emissions monitoring Equipment in Congo, Democratic Republic of the

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1375 Results found
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  • Location: Africa ×

  • Location: Congo, Democratic Republic of the ×

Lowe Engineering - Continuous Emissions Monitoring ( CEM ) Systems

by Lowe Engineering Limited     based in Leeds, UNITED KINGDOM

Are you planning to install Emissions Monitoring or do you have a requirement for Gas Analysis? Lowe Engineering's great experience in systems for these two fields could save you money and give you peace of mind.

Model EGAS 2M - Engine Exhaust Gas Analysis System

by Environnement S.A     based in Poissy, FRANCE

The only system allowing the measurement of 1 or 2 independent streams in a single analysis cabinet. Measurement of THC, NO, NO2, NOx, CO, CO2, O2 and NH3. Designed to measure emissions from all combustion engines regardless of fuel type.

Lowe Engineering - Gas Sample / Detection Analysis

by Lowe Engineering Limited     based in Leeds, UNITED KINGDOM

The following extract from Perry's Chemical Engineers' Handbook, will give some insight into the sampling and analysis of Hydrocarbons.

ETG - Model FID - Emission Monitoring Analyzers System

by ETG Risorse e Tecnologia     based in Montiglio, ITALY

The FID technology (Flame Ionization Detection) is widely used for monitoring VOC (volatile organic compunds) and could be espressed as THC (total hydrocarbons) and it’s officially used as the standard technology used in the emission and immission control, and moreover is used for control process.The actual line include two versions: fixed ...

Soot-Trak - Real-Time Diesel Soot Mass

by Sierra Instruments, Inc.     based in Monterey, CALIFORNIA (USA)

The Sierra Instruments Soot-Trak laser measures real-time engine soot particle mass emissions and performs characterization of soot particle particle size, primary particle surface area and number. Soot-Trak provides researchers and engine developers the accurate information they require about particle transport. With measurement accuracy of 5% ...

Model GCEM4100 - Multi Channel Extractive Flue Gas Analyser

by Codel International Ltd     based in Bakewell, UNITED KINGDOM

The GCEM4100 is a hot extractive analyser for difficult flue gas monitoring applications. It uses infrared absorption spectroscopy to measure up to seven pollutant species in a single self-contained unit. Many conventional extractive systems require the sampled gas to be cleaned and dried to a very high standard prior to analysis, invariably ...

Teledyne - Model ML675 - Dilution-Extractive System

by Teledyne Monitor Labs, Inc.     based in Englewood, COLORADO (USA)

The Teledyne ML675 dilution-extractive system can be used in 40CFR75, 40CFR60, and process control applications. In this system, sample is prepared for analysis by diluting stack gas with clean, dry instrument air at the probe location. Since no moisture is removed with dilution, measurements for SO2, NOx, CO, THC and CO2 are made on a wet basis.

a1-cbiss - Model MIR-9000-CLD - Multi-Gas Continuous Emissions Monitoring System

by a1-cbiss     based in Birkenhead, UNITED KINGDOM

a1-cbiss and Environnement S.A have developed a multi-gas continuous emissions monitoring system utilising the Standard Reference Methods (SRM) for the monitoring of NO, N2O, NO2, NOx, CO, CO2 and O2. It also utilises the technology stated in the Alternative Reference Method (ARM) for SO2.

Model VCEM5100 - Flue Gas Flow Monitor

by Codel International Ltd     based in Bakewell, UNITED KINGDOM

Continuous on-line analysis often only considers the density of the emissions (e.g mg/Nm3) In order to obtain a measurement of total emissions for pollution monitoring (e.g kg/hr) it is necessary to either calculate or measure flow within the gas stream. The VCEM5100 provides non-contact measurement of gas velocity using a time-delay correlation ...

Model DCEM2000 - Dual Pass Opacity / Dust Monitor

by Codel International Ltd     based in Bakewell, UNITED KINGDOM

The DCEM2000 is a dual-pass transmissometer configured for the continuous measurement of opacity and dust concentration in flue gases. Its unique optical arrangement provides continuous measurements of transmissivity of visible light across the stack in opposite directions, providing not only an accurate average of the dust loading in the stack, ...

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