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Building Security

zNose® monitors the air chemistry within buildings and compares it with the building’s normal background signature. It recognizes the threatening odors and helps to keep the security at buildings intact. It also provides aid to:

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HOW zNose® WORKS?

zNose®’s working procedure is not very complex. It uses a simple 2-step process that quantifies any type of odor within a minute.

FEATURED TECHNICAL PAPERS

We love to share our knowledge and have collated a list of our well researched technical papers on Gas Chromatography solutions, applicable across a wide range of industries.
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[Performance Evaluation Report] CEMS Dioxin Monitor Testing Program

The United States Department of Energy (DOE) has identified the...

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[TECHNICAL PAPER] Detecting Cork Taint in Wine

Cork taint is the most common “wine faults” caused due...

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A New Electronic Nose Using Acoustic Technology

A new Electronic Nose using a single, uncoated, high Q...

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[TECHNICAL PAPER] Real Time Chemical Process Measurements

The performance of a fast gas chromatograph equipped with a...

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[Technical Paper] Detection of Volatile Organic Compounds in Odors from Plastics

Odors from synthetic material, including soft plastics and vinyl, rubber,...

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[Technical Paper] Aroma Associated with the Use of Antiseptic Soap

It might be possible to ensure the presence of hygienic conditions at...

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Electronic Noses v/s Bomb Detectors

Conventional drug and bomb detectors use specific detectors designed to...

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[TECHNICAL PAPER] Detecting Nitro-Explosives with zNose®

Rapid and selective detection of explosives has become one of...

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[WHITEPAPER] Uniqueness of EST’s zNose® for Security Applications

Electronic Sensor Technology, Inc. manufactures and sells a product line...

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[TECHNICAL PAPER] Real Time Environmental Screening of Air, Water and Soil Matrices

With the increasing amount of environmental pollution, monitoring social and...

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[FIELD TEST REPORT] Real Time On-site Odor and VOC Emission Measurements Using zNose®

Remediation of contaminated soil is an environmental priority for everyone...

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[PERFORMANCE REPORT] Investigation of Infectious Bacteria with zNose®

zNose® is an advanced electronic technology that covers a wide...

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Screening for Dioxin_Furan Using a Fast GC and SAW Detector

A new fast GC/SAW analyzer is used to characterize dioxin...

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[TECHNICAL PAPER] Detection of Phenol in Water and Air

Conventional electronic noses (eNoses) produce a recognizable response pattern using...

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[TECHNICAL PAPER] Quantification of Diacetyl and Limonene Levels in Orange Juice

Diacetyl is a natural chemical that is produced as a...

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[TECHNICAL PAPER] Quality Assessment of Corn Silage

Silage is the storing and partial fermentation of forage plants...

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[WHITEPAPER] Expanded Analysis of Fruit Fleuressence

Fruits produce a range of volatile compounds that make up...

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[TECHNICAL PAPER] Odor Chemistry of Un-derivatized Human Blood

Blood is an extremely complex mixture with many different components...

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[TECHNICAL PAPER] Detection of Explosives in Soil & Water

Even after 80 years of World War I, there are...

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[TECHNICAL PAPER] Testing Natural Gas Using zNose®

Natural gas is a combustible mixture of hydrocarbon gases. While...

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[TECHNICAL PAPER] Detect Chlorinated Hydrocarbons from DNAPL Contaminated Groundwater

The prediction of migratory patterns of both dense non-aqueous liquid...

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[FIELD TEST REPORT] Urine Odors in an Urban Dwelling

zNose® efficiently tested an urban dwelling and its result displayed...

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Detection of 2-Methylisoborneol and Geosmin in Pond Water using zNose®

zNose® based upon ultra-fast gas chromatography, simulates an almost unlimited...

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Detection of Dioxin/Furan Isomers in Flyash

There is a worldwide need to measure dioxin/furans in real...

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[PERFORMANCE REPORT] Standard Deviation Measurements of Methyal Isocyanate

An ultra-fast GC (zNose®) with electronically variable sensitivity controls can...

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[TEST REPORTS] Quantitative Evaluation of 25 Perfume Fleuressence Samples

Perfumers around the world are working hard, mixing a lot...

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RELATED SOLUTIONS

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Homeland Security

zNose® detects potential threat by monitoring ambient air chemistry within ships, cargos, buildings and airport premises using ultra-fast gas chromatography and surface acoustic wave (SAW) detector,...

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Diagnostics

Using the science of gas chromatography, zNose® rapidly performs analytical...

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Hygiene

zNose® sniffs the good and bad aroma of the atmosphere...

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FREQUENTLY ASKED QUESTIONS

zNose® can be used for detecting and identifying the hidden explosives, bombs and weapons within buildings. It has a unique ability to detect all chemical compounds and enables the system to quickly recognize any threat including such explosives as TATP as well as conventional nitro-based compounds. The complete monitoring of ambient air within or around secure facilities by a network of sensors provides comprehensive protection against all threats as well as identification of suspicious or unusual chemical emissions. It also compares air chemistry within buildings with the building's normal background signature.

zNose® software includes an expandable library of over 700 chemicals and odor signatures allowing it to recognize virtually any target odor. Using ultra-high speed chromatography to separate chemicals within an odor in near real time, it performs pattern recognition and trace detection using virtual chemical sensors simultaneously. This is a highly effective way to recognize the presence of contraband material of all kinds. Based on Surface Acoustic Wave sensors and Ultra-fast Chromatography, it can analyze chemical vapors within a minute. Instead of using physical sensors zNose® creates hundreds of user-defined, virtual chemical sensors for multiple applications. Once a vapor has been detected, it’s VaporPrint™ software technology provides users with visual vapor representations allowing for easy interpretation and pattern recognition. Unlike conventional detection systems, it recognizes odors and fragrances based on their full chemical signature and is adaptive to recognize chemical signature of virtually any threat.

zNose® can operate within a wireless network using either Wi-fi, bluetooth, or RF modems with ranges up to 1 mile. It can also be remotely linked using an Internet connection. Currently the most recent model is completely mobile using a built in connection. The company provides online support for all its products using an internet network connection. This capability could be used within an airport security system to provide oversight by a central monitoring station as well as updating of new threat signatures to every zNose® within the facility.

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