- [nanoPost] Nanotube based purification systems
The company has developed a technology that reliably removes microorganisms from fluids, without the use of heat, ultra-violet radiation, chemicals, contact time, or significant pressure.
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- [nanoPost] Nanoporous materials for water treatment
Chemically Surface Modified Gel technology, selectively removes heavy metals from water using a unique nanopore reactive adsorbent structure that combines the superior adsorption capacity of open-channel silica, which has a surface area between 50 to 100 m²/g, and the ability to reduce heavy metal ions to metallic form, to deliver superior capacity, selectivity and speed.
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- [nanoPost] Microbial inhibitors
The company's technology allows the synthesis of known antimicrobial agents such as Copper, Silver, Manganese, and Zinc with various support materials........
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- [nanoPost] Industrial Hygiene Sensor for Measuring Worker Exposure to Nanoparticles
Design and manufacture of innovative fine particle measuring and sampling devices.
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- [nanoPost] Novel Fibre Technology to Tackle Global Warming
Commercial membrane tubes used for VOC control generally have a ratio of membrane area-to-volume of 30–250 m2/m3. Much higher ratios (>3000 m2/m3) and efficient recovery can be achieved with molecular sieving hollow fibre devices.
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- [nanoPost] HETEROGENEOUS OXIDATIVE CATALYST
NOVEL HETEROGENEOUS OXIDATIVE CATALYST IN THE DECOMPOSITION OF TOXIC ORGANIC COMPOUNDS IN INDUSTRIAL EFFLUENTS AND WASTE WATERS.
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- [nanoPost] Water Pollution Monitoring using nanosensors
Nanomaterials coupled with molecular imprinting deliver highly stable “plastic antibodies” for incorporation in sensors
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- [nanoPost] Coating of hollow glass microspheres
Coated Microspheres, Including Fluorescent, Silver, Gold, Carbon Black, Pigmented, Titania, Metal, Magnetic, and Metal coated. The coatings are continuous and robust and the thickness of the metal coating can be varied from a few nanometers to several microns.
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- [nanoPost] Toxic species removal
Safe and economic removal of heavy metal contaminants using polymer based bead with hydrous iron oxide nano-particles impregnated throughout the bead.
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- [nanoPost] Carbon nanotubes for water purification
The company has developed a technology that reliably removes microorganisms from fluids, without the use of heat, ultra-violet radiation, chemicals, contact time, or significant pressure.
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