| Name |
 |
Brief
description of instruments |
| Mercury Analyzers |
|
RA-915+
Mercury Analyzer
Optional attachments:
RP-91 (for liquids)
RP-91C (for solid samples)
 |
 |
RA-915+ Mercury Analyzer is a
portable spectrometer designed for interference free analysis/monitoring
of mercury content in ambient air, water, soil, natural and stack
gases, chlorine alkali manufacturing, spill response, hazardous
waste, foodstuff, biological materials.
US EPA validated high sensitivity and selectivity instrument that
does not require gold amalgam pre-concentration and subsequent regeneration
steps. This enables the user to conduct real time monitoring. Being
combined with an RP-91 Cold Vapor accessory for water and RP-91C
pyrolysis attachment for solid sample testing, the instrument is
designed to determine mercury content in ambient air, water, soil,
natural and stack gases, dental and medical testing and diagnostics,
analysis of food and fish, etc. The detection limits being as low
as 0.5 ng/m3 in air and 0.5 ng/l in water and 5 µg
in soil.
|
Mercury
Analyzer RA-915 Light
 |
|
Mercury analyzer RA-915 LIGHT is a low cost analytical
instrument for measuring mercury concentrations in air. It is intended
for assessment of indoor/outdoor air quality in residential and
industrial settings.
|
IRM-915
Transportable Mercury Stack Monitor
 |
|
IRM-915 Mercury Stack Monitor is developed for temporary at-stack
installation and Flue Gas testing for “Total” or “Elementary”
mercury. Designed as an instrumental replacement for Ontario Hydro
Method, this is a good tool for testing certification of permanent
CEMM’s, and on-site performance evaluation of Mercury Control
Technologies.
IRM-915 Mercury Stack Monitor has
recently passed RATA (Relative Accuracy Test Audit). Result are
available per request. |
Appendix
K Sorbent Trap Mercury Analyzer
NEW! |
|
Appendix K part 75 of the Clean
Air Mercury Rule. US EPA validated thermal decomposition.
Appendix K Sorbent Trap Mercury Analyzer is designed for
field on-site or laboratory "Direct" testing of carbon
tubes for Sorbent Trap Monitoring of Hg emissions from coal-fired
power plants (formal method 324). Atomic Absorption technology is
used for no sample preparation analysis. Analysis time is less than
2 minutes per sample. No liquid chemicals or gases required, no
chemical waste is generated. In addition to Sorbent traps, analyzer
could be used for "Direct" testing of ash, coal and "Ontario
Hydro" method generated liquid samples.
Multi-point calibration protocol conforms to EPA Performance Based
Criteria Method.
Thermal method using
RP M-324 Mercury Analyzer and Sorbent Traps has passed RATA (Relative
Accuracy Test Audit) at multiple power plant locations in the United
States. Result are available per request. |
RA-915
MiniCEM 2x
 |
|
RA-915 MiniCEM 2x is designed for field on-site testing
of Flue Gas for Total mercury. Instrumental method intended as a
replacement for Ontario Hydro Method. This is a good tool for point
source stack testing and on-site performance evaluation of
Mercury Control Technologies Detection for Total mercury 0.1µg/m3
- 200 µg/m3.
|
RA-915+
Mercury Analyzer with new pyrolyzer PYRO-915
 |
|
Direct mercury analyzer for
EPA Method 7473
is the unique high sensitivity interference-free instrument for
direct mercury determination in complex matrixes.
- No sample preparation involved.
- No compressed gases required.
- No chemical waste generated.
- Get accurate analytical results in less than a minute!
Method detection limit is 0.5 ug/kg.
View/Download Application notes in PDF format:
|
Mercury
Analyzer RA-82
 |
|
Mercury Analyzer RA-82
is employed for measuring weight concentration of mercury, which
is implemented using a double-beam optical scheme with analytical
and reference cells. To minimize the detection limit, mercury preconcentration
on a gold trap is used. |
|
| Sorbent Traps |
|
Laboratory
Services
|
|
Ohio Lumex is a full staff
laboratory capable of doing all of your sorbent trap analysis. Our
laboratory is capable to analyze for mercury in sorbent traps as
well as fly ash and coal. Our standard turnaround time is 1 week
which means you will have results in less than 5 business days.
We also can do RUSH analysis of 2 days, 24 hours, and SAME DAY
analysis. We are known for our Exceptional QAQC, Inexpensive
Pricing, and Guaranteed Confidentiality! |
Method
30B Sorbent Trap
|
|
Method 30B Sorbent Traps
are available for evaluations and RATA. These 6mm or 10mm extra
durable 2-section sorbent traps are typically used from a few hours
to one day sampling and can be used when pulling up to 2 liters
per minute flow. |
Method
30B Vapor-spiked Sorbent Trap
|
|
Method 30B Sorbent Traps
at a variety of spike levels are available for evaluations and
RATA. These 10mm extra durable 2-section sorbent traps are typically
used from a few hours to one day sampling and can be used when pulling
up to 2 liters per minute flow.
Custom spiking at any value you need is available. |
Method
30B Sorbent Trap for Low Mass Emitter
|
|
Method 30B Sorbent Traps
for Low Mass Emitters are available for evaluations, Low Mass
Emitter Certifications, and RATA. These 10mm extra durable 2-section
sorbent traps are typically used from a few hours to one day sampling
and can be used when pulling 3-4 liters per minute flow. |
Method
30B Vapor-spiked Sorbent Trap for Low Mass Emitter
|
|
Method 30B Vapor-spiked
Sorbent Traps for Low Mass Emitters are available for evaluations,
Low Mass Emitter Certifications, and RATA. These 10mm extra durable
2-section sorbent traps are typically used from a few hours to one
day sampling and can be used when pulling 3-4 liters per minute
flow.
Custom spiking at any value you need is available. We can spike
as low as 10ng when you are performing a RATA on a very low level
site. |
Appendix
K RATA Vapor-spiked Sorbent Trap
|
|
Appendix K RATA Sorbent
Traps at a variety of spike levels are available for evaluations
and RATA. When performing a RATA on an Appendix K System, these
are the traps used in the Appendix K System and are specially made
to match the Method 30B traps perfectly. These 10mm extra durable
3-section sorbent traps are typically used from a few hours to one
day sampling and can be used when pulling up to 2 liters per minute
flow.
Custom spiking at any value you need is available. |
Appendix
K RATA Vapor-spiked Sorbent Trap for Low Mass Emitter
|
|
Appendix K RATA Sorbent
Traps for low mass emitter at a variety of spike levels are
available for evaluations and RATA. When performing a RATA on an
Appendix K System, these are the traps used in the Appendix K System
and are specially made to match the Method 30B traps perfectly.
These 10mm extra durable 3-section sorbent traps are typically used
from a few hours to one day sampling and can be used when pulling
3-4 liters per minute flow.
Custom spiking at any value you need is available. We can even spike
as low as 10ng when you are performing a RATA on a very low level
site. |
Appendix
K Long Term Testing Unspiked Sorbent Trap
|
|
Appendix K Long Term
Testing Unspiked Sorbent Traps are available for research purposes
and to perform baseline evaluations. These 10mm extra durable 2
or 3-section sorbent traps are typically used for a 1-7+ day sampling
and can be used when pulling up to 1 liter per minute flow.
Most customers will order these first to determine their spike level
before they begin continuous testing. |
Appendix
K Long Term Testing Vapor-spiked Sorbent Trap
|
|
Appendix K Long Term Testing
Vapor-Spiked Sorbent Traps at a variety of spike levels are
available for Long Term and Continuous testing. These 10mm extra
durable 3-section sorbent traps are typically used for a 1-7+ day
sampling and can be used when pulling up to 1 liter per minute flow.
They are all custom spiked for extra spike retention at any level
the customer requires. |
Customizations
for the Sorbent Traps
|
|
All Ohio Lumex Sorbent Traps
can be customized to fit the conditions of the source perfectly.
We can add an Acid Gas Scrubber to any sorbent trap if the
source has high Acid Gases, SO2, or SO3. We
can create a special 3rd section to be extra spike
retentive if the stack temperature is higher or acid gases are present.
In these cases we can also create a special 1st section
to be breakthrough resistant. For wet stacks we can build your trap
to be moisture resistant in order to keep the sorbent completely
dry during the testing. For clients who have high particulate in
their stacks, to prevent traps from plugging up in a few days we
can add a coiled particulate pre-filter inside of the traps
in order to increase the surface area of the first plug. |
Speciation
Sorbent Trap
|
|
Speciation Sorbent Traps
are available for evaluations, research, comparison with CEMMs or
Ontario Hydro, and Sorbent Injection Efficiency Studies. These 10mm,
extra long, and extra durable sorbent traps come with 2 types of
sorbent. One sorbent collects only oxidized mercury while the other
collects the elemental mercury. Moisture resistance and acid gas
scrubbers come standard on these traps in order to prevent interference
with the oxidized mercury. |
|
| Mercury Filters |
|
Mercury
Vapor Filter Scrubber
 |
|
Mercury Vapor Filter Scrubber
is designed for cleaning air from vapors of elementary mercury
in breezing zone, for spill clean up, dental offices, manufacturing
facilities, room decontamination, medical offices, schools, etc.
* 3 models available
|
|
| IR Spectrometry |
|
InfraLUM
FT-02
 |
|
InfraLUM FT-02 FTIR Spectrometer
contains, as a basic unit, a state-of-the-art robust vibration-
and misalignment-proof Double-Cat-Eye interferometer of a proprietary
design. The InfraLum-02 covers the spectral range of 350-7500
cm-1 and provides the photometric accuracy of 0.1%. The
instrument is designed for identification of unknown substances,
quantitative analysis of solutions and mixes, detection of impurities
in atmospheric air and gases, and other similar analyses. The large
sample compartment can accommodate all conventional and non-standard
large cells and accessories. The use of the dedicated user-friendly
SpectraLum control, data acquisition and processing software package,
and calibration and reference databases allows even an unskilled
operator to operate the instrument. |
|
| Automatic Analyzers |
|
AKMC
 |
|
AKMC-1 water hardness
monitor is designed for stand-alone unattended continuous monitoring.
The principle of operation of this instrument is based on potentiometric
determination of the total content of calcium and magnesium ions
(water hardness) in any natural or industrial water samples. The
device may be used for monitoring at water preparation facilities
and for quality control of feed water in power plants and in artesian-well
water softening.
AKMC-1 monitors consists of an
electrochemical unit with ion-selective electrodes and a standard
unit with a hydraulic unit. This design provides uninterrupted measurements
of ion concentrations in real time with automatic correction for
variations of temperature in the water flow.
The instruments are equipped with RS-485 computer interfaces for
customized report output and remote computer-aided control. Concentration
measurement results, up to 1000, are stored in a built-in memory
and are displayed on a built-in LCD or can be printed out. If the
analysis result exceeds certain level, the alarm mode is activated,
and a final-control mechanism can be automatically switched off
by a command from the flow analyzer. |