Isokinetic Sampling Applications available in Connecticut
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Environmental Data Monitoring Solutions for Air Quality and Emission
There are two types of stationary air pollution sources: Point source pollution (boiler rooms, process, power stations, etc…). Surface pollution (landfill sites, farms, etc…). The main pollutants concerned are mercury, NOx (produced by combustion), VOCs, heavy metals, dioxins (mainly produced by incineration plants), as well as smells (e.g. treatment of co-products in the food processing industry). ECOMESURE provides instruments that measure the pollutant concentration coming out of industrial sites ...
By Ecomesure based in Saclay, FRANCE.
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Particulate monitoring for continuous emissions
With the advent of specific process emission limits being defined, continuous particulate monitoring has become a regulatory requirement for many industries. smoke stack #1Particulate monitoring requires the measurement of the mass concentration of particulate matter in stack emissions to atmosphere. There is no known method of continuously measuring particulate concentration by direct measurement and therefore, