Revolutionary break thru in
Gas Adsorption / Purification Material
- Global Leader in Gas Adsorption / Purification Services
Global Leader in Gas Adsorption/Purification Services
- 1. Revolutionary Gas Purifier Tubes for Instrumental Analysis and R&D/Lab
1. Revolutionary Gas Purifier Tubes for Instrumental Analysis and R&D/Lab
✔ Patented Hollow Fiber Adsorption Materials.
• Patented hollow fiber adsorption material, processed into small tubular form, then packaged into gas purifier tubes. Solving issues commonly encountered with purification tubes filled with traditional adsorbent materials (such as activated carbon, molecular sieves...)
• Low / unstable purity
• Unable to filtered certain contaminants
• Changing tubes often
• Additional filter tubes need to be installed.
(See Comparison of Adsorption Technology Table below)
✔ For Instrumental Analysis.
•GC/MS, GC/FID, TCD, FPD, NPD, PID, AED, FCD, AA/ICP/ICP-MS, FTIR, CHNSO elemental. Improving purity of carrier / detector / combustion / purge / plasma / nebulization / balance... gases, will enhance signal/noise, reduce baseline, lead to better qualitative / quantitative analytical result, especially for ultra-trace (ppb~ppt) analysis.
✔ For R&D/Lab.
•We may custom-made specialized adsorption materials for removing specific molecules, through gas adsorption, purification, decontamination, drying. Specific molecules like: H2O, CH, CH4, VOCs, O2, CO2, CO, SOx, NOx, CxF... (Inquiries are welcome for other molecules)
- 2. Medium and Large Type (Hollow fiber HF) Adsorption Material Module
2. Medium and Large Type (Hollow fiber HF) Adsorption Material Module
Creating a new revolution in air pollutant filtration, gas drying & purification…
•Adsorbent modules are designed according to on-site system pressure, flow, concentration, adsorption capacity, filtration efficacy requirements.
(see Comparison of Adsorption Technology Table below)
•Innovative applications and technical services in air pollution / low carbon environment / humidity controlled dry environment.
- 3. Automated gas adsorption / separation / purification / recycling equipment and system
3. Automated Gas Adsorption / Separation / Purification / Recycling Equipment and System
Please contact us to inquire about our customized service.
- Technology and comparison
Technology and comparison
- Patented Hollow Fiber (HF) Adsorbent material
Low pressure loss, reduced energy consumption
Hollow Fiber tube design can reduce air resistance more effectively than traditional adsorption material, and greatly reduce compressor or fan pressure loss which is significant in the industrial process, and reduce energy consumption.。
Multi-layer three-dimensional structure. Fast Adsorption/Desorption & Energy Saving
The sponge-like hole structure design greatly increases the adsorption surface area and improves the adsorption and desorption efficiency of 25-35%.
• With very highly porous sponge like structure and multi-layer features, provides Higher absorption and desorption efficiency than traditional adsorption materials (see comparison table below)
• Patented refined material formulation / processing provides maximum adsorption surface area/volume, strongest physical/chemical adsorption reaction. Solving problems of traditional adsorption materials such as: dusting / outgassing / high pressure / high energy consumption / low efficiency / short operation life / causing damage to equipment....
- Comparison of adsorption technology
Comparison of adsorption techniques
There are many kinds of traditional adsorbent materials. The following comparison is based on the adsorption wheel made of molecular sieve particles (Rotor), hollow fiber adsorption (HF), and other desiccant material.
