Mars Bioanalytical Private Limited Mayur Vihar, Delhi

The Series 110 Universal Spot Sampler provides maximum flexibility for aerosol research requiring a variety of analytical approaches. The common growth tube platform accommodates easy exchange between Liquid Spot and Sequential Spot Collector modules.

Features : Elimination of laboratory sample handling, Low acquisition and operating cost

Perform real-time light absorption and black carbon measurements using light transmission through a filter with the Tricolor Absorption Photometer (TAP). Based on a decades-proven design that is simple to use and maintain, the TAP measures light absorption at three wavelengths by particles deposited on a filter. By assuming a mass extinction efficiency, the ambient mass loadings of black carbon can also be determined. The TAP has been deployed at Global Aerosol Watch sites around the world for many years, demonstrating good agreement with other simultaneously deployed filter-based light absorption methods.

Feature : Eight sample channels and two reference channels, Easy to operate and install (external pump required)

The Series 110 Sequential Spot Sampler instrument enables affordable, time-resolved characterization of particulate chemical composition at multiple locations. It provides an uninterrupted collection of particulate matter (PM) as concentrated dry deposits into small sample wells. PM deposits can be analyzed directly using spectrographic methods, or extracted for wet chemistry analysis.

Features : High collection efficiency from 5 to >25,000nm, No particle bounce

The BGI PQ200 FRM Sampler uses BGI pioneering technology to meet and exceed the requirements for ambient particulate sampling dictated by the U.S Environmental Protection Agency. This includes the design of reliable PM10, PM2.5 and PM1 Inlets, volumetric sample flow rate control, data logging and software for report and data processing.

The BGI PQ100 FRM Sampler incorporates BGI pioneering technology to meet the requirements for ambient particulate sampling dictated by the U.S. Environmental Protection Agency. This includes the design of PM10, PM2.5 and PM1 Inlets, volumetric sample flow rate control, data logging and software for report and data processing.

Perform real-time light absorption and black carbon measurements using light transmission through a filter with the Tricolor Absorption Photometer (TAP). Based on a decades-proven design that is simple to use and maintain, the TAP measures light absorption at three wavelengths by particles deposited on a filter. By assuming a mass extinction efficiency, the ambient mass loadings of black carbon can also be determined. The TAP has been deployed at Global Aerosol Watch sites around the world for many years, demonstrating good agreement with other simultaneously deployed filter-based light absorption methods.

PAMS is an electrical mobility size spectrometer designed for portable, mobile, or handheld aerosol sampling applications. It provides the number-weighted diameter distribution of aerosols over the entire sub-micrometer range (10 to 863 nano meter) in one scan.

Falcon Analytical...the pioneering professionals who created the ultrafast, ultra-user-friendly, highly durable, practical, reliable and economical CALIDUS GC are now offering their own advanced LSI autosampler...the PALARUS GC Autosampler.

Features : Servo Motor Drive,Simultaneous X-Y Movement - Not Sequential

The US Environmental Protection Agency (EPA) encourages state and local air monitoring groups to conduct short-term multi-site pollutant monitoring studies using non-reference method, small portable samplers. The concept is to "saturate" an area with easily deployed, inexpensive filter samplers, to assess air quality in areas with high concentrations of pollutants or at reclamation sites. BGI has brought this approach to its ultimate development with the addition of a true 5 liter per minute (LPM) inlet. The additional data acquired using saturation samplers helps air pollution control agencies to evaluate their monitoring networks consistent with requirements in 40 CFR Part 58.

Airborne ultra-fine and nanoparticles pose a recognized threat to hundreds of millions of people throughout the world. When inhaled they are deposited deep in the lungs, where they can lead to respiratory problems and other illnesses. Present in everything from vehicle exhausts, chemicals and tobacco smoke to emissions from gas cookers and industrial processes like nanoparticle production and welding, these invisible particles can have a serious impact on our health and well-being. Simple, handy yet accurate real-time monitoring The Oxility NanoTracer is a hand-held monitoring device that enables real-time measurement of the total number and average diameter of airborne ultrafine particles (UFP) and nanosized particles.

