About E-Nose

E-Nose Pty Ltd designs, builds and distributes electronic noses.

These chemical sensor array devices monitor, identify and measure smells and other airborne chemicals continuously and in real time.

Our devices consist of arrays of robust and fast acting chemical sensors, supplemented by novel patented electronics and software. Chemicals in the air are detected by the sensor arrays, registering complex odour “images” in real time.
A permanent record is sent to your computer via line or wireless connection, where it is identified, quantified and alarms for abnormal events.

E-Noses are being used to monitor abattoirs, water treatment plants, chicken farms, waste management operations, petrochemical and alumina processing sites.
A new device has been proved effective in detecting graffiti spray at large distances.
E-Noses are being used in research, including lung cancer studies and detecting fly-strike in sheep.

  E-Nose Pty Ltd is entering into collaboration with an Australian university to develop drone-borne sniffers that will find application in pipeline inspection, leak detection and fire prevention.

E-Nose has had a productive collaboration with UNSW Medical School in the use of E-Noses for measuring disease state on the breath of humans.

A project on sheep also proved the efficacy of the E-Nose in detecting fly strike on the skin of Australian sheep.

E-Nose Pty Ltd has entered into a joint venture with Diag-Nose Biotechtronics Ltd (UK) for the development of diagnostics using human breath.

E-Nose has developed an alarm system called graffit-e-nose ® which can be applied to a variety of solutions, such as alerting an industrial plant or equipment operator to fugitive emissions or leaks. It has been demonstrated to be effective in security against graffiti vandalism.

This is the entry point for E-Nose Pty Ltd to IOT. The growth of internet applications and data streaming means large numbers of E-Noses can be distributed across geographical areas as well as inside complex moving systems, while the distributed systems can be monitored from anywhere in the world, in real time.