Particles Analyzers

What are particles analyzers and how do they work?

Particle analyzers are specialised devices used to detect and monitor the presence of various types of particles in the air. These particles may be present in industrial or environmental settings and can be a hazard to human health and the environment. The analyzers work by using various technologies, such as laser light scattering, electrical mobility measurement, or aerodynamic particle sizing to detect and quantify the size and number of particles in a sample of air. The collected data can then be used to assess air quality, identify sources of air pollution, and inform decisions about air quality management and control.

TSI Models

With a mission to provide trusted measurement, application guidance, and data analytics solutions, TSI is committed to helping its customers make informed decisions. The company’s vision of creating a better world by protecting people, products, and the environment speaks to its dedication to making a positive impact in the world. With TSI’s innovative products and focus on quality, we are confident that they are a valuable partner in our mission to protect what matters.

What are the different types of particle analyzers available for air quality monitoring?

There are several types of particle analyzers available for air quality monitoring, including laser diffraction analyzers, electrical mobility analyzers, photometers, and cascade impactors. Each type of particle analyzer works differently and is suited for specific applications and particle sizes. For example, laser diffraction analyzers use laser light to measure the size and distribution of particles, while electrical mobility analyzers use an electric field to measure the size and charge of particles. Photometers use light scattering to measure the concentration of particles, and cascade impactors use a series of stages to separate particles based on size.

What are the benefits of using particle analyzers in industrial and environmental applications?

Particle analyzers offer several benefits in industrial and environmental applications, including:

• Improved air quality: Particle analyzers allow for real-time monitoring of air contaminants, helping to identify and address potential air quality issues promptly.
• Increased safety: By detecting harmful particles in the air, particle analyzers can help prevent exposure to hazardous substances, which is essential for the health and safety of workers and the environment.
• Compliance with regulations: Particle analyzers can help organizations meet regulatory requirements related to air quality, ensuring compliance with environmental standards.
• Data-driven decision-making: Particle analyzers provide data and insights into air quality, which can inform decision-making and drive continuous improvement in air quality management.
• Cost savings: By detecting air quality issues early, particle analyzers can help avoid the costs associated with remediation and cleanup.
• Enhanced public trust: Demonstrating a commitment to air quality can help organizations build trust with stakeholders and maintain a positive reputation.

How do particle analyzers help monitor particle size and concentration in real time?

Particle analyzers use various technologies to detect and measure the size and concentration of particles in the air. These technologies include laser diffraction, light scattering, electrical mobility, and sedimentation. The analyzer works by drawing in air and exposing it to a laser or light source, which is used to detect the size and concentration of particles in the air. The information gathered by the analyzer is then processed and displayed in real-time, allowing for continuous monitoring of particle size and concentration. By providing real-time data, particle analyzers help industries and environmental organizations make informed decisions about air quality, and can assist in identifying and mitigating potential air quality issues.

What are the factors to consider when choosing the right particle analyzer for your needs?

When choosing a particle analyzer for air quality monitoring, several factors should be considered to ensure the device is well-suited for your specific needs. These factors include:

• Measured Particle Size Range: Consider the size range of particles you need to measure and ensure the particle analyzer can measure within that range.
• Measurement Accuracy: It’s important to consider the accuracy of the particle analyzer in order to ensure accurate and reliable results.
• Detection Limits: The detection limit of the particle analyzer is important to determine if the device is suitable for measuring low particle concentrations.
• Sample Flow Rate: The sample flow rate should be considered to ensure the particle analyzer can handle the volume of air being monitored.
• Operating Conditions: Consider the operating conditions of the particle analyzer, such as temperature, humidity, and pressure, to ensure it can function effectively in your specific environment.
• Cost: Consider the cost of the particle analyzer, including any additional accessories or maintenance required, to ensure it fits within your budget.
• User-Friendliness: Consider the ease of use and user-friendliness of the particle analyzer, including any software or interface requirements, to ensure it can be effectively used by your team.
• Technical Support: Consider the level of technical support offered by the manufacturer to ensure you have access to the resources you need to effectively use and maintain your particle analyzer.

