SIMA LABS utilizes Fine Particulate Samplers with Mass Flow Controllers (MFCs) to accurately monitor and quantify ambient particulate matter (PM), including PM2.5 and PM10. These samplers maintain a constant flow rate, regardless of filter loading or external conditions, enabling consistent and reliable air quality assessments. This instrumentation is vital for pollution studies, regulatory compliance, and industrial emission monitoring.

Key Offerings:

Ambient Air Quality Monitoring

Urban, industrial, and roadside PM level assessment

Industrial Emission Studies

Evaluation of fugitive emissions from factories, power plants, and construction sites

Indoor & Occupational Air Sampling

Air quality monitoring in controlled environments or sensitive workplaces

Regulatory Compliance

Required monitoring for environmental clearance and emissions control

Health Impact Assessments

Identifying PM exposure risks for public health and epidemiological studies

Source Apportionment Studies

Identifying major contributors to airborne particulate pollution

Applications

The Mass Flow Controller ensures a stable and accurate sampling flow rate, regardless of changes in temperature, pressure, or filter resistance.

It can capture PM2.5, PM10, and Total Suspended Particulates (TSP) using size-selective inlets or impactors.

Sampling durations generally range from 8 to 24 hours, depending on regulatory or study requirements.

Yes, SIMA Labs uses rugged, field-deployable instruments suitable for both urban and industrial settings.

Yes, post-collection analysis can be done to determine heavy metals, carbon content, and other chemical characteristics of the particulates.

Frequently Asked Questions

Our FAQ section provides quick answers to the most common queries about our products, services, and policies. Whether you’re looking for information on ordering, shipping, customization, or support, you’ll find clear and concise responses to help you get the details you need—fast.

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At SIMA LABS, we’re proud to offer our expertise in analysis and research to help you find the right solutions.
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