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EPA AIR MONITORING EQUIPMENT. PHIIP R CAMPAGNA. Chemcassette detection tape & key Amines Diisocyanates Hydrazines Hydrides arsine, phosphine, tert-butyl arsine, tert-butyl phosphine. Hydrogen cyanide Hydrogen Sulfide Minerals acids Oxidizers bromine, chlorine, chlorine dioxide

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Epa air monitoring equipment

EPA AIR MONITORINGEQUIPMENT

PHIIP R CAMPAGNA


Spm single point monitor

Chemcassette detection tape & key

Amines

Diisocyanates

Hydrazines

Hydrides

arsine, phosphine, tert-butyl arsine, tert-butyl phosphine

Hydrogen cyanide

Hydrogen Sulfide

Minerals acids

Oxidizers

bromine, chlorine, chlorine dioxide

Phosgene

Sulfur Dioxide

SPMSINGLE POINT MONITOR


Multirae
MultiRAE

  • Combustible gas

  • Oxygen monitor

  • VOC

    • Volatile organic compounds

    • Photoionization detector (PID)

  • TOX1 and TOX2

    • Chemical specific sensors

    • E.g., CO, H2S


Electrochemical cells

Flammability

Combustibility

Oxygen

Chlorine

Hydrogen cyanide

Sulfur dioxide

Hydrogen sulfide

Cyanogen chloride

Phosgene

Ammonia

Nitrogen oxide

Carbon monoxide

Electrochemical Cells


Epa air monitoring equipment

The MultiRae is a portable, hand-held, microprocessor controlled instrument designed for measuring the presence of photoionization chemicals in air at part per million (ppm) levels. In addition, the MultiRAE can detect inorganic compounds, e.g. ( CO, H2S, SO2, NO, NO2, Cl2, HCN, NH3, PH3, and O2) with electrochemical sensors, combustible gases with a catalytic bead sensor. The response depends on chemical type and concentration. In the photoionization detector (PID) mode, the MultiRAE does not distinguish one type of chemical from another, but displays a number indicating the total concentration of all photoionizable compounds in the sample.


Century tva 1000b
Century TVA-1000B controlled instrument designed for measuring the presence of photoionization chemicals in air at part per million (ppm) levels. In addition, the MultiRAE can detect inorganic compounds, e.g. ( CO, H2S, SO2, NO, NO2, Cl2, HCN, NH3, PH3, and O2) with electrochemical sensors, combustible gases with a catalytic bead sensor. The response depends on chemical type and concentration. In the photoionization detector (PID) mode, the MultiRAE does not distinguish one type of chemical from another, but displays a number indicating the total concentration of all photoionizable compounds in the sample.


Dataram model dr 4000 portable real time aerosol monitor
DataRAM Model: DR-4000 controlled instrument designed for measuring the presence of photoionization chemicals in air at part per million (ppm) levels. In addition, the MultiRAE can detect inorganic compounds, e.g. ( CO, H2S, SO2, NO, NO2, Cl2, HCN, NH3, PH3, and O2) with electrochemical sensors, combustible gases with a catalytic bead sensor. The response depends on chemical type and concentration. In the photoionization detector (PID) mode, the MultiRAE does not distinguish one type of chemical from another, but displays a number indicating the total concentration of all photoionizable compounds in the sample.Portable Real-Time Aerosol Monitor


Lumex mercury analyzer
Lumex Mercury Analyzer controlled instrument designed for measuring the presence of photoionization chemicals in air at part per million (ppm) levels. In addition, the MultiRAE can detect inorganic compounds, e.g. ( CO, H2S, SO2, NO, NO2, Cl2, HCN, NH3, PH3, and O2) with electrochemical sensors, combustible gases with a catalytic bead sensor. The response depends on chemical type and concentration. In the photoionization detector (PID) mode, the MultiRAE does not distinguish one type of chemical from another, but displays a number indicating the total concentration of all photoionizable compounds in the sample.


