• Recupero riciclo rifiuti Azienda RMB
  • Recupero riciclo rifiuti Azienda RMB
  • Recupero riciclo rifiuti Azienda RMB
  • Recupero riciclo rifiuti Azienda RMB
  • Recupero riciclo rifiuti Enviromental protection RMB
  • Recupero riciclo rifiuti Enviromental protection RMB
Recupero riciclo rifiuti Enviromental protection RMB

Environmental data

RMB’s ultimate goal and mission are the recovery of waste materials with minimum environmental impact.

Optimization of various treatment stages, ongoing revamping of existing facilities, as well as coordinated management of resources and staff involved, allow RMB to reduce energy and water consumption per ton of treated waste.

To date, tested concentrations have never exceeded permitted limits..

Recorded concentration values for the gaseous emissions of plant lines in active operation are ​​always lower than legally required limits.
The analysis of outdoor air quality is conducted every six months, for periods of 15 consecutive days. Recorded results have always shown that concentrations of various substances are below the reference limits dictated by Ministerial Decree 60/2002 and Legislative Decree 152/07. The site, like all areas with similar topography and weather conditions typical of the Po Valley (a closed basin with little ventilation, especially in winter), is affected by the presence of PM10 in the atmosphere. The values recorded for this parameter are nonetheless below the limits dictated by Ministerial Decree 60/2002.
No significant differences were found in survey positions with reference to the direction of prevailing winds in the investigation period..

Groundwater surveys, taken regularly at two different points, have not been found to exceed concentration limits in the many years the company has been in business.

Download Size File
Download Size File
Chart of consumption in TEP per ton of treated waste 110 KB IMG
Chart of water consumption in m3 per ton of treated waste 127 KB IMG
Chart of gaseous emissions of plant lines 120 KB IMG
PM10 values chart 103 KB IMG
Wind rose for the period of external air testing 158 KB IMG
Underground waters 143 KB IMG