Geoves

Description

MAIN FEATURES

LPDL Smart City is an atmospheric pollutant monitoring system consisting of an LPDL Geoves datalogger and a series of electrochemical sensors for measuring atmospheric pollutants and meteorological and environmental parameters; it is completely configurable both by type and by number of sensors, thus obtaining a customized system based on the specific needs of the application.

Air pollution monitoring consists of detecting the main polluting gases that damage health or the environment. The pollutants that will be considered are represented by emissions generated by primary sources of pollution such as, for example, industrial emissions or the release of vapors / fumes / odors released by industrial processes, plants with biofilters, landfills, etc ... For these applications Geoves uses a sensor for monitoring medium gas concentrations, the SAirHR sensor, which is available both in the stand-alone version with 4-20mA output and in the assembled Smart-City version combined with the LPDL datalogger or with a simple ModBus or LoraWan interface. for connection to the outside.

The sensors can be used in numerous industrial applications, including the measurement of sulfur compounds SO2 and H2S or SMELL sensor (typical olfactory nuisance from wastewater treatment plants, paper manufacturing / processing plants or other plants that generate odorous substances, such as landfills or biogas plants ...), ammonia NH3 (characteristic odor from decomposition processes) and methane CH4. Also available are sensors for the most common pollutants of ozone O3, nitrogen oxides NO2, carbon monoxide CO and carbon dioxide CO2, volatile organic substances (VOC and hydrocarbons) and chlorides Cl2.

In addition to these pollutants, Smart City can be equipped with the PM2.5 and PM10 particulate meter (PM1 optional), the noise and meteorological parameters necessary to evaluate any dispersion of pollutants into the atmosphere.

ADVANTAGES

• Low cost electrochemical instrumentation and good measurement accuracy
• Wide range of gas sensors available
• Possibility of integrating probes for the measurement of fine dust (PM10-2.5-1), noise and meteorological parameters
• Low consumption and possibility of power supply from solar panel
• No connection charges (with GPRS wireless transmission and power supply from photovoltaic panel)
• No proprietary communication protocol
• Data in standard text format (CSV format) compatible with Excel, Access and with the most common software and databases available on the market.
• Extreme operating conditions (presence of salinity, ice, sand, corrosive agents, high temperature ranges, etc ...)