Miran sapph ir e
MIRAN Sapph controlled instrument designed for measuring the presence of photoionization chemicals in air at part per million (ppm) levels. In addition, the MultiRAE can detect inorganic compounds, e.g. ( CO, H2S, SO2, NO, NO2, Cl2, HCN, NH3, PH3, and O2) with electrochemical sensors, combustible gases with a catalytic bead sensor. The response depends on chemical type and concentration. In the photoionization detector (PID) mode, the MultiRAE does not distinguish one type of chemical from another, but displays a number indicating the total concentration of all photoionizable compounds in the sample.IRe

Thermo Electron

Air Quality Instruments


Epa air monitoring equipment

The Miran Sapphire Ambient Air Analyzer is an intrinsically safe, portable, microprocessor-controlled, single-beam spectrophotometer used to measure concentrations of toxic gases or vapors in the ambient air. With spectra library software containing approximately 400 compounds, the Miran Sapphire can be used to identify unknown gases.


Multi gas monitor arearae
Multi Gas Monitor (AreaRAE) safe, portable, microprocessor-controlled, single-beam spectrophotometer used to measure concentrations of toxic gases or vapors in the ambient air. With spectra library software containing approximately 400 compounds, the Miran Sapphire can be used to identify unknown gases.


Trace atmospheric gas analyzer taga
Trace Atmospheric Gas Analyzer (TAGA) safe, portable, microprocessor-controlled, single-beam spectrophotometer used to measure concentrations of toxic gases or vapors in the ambient air. With spectra library software containing approximately 400 compounds, the Miran Sapphire can be used to identify unknown gases..

  • TAGA instruments consist of triple quadrupole mass spectrometers using atmospheric chemical ionization, either at atmospheric pressure or at reduced pressure, usually in the range of 1-4 Torr. A TAGA mobile laboratory consists of TAGA instruments and Agilent gas chromatograph/mass spectrometer (GC/MS) instruments mounted in a mobile bus, and are used to provide real-time concentrations of toxic substances in ambient air. They have been used also to provide very rapid analyses of gas samples from specific sources. The mobile bus is equipped with satellite communications and internet access for completely independent operation.


Ert data acquisition display capabilities

ERT Data Acquisition & Display Capabilities safe, portable, microprocessor-controlled, single-beam spectrophotometer used to measure concentrations of toxic gases or vapors in the ambient air. With spectra library software containing approximately 400 compounds, the Miran Sapphire can be used to identify unknown gases.

We currently have the ability to poll instruments in real-time, bring that data back wirelessly to one or more locations, push that data to a server and finally display it in real-time in Google Earth


Real time data
Real-Time Data safe, portable, microprocessor-controlled, single-beam spectrophotometer used to measure concentrations of toxic gases or vapors in the ambient air. With spectra library software containing approximately 400 compounds, the Miran Sapphire can be used to identify unknown gases.


Geo referenced photos
Geo-Referenced Photos safe, portable, microprocessor-controlled, single-beam spectrophotometer used to measure concentrations of toxic gases or vapors in the ambient air. With spectra library software containing approximately 400 compounds, the Miran Sapphire can be used to identify unknown gases.


Epa air monitoring equipment

TABLE OF CONTENTS safe, portable, microprocessor-controlled, single-beam spectrophotometer used to measure concentrations of toxic gases or vapors in the ambient air. With spectra library software containing approximately 400 compounds, the Miran Sapphire can be used to identify unknown gases.

TABLE PAGE

1. ACID SPILL...........................................................................................................1

2. AMMONIA RELEASE.........................................................................................2

3. CHEMICAL PLANT FIRE..................................................................................3

4. CHLORINE RELEASE........................................................................................4

5. ELECTROPLATING FACILITY RELEASE

6. GENERAL INDUSTRIAL FIRE

7. HYDROGEN CYANIDE RELEASE...................................................................7

8. LANDFILL RELEASE .........................................................................................8

9. MAGNESIUM FIRE .............................................................................................9

10. MERCURY SPILL..............................................................................................10

11. OIL SPILL FIRE

12. PESTICIDE/FERTILIZER FIRE

13. PHOSPHORUS FIRE .........................................................................................13

14. TIRE FIRE ...........................................................................................................14

15. VOLCANO...........................................................................................................15

16. WOOD TREATING FACILITY RELEASE....................................................16