Feature : Integrated calculation of Lung-deposited-Surface-Area (LDSA),

The DRI Model 2015 Multiwavelength ThermalOptical Carbon Analyzer enhances the widely-used DRI Model 2001 system for quantifying organic carbon (OC), elemental carbon (EC, also termed Black Carbon [BC]), and temperature-separated carbon fractions on aerosol filter deposits. The Model 2015 retains OC and EC consistency with previous measurements while reducing costs of supplies and maintenance compared with the Model 2001. It replaces the 633 nm optical monitoring that accounts for OC charring with reflected (R) and transmitted (T) intensities at wavelengths of 405, 445, 532, 635, 780, 808, and 980 nm. The additional optical information can be used to estimate multiwavelength light absorption of the sampled particles, quantify the concentration of brown carbon (BrC) in each sample, and further complement the use of carbon fractions in source apportionment studies. Model 2015 software includes temperature programs for commonly-used protocols such as IMPROVE_A, EUSAAR, and NIOSH, and it can be programmed to emulate any other protocol. The simultaneous measurement of both R and T at all wavelengths throughout each analysis allows for reproducing any other thermaloptical method and holds potential for better characterizing additional properties of the carbonaceous aerosol.

Type : Mass Spectrometer

Certification : CE Certified, ISO 9001:2008

Application : Industrial Use, Laboratory Use

Voltage : 220-240V

Condition : New

Display Type : Digital

Power : 2kw

Power Source : Electric

Focal Length : 380 Mm

Wave Length : 300-400mm, 400-500mm, 500-600mm

Automation Grade : Fully Automatic

The Series 110 Liquid Spot Sampler instrument collects a concentrated suspension of particles into a small liquid-filled vial. The vial is designed with inlet and outlet ports so the user can configure it for on-line batch sampling of the particle suspension directly into a chemical or biological analyzer. A non-ported sample vial is also included.

Most particles in the atmosphere take up water when exposed to increasing relative humidity- this often explains the poor visibility during the early morning hours when the relative humidity is high and particles have swollen in size and more effectively scatter solar radiation. When we inhale particles they also grow into water droplets, how large they grow determines where they deposit in our respiratory systems. Brechtel developed the first commercial version of the Humidified Tandem Differential Mobility Analyzer (HTDMA) so researchers who wanted to explore the complexities of particle water uptake no longer had to build their own instruments, instead they could rely on our 20 plus years of experience with HTDMAs to invest in a solution that would let them focus on their science and not the tool.

Features : Fully automated and field tested., Large particle performance: up to 2 microns!

15 nm sensitivity Concentration range of 0 to 100,000 particlescm3 Programmable data-logging capabilities Power Supply can be selected from alkalineNi-MH battery or AC adapter Simple to download the data to your computer via USB

Single and Double Beam Spectrophotometer Graphite Furnace and Flame AAS Technologies in one instrument Optical noise reduction technology Automated 8 lamp turretDeuterium (D2) and Smith-Hieftje & Zeeman background correction Corrosion resistant sample introduction system Adjustable Nebulizer Automated burner height setting Full computer control of all Graphite Furnace functions Includes Flame ( 85 positions) and Furnace Autosampler (87 positions) Includes closed circuit cooling system

Single Beam Spectrophotometer Optical noise reduction technologyAutomated 8 lamp turret Deuterium (D2) and Smith-Hieftje and Zeeman background correction Full computer control of all Graphite Furnace functions includes Furnace Autosampler (87 positions) Includes closed circuit cooling system

Single and Double Beam Spectrophotometer Optical noise reduction technology Automated 8 lamp turret Deuterium (D2) and Smith-Hieftje background correction Corrosion resistant sample introduction system Adjustable Nebulizer Automated burner height setting

Heated splitsplitless injection port including septum purge and 350oC maximum operating temperatures. The inlet can accept gas or liquid syringe injections or optionally use an automated gas or liquid sample valve. Two column modules for simultaneous detection on two individual column types.

Feature : Two column modules for simultaneous detection on two individual column types.

The Model 3130 monitors changes in transmittance across an automatically advancing quartz fiber tape using LED at a 565 nm wavelength. To achieve with high sensitivity and a lower detectable light absorption coefficient, the Model 3130 uses a double-convex lens and optical bundle pipes to maintain high light intensity and signal data, obtained at 1000Hz.

The URG-9000D Ambient Ion Monitor (AIM) is a scientifically-advanced, multi-pollutant monitoring method which allows for continuous measurements of particle sulfate, nitrate, ammonium, chloride, potassium, magnesium, calcium and sodium. At the same time, the AIM provides time-resolved gas measurements of sulfur-dioxide, nitric acid and ammonia.

The ACCESS suite of instruments is an ideal measurement solution for applications like Unmanned Aerial Vehicles (UAV) requiring small size, portability, low weight, and low power usage. ACCESS includes four miniaturized measurement modules that can fit on a single UAV: a small Mixing Condensation Particle Counter (MCPC) for real-time total number concentration observations, an Optical Particle Counter (OPC) for number size distribution measurements between 0.1 and 10 μm, a Single-channel Tricolor Absorption Photometer (S-TAP) for light absorption and black carbon measurements, and an eight-channel filter sampler for off-line chemical composition measurements.