Inteccon is a leading provider of innovative and reliable air quality monitoring solutions, offering a range of particle analyzers designed for various industrial and environmental applications. These state-of-the-art devices are engineered to accurately measure and monitor particle size and concentration, providing real-time data to support informed decision-making.

Oizom Models

Dustroid – Ambient Dust Monitor

Dustroid is a Continuous Air Particulate Monitoring system designed to measure the concentration of dust particulates in the ambient air. With the ability to monitor various sizes of particulates ranging from 1 micron to 100 microns, Dustroid is ideal for dust surveys in areas with dust-laden activities such as construction, mining, quarrying, ports, and metallurgical processes. The Dustroid measures all major particulate matter including PM1, PM2.5, PM10, PM100, temperature, and humidity. The monitor uses innovative e-breathing technology for higher data accuracy and is equipped with a laser beam to count particulate matter. With network-agnostic connectivity options, Dustroid offers real-time monitoring and data transfer through GSM, WiFi, LoRa, NBIoT, and Ethernet. The collected data can be visualized on the Oizom IoT Terminal in real-time and is weatherproof with an IP65 grade enclosure. Dustroid is also solar-powered and offers 3-level calibration for even greater accuracy.

Thermo Fisher Scientific Models

Thermo Fisher Scientific is a leading global provider of scientific equipment, reagents, and services. With a focus on enabling customers to make the world healthier, cleaner, and safer, the company strives to stay ahead of the scientific curve and anticipate customer needs. By constantly pushing the boundaries of science and technology, Thermo Fisher empowers its customers to be bolder and more innovative in their work. With a commitment to advancing science, the company has a proven track record of delivering high-quality products and services to customers across a wide range of industries and applications.

Particulate Matter 5014i

The Inteccon Monitor is a cutting-edge device designed for measuring particulate material in the air using beta attenuation technology. This monitor is approved by the US EPA for PM2.5 and PM10 measurements and is ideal for use in air quality and environmental monitoring stations. With a measuring range of 0-10 mg/m3 or 0-10,000 μg/m3 and a detection limit of 1 μg/m3, the Inteccon Monitor provides accurate and reliable results. It features an internal pump with a volumetric flow of 16.67 LPM and a range of connectivity options, including RS232/RS485 ports, TCP/IP, and multiple analog and digital inputs and outputs. The monitor operates within a temperature range of 4-50°C and is powered by 100-240 VAC 50/60 Hz current.

Particulate Matter 5028i

This monitor is designed for measuring particulate material in the air with high precision and accuracy. It uses beta attenuation technology, which is approved by the US EPA for simultaneous measurement of PM2.5 and PM10. The monitor has a measuring range of 0-10 mg/m3 or 0-10000 μg/m3, with a detection limit of 1 μg/m3. It is equipped with an internal pump that has a volumetric flow of 16.67 LPM. The monitor also features selectable voltage outputs, RS232/RS485 ports, TCP/IP, 10 status and fault relays, and a current output of 0-20 or 4-20 mA. Additionally, it has 16 digital inputs, 8 inputs of 0-10 VDC (optional), and 8 analog outputs selectable 0-1 or 0-5 VDC. The monitor operates at a temperature range of 4-50 °C and requires a 100-240 VAC 50/60 Hz current for operation.

Particulate Matter TEOM Series

This monitor uses advanced oscillating microbalance element technology to accurately measure particulate material in the air. With its US EPA approval for PM2.5 and PM10 measurement, this monitor is ideal for use in environmental monitoring stations to assess air quality. The device has a wide measuring range of 0-1,000,000 μg/m3, with a high resolution of 0.1 μg/m3 and accuracy of +/- 1.0 μg/m3. It features an internal pump with a volumetric flow of 3 LPM and the ability to collect samples in a 47 mm filter. The monitor also has multiple connectivity options, including an ePort port for PC-based viewing and configuration, Ethernet and USB ports, and selectable analog outputs. The easy-to-use digital touch screen and operation with 100-240 VAC 50/60 Hz current make this monitor a convenient and reliable choice for monitoring particulate material in the air.

