Propel breakthroughs for people and planet with leading cloud and aerosol instruments from Droplet Measurement Technologies. Whether you’re measuring black carbon, bioaerosols, cloud droplets, or other aerosols, get the data and expert scientific support you need to foster invention, commit to innovation, and make discoveries that matter.
ENVEA is strengthening its leadership in particulate monitoring through its latest acquisition of Droplet Measurement Technologies, LLC. With a focus on innovation and scientific advancements, the acquisition of Droplet will reinforce ENVEA’s position as a key player in fine particulate measurements. It will also support research and development into future solutions for ENVEA’s mission to prevent the harmful effects of environmental pollution.
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Through Droplet Science Programs, our scientists come alongside you to provide support and guidance whenever needed – from foundational questions that drive your program’s objective, to implementation and analysis.
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Investigating the role of bioaerosols on ecosystems, health, and climate change.
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Identifying, quantifying, and predicting the influences of certain particles on climate and the environment.
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Determining how different particles and pollutants impact cloud and precipitation formation.
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Examining health effects from exposure to bioaerosols and other pollutants.
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Monitoring bioaerosols and air pollutants and determining predominant sources of these particles.
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Better understanding how fog, aerosols, and other particles impact visibility in order to lead improvements to both visibility and air quality.
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Evaluating whether cloud seeding can be effective within the existing environment by investigating background interactions between aerosols and clouds.
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The NOAA RV Ronald H. Brown encountered a wide variety of aerosol types to investigate the role of aerosol sources and chemistry in the potential activation of particles to form cloud droplets.
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The radiative role of ice clouds in the atmosphere is known to be important, but uncertainties remain concerning the magnitude and net effects. However, through measurements of the microphysical properties of cirrus clouds, we can better characterize them, which can ultimately allow for their radiative properties to be more accurately ascertained.
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Black carbon (BC) from biomass and fossil fuel combustion alters chemical and physical properties of the atmosphere and snow albedo, yet little is known about its emission or deposition histories.
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