This report summarizes the meteorological, nitrogen dioxide (NO2), sulfur dioxide (SO2), ozone (O3), and particulate matter (PM) data collected at the Resolution Copper Project near Superior, Arizona for the second quarter, April 1-June 30, 2015.
Resolution Copper has collected meteorological and air quality data to support several efforts during the pre-feasibility and other mine development phases for the Resolution Copper project. This report characterizes baseline air quality and meteorological conditions for the project site and the nearby region.
Meteorological and air quality monitoring program to support several efforts during the mine development phases: environmental assessments, impact analyses, and documents required by NEPA; meteorological and air quality data to be processed and used as input for AERMOD dispersion modeling; and air quality baseline data and AERMOD analyses in support of an application to the Pinal County Air Quality Control District for air permits.
This report summarizes meteorological measurements collected at the Resolution Copper Mine monitoring system. The purpose of the monitoring program is to provide the measurements necessary to establish existing meteorological conditions at the proposed site of the Resolution Mine in support of a future air quality permit application for the facility.
This report summarizes meteorological measurements collected at the Resolution Copper Mine monitoring system. The purpose of the monitoring program is to provide the measurements necessary to establish existing meteorological conditions at the proposed site of the Resolution Mine is support of a future air quality permit application for the facility.
This document presents the monitoring and quality assurance project plan for a meteorological monitoring program to be implemented for Resolution Copper Company for a copper mine in Pinal County Arizona. The objectives of the monitoring program are to provide the measurements necessary to establish meteorological conditions that affect the transport and dispersion of emissions from potential sources at the future Resolution facility.
