BAUER KOMPRESSOREN launches its latest cutting edge compression and purification technology in the form of LabOnLocale-365.
BAUER KOMPRESSOREN launches its latest cutting edge compression and purification technology in the form of LabOnLocale-365®.
BAUER wants to assure that the breathing-air produced by its compressors is always reliably pure. The company is concerned about the purity of the air people breathe, be it naturally occurring or compressed. Besides pollutants that may be drawn from ambient air, a number of additional pollutants may be added during compression. These may include by-products such as lubricant vapours or odour.
BAUER talks about the origin of these nasty irritants or, in the case of carbon monoxide (CO), deadly substances. The source may be ambient air surrounding the compressor. It could be from cleaning solutions (VOCs) or even the pleasant smelling oven exhaust from nearby cooking (CH4, CO, and Hydrocarbons). Other risks include oxygen (O2) depletion resulting from leakage of an inert gas such as nitrogen (N), or hazardous levels of carbon dioxide (CO2) released by concentrated sources in the vicinity (e.g. dry ice). A poorly maintained compressor could itself produce a toxic oil mist. It is at the compressor outlet that purification processes are intended to prevent contaminated Breathing-Air from reaching you, the user.
The LabOnLocale-365 is ISO accredited & patented product, developed by U.S. based X-zam Labs, performs 2 functions:
LabOnLocale-365 is offered in two configurations; factory integrated into the BAUER Unicus-4i or added as an aftermarket accessory for any Bauer model. Every LabOnLocale-365, no matter which version, takes advantage of cloud technology where user settings can be adjusted, air quality data viewed, and air quality reports downloaded from anywhere and at any time. www.LOL365.LabOnLocale.com
There are a multitude of LabOnLocale-365 analytical configurations and regulations to which it can test. The typical Breathing-Air version can analyze for CarbonMonoxide (CO), CarbonDioxide (CO2), Methane (CH4), Oxygen (O2), Humidity (H2O), Nitrogen (N2), Oil Mist, and Particles. Proudly, the instrument can be tuned to test to nearly any worldwide ISO Breathing-Air regulation including NFPA-1989 & EN 12021.
Source: Pipeline ME