Sonoma Technology performs air quality and meteorological monitoring campaigns for routine programs and research studies. Our scientists and field staff have decades of experience designing, implementing, and managing measurement programs. We maintain a wide variety of monitoring instruments for deployment.
Count on Sonoma Technology’s field staff and data management systems to effectively run and maintain your network, saving time and resources.
Address your scientific questions about air quality emissions, processes, and characteristics with Sonoma Technology’s efficient and comprehensive monitoring programs.
Maintain high data recovery rates and data quality. Sonoma Technology’s field staff audit and calibrate air quality equipment to quality assure measurements.
Characterize atmospheric processes that influence the transport and dispersion of air pollutants to enhance meteorological forecast models and make real-time decisions that depend on meteorological conditions.
Conduct meteorological measurements to improve the understanding of the physical and chemical processes that influence air quality conditions.
Leverage Sonoma Technology's expertise with meteorological instruments. We use ceilometers, radar wind profilers, sodars, microwave radiometers, and other state-of-the-science equipment to capture and characterize meteorological conditions.
Meet permitting requirements and support permitting applications using meteorological monitoring.
Ensure high-quality data and high data recovery rates with meteorological instruments that are routinely and professionally audited and calibrated.
Maximize renewable energy technologies and reduce uncertainty in power generation by collecting meteorological measurements to improve the accuracy of wind and solar forecasts.
Optimize your network for better performance, more efficient site management, and lower costs.
Design a monitoring network that gathers higher-resolution data and meet research and regulatory objectives in a cost effective manner.
Assess new technology to design comprehensive monitoring programs that meet your scientific goals.
