes demands of modern civilization.
Butane Isomer Membrane Separation
MFI molecular sieve membrane replacing energy-intensive distillation for n/i-C₄ separation — ≥99% purity at 58% lower energy consumption.
LTA/CHA Mineral Oil Dehydration
Molecular sieve membranes for trace water removal in mineral oils — continuous dehydration to <100 ppm without distillation or desiccant regeneration.
High-Density Microporous Membrane Platform
Scale-up platform for multi-channel inorganic microporous membranes with 410-420 m²/m³ packing density and pilot-ready hydrocarbon separation.
Solution Case
Real-time molecular monitoring and predictive maintenance networks for continuous oversight of fluid dynamic health.
Butane Isomer Membrane Separation
MFI molecular sieve membrane replacing energy-intensive distillation for n/i-C₄ separation — ≥99% purity at 58% lower energy consumption.
LTA/CHA Mineral Oil Dehydration
Molecular sieve membranes for trace water removal in mineral oils — continuous dehydration to <100 ppm without distillation or desiccant regeneration.
High-Density Microporous Membrane Platform
Scale-up platform for multi-channel inorganic microporous membranes with 410-420 m²/m³ packing density and pilot-ready hydrocarbon separation.
Solution Case
Real-time molecular monitoring and predictive maintenance networks for continuous oversight of fluid dynamic health.
Butane Isomer Membrane Separation
MFI molecular sieve membrane replacing energy-intensive distillation for n/i-C₄ separation — ≥99% purity at 58% lower energy consumption.
LTA/CHA Mineral Oil Dehydration
Molecular sieve membranes for trace water removal in mineral oils — continuous dehydration to <100 ppm without distillation or desiccant regeneration.
High-Density Microporous Membrane Platform
Scale-up platform for multi-channel inorganic microporous membranes with 410-420 m²/m³ packing density and pilot-ready hydrocarbon separation.
Solution Case
Real-time molecular monitoring and predictive maintenance networks for continuous oversight of fluid dynamic health.
Butane Isomer Membrane Separation
MFI molecular sieve membrane replacing energy-intensive distillation for n/i-C₄ separation — ≥99% purity at 58% lower energy consumption.
LTA/CHA Mineral Oil Dehydration
Molecular sieve membranes for trace water removal in mineral oils — continuous dehydration to <100 ppm without distillation or desiccant regeneration.
High-Density Microporous Membrane Platform
Scale-up platform for multi-channel inorganic microporous membranes with 410-420 m²/m³ packing density and pilot-ready hydrocarbon separation.
Solution Case
Real-time molecular monitoring and predictive maintenance networks for continuous oversight of fluid dynamic health.
Membrane Capabilities at a Glance
Capabilities grounded in our molecular sieve membrane platforms and industrial separation solutions.
Silicalite-1 (MFI), SSZ-13 (CHA), and LTA/CHA membranes enable precise molecular sieving for isomer separation, solvent dehydration, and light-gas treating.
From C₄ isomer purification and organic-solvent dehydration to CO₂ capture and natural-gas treating—supported by pilot demonstration experience.
Built for industrial separation
Molecular sieve membrane platforms for hydrocarbon purification, solvent dehydration, and light-gas treating.
Silicalite-1 · MFI
Hydrocarbon Isomer Separation
Pure-silica MFI membranes (~0.55 nm) for n/iso-alkane and close-boiling organic isomer purification with lower energy use than distillation.
LTA / CHA
Organic Solvent Dehydration
SSZ-13 · CHA
Light-Gas Separation
If membranes only "FILTER", how do we reconstruct the future?
At Membnex, we are guided by our "4M" philosophy — a framework that turns membrane filtration from a passive process into the foundational architecture of industrial sovereignty.
MASTER the molecule
At Membnex, filtration is not a passive process, but the foundational architecture of industrial sovereignty. We engineer advanced systems to master the molecule at its absolute core, providing unyielding control over fluid and gas purity.
MANIFEST the magic
Our commitment is executed with clinical rigor across every layer. From macroscopic infrastructure down to microscopic telemetry sensors, our advanced material science manifests the magic of sub-nanometer, absolute separation.
MOVE the world
We look beyond standard isolation to insulate global enterprises from environmental variables and resource volatility. By mastering precision, we move the world's critical sectors forward, transforming a technical necessity into a global strategic advantage.
MAKE the future
We reject conventional boundaries. We design proprietary solutions that do not merely meet existing regulatory standards, but actively make the future by defining the vanguard of global technical purity.