Molecular sieve Rotor Desiccant
Aura Mat ®
Adsorption Material Properties Processing Concentration 100 ~ 10000 ppm 300 ~ 10000 ppm % ~ ppm ~ ppt (Material design and manufacturing can be customized to customer's requirement) Removal rate >90% >90~95% >99% surface / volume (m2/m3) >400 >800 >3500 Adsorption amount before breakthrough Low Medium High Suction and desorption speed / unit weight Low Medium Fast（Speed can be customized to customer's requirement） Gas molecule
Low Medium High（can be customized to customer's requirement） System Design Features Pressure loss High Low Can be adjusted per customer's requirement. Regeneration heating speed Slow (poor heat conduction) Moderate Moderate~Fast（Can be adjusted per customer's requirement） Regeneration energy consumption High Moderate Moderate~Low（Can be adjusted per customer's requirement） Overall system energy consumption High Medium Moderate~Low（Can be adjusted per customer's requirement） Physical and Chemical Properties of Materials Material replacement intervals High (easy to wear, dust) Moderate（Blocks easily, need to be cleaned frequently） Low（Occasionally cleaning） Powdering / Dusting Decompose Easily , prone to dusting Decompose Easily , prone to dusting No decomposing, not prone to dusting Acid-base tolerance Low Low High (operable in acid and alkali environment)
Hollow Fiber Adsorbent Material
An Epoch-Making Advancement
High adsorption capacity, Superior to existing adsorbent materials on the market
Fiber adsorbing material has porous surface and high adsorption capacity, thus capable of rapidly adsorb maximum amount of target gas molecule and achieve the highest removal efficiency while reducing the amoun of material used.
✔ High Surface Area>3500 m2/m3
✔ High Porosity>80%
✔ Low Mass Transfer Resistance
✔ High Adsorption Efficiency
✔ High Adsorption Capacity & Selectivity
✔ High Removal of VOCs, CO2, H2O…>99.9%
Energy saving, lower operating costs, and improved operational efficiency
With hollow configuration structure, the fiber adsorbing material improves gas mass transfer efficiency, which can greatly reduce the pressure loss, reduce energy required for the airflow, and allow system operation process more energy efficient.
✔ High Desorption Efficiency
✔ Low Pressure Resistance
Multi-functional adsorption, Can process mix gases
Customized AuraMat.® fiber absorbent for a wide range of gas blending needs. Can simultaneously adsorb a variety of target gas molecules and achieve effective treatment in a limited volume.
✔ High Selectivity
Highly chemical resistance, Adsorption capacity not easily degraded Can reduce consumables and control costs
Hollow fiber adsorption material can resist acid and alkali. Even in the acid-base environment, the adsorption and desorption operation can be repeated for a long time without detracting from the operation efficiency and reducing the cost of replacement and management for the customer.
✔ High Stability With More Than 3 years Operation Life.
✔ No dusting problems
✔ High Tolerance of Acid and Alkali
✔ Special internal sponge-like structure & higher surface area
- AuraMat® Gas Purifier Product Overview / Customer Requirement Schedule
AuraMat® Gas Purifier Product Overview
AuraMat Gas Purifier Tube Customer Requirement Schedule
✓ Resolving problems of traditional gas purifier tubes, such as: dusting/outgassing, poor purity & stability, some impurities can't be removed, short lifespan...
✓ Improve Trace / Ultratrace (ppm~ppb~ppt) organic/inorganic analytical result.
✓ For long term operation, saves money and manpower
Benefit of AuraMat's Patented Gas Purifier / Brief
Applying maximum adsorption surface area / volume, strongest physical/chemical adsorption reaction, minimal hollowed mass transfer resistance... (originate from patented technology of refined materials formula & process), to resolve all problems of traditional gas purifiers currently on the market.
During Operation Period
•No Dusting／Outgassing issues, assures the quality of qualitative/quantitative analysis.
•Must have for ppb～ppt ultra-trace analysis.
•Reduced and stabilized baseline/noise, improving ultra trace qualitative/quantitative analysis.
•Reduced cost of gas purifier tube frequently replacement and cost of instrument repair/replacement due to gas contamination.
Larger adsorption surface area / volume and reduced mass transfer pressure resistance will increase gas purifier tubes service life by 2-4 times of existing product on the market. In other words, the adsorption breakthrough time is extended from what other purifier tubes by 2-4 times and is easier to desorb as well as regenerate. These advancement will benefit those that engages in ultra-trace analysis and engages in specialized R&D / Lab / Synthesis / Reaction / Pilot plant / Production.
The most comprehensive and effective gas purification material/technology to date~
•Main gas is not subject to any restrictions
•Gas Impurities i.e.: H2O, CH, O2, CO2, CH4, VOCs, CO, SOx, NOx, CxF..., can be adsorbed / separated / purified.
•Ultra Pure Gases for Trace/Ultra-trace level (ppm～ppb～ppt) analysis can be provided with very high stability