Aerosol Magee Scientific Models

Aerosol Magee Scientific is a company dedicated to raising awareness about carbonaceous aerosols and providing knowledge, systems, and data for a safer and healthier environment. They have a mission to be the leading producer and provider of services in the field of carbonaceous aerosols and a vision to have a leading research and development position. The company is made up of experts in carbonaceous aerosol measurement and has combined their products, findings, and expertise into a unified brand. Aerosol Magee Scientific is committed to providing quality instruments designed to meet the needs of a wide range of users, from basic science to industrial measurements. The company is ISO 9001 certified and provides commercial, technical, and scientific support to its customers.

Black Carbon AE33

Black Carbon Environmental Monitor for precise measurement of Black Carbon in the air using light transmissivity technology in the infrared spectrum. The monitor features 7 sensitive wavelengths (370, 470, 520, 590, 660, 880 and 950 nm) for accurate detection of Black Carbon levels from 0.01 to 100 μg/m3, with a detection limit of <0.005 μg/m3. The monitor operates at a flow rate of 2-5 LPM and sample collection is done using Teflon coated fibreglass tape filter. Communication is made possible via RS 232 and Ethernet port, with data logging capabilities and transfer to USB or PC. The monitor features a 8.4″ color touch screen for easy operation and runs on 100-230 VAC 50/60 Hz current.

What are the common applications of particle analyzers in the industrial and environmental sectors?

Particle analyzers are commonly used in the industrial and environmental sectors to measure and monitor the presence of particulate matter in the air. These instruments are used in various applications such as:

• Air quality monitoring: Particle analyzers are used to measure the concentration of PM2.5 and PM10, which are the most common air pollutants that impact human health.
• Environmental monitoring: Particle analyzers are used in environmental monitoring stations to monitor air quality and determine the impact of industrial and urban activities on the environment.
• Industrial hygiene: Particle analyzers are used in industrial settings to monitor the presence of particulate matter in the air and ensure compliance with workplace health and safety regulations.
• Industrial emissions monitoring: Particle analyzers are used to monitor the emissions from industrial processes and help companies reduce their environmental impact.
• Research and academic studies: Particle analyzers are used in academic and research settings to study the sources and effects of particulate matter on the environment and human health.

Overall, particle analyzers play a crucial role in ensuring air quality and environmental health by providing accurate and real-time measurements of particulate matter in the air.

How do particle analyzers help monitor compliance with air quality regulations and standards?

Particle analyzers play a crucial role in monitoring compliance with air quality regulations and standards by accurately measuring the concentration of particulate matter in the air. The collected data is compared against established air quality regulations and standards set by local, national, or international organizations. These regulations and standards specify acceptable levels of particulate matter in the air based on factors such as size, composition, and potential health risks. By continuously monitoring the levels of particulate matter, particle analyzers help identify any deviations from the established standards and provide evidence of compliance or non-compliance. This information can be used to take corrective measures and ensure that air quality standards are met, protecting the health of the community and the environment.

What are the latest trends and advancements in particle analyzer technology?

Some of the latest trends and advancements in particle analyzer technology include:

Increased accuracy and precision: The use of innovative technologies such as laser-based particle counting and e-breathing technology has led to increased accuracy and precision in particle analyzer readings.

Integration with IoT and cloud computing: The integration of particle analyzers with IoT and cloud computing has enabled real-time monitoring and analysis of air quality data, which can be accessed and analysed from anywhere, at any time.

Solar power and network agnosticism: The increasing popularity of solar power and network agnosticism in particle analyzer technology has made it possible to monitor air quality in remote locations, even without access to a reliable power source or internet connection.

Features of Dustroid, the Continuous Air Particulate Monitoring system, that align with these trends include its e-breathing technology for increased accuracy, integration with IoT and cloud computing for real-time monitoring, and the ability to run independently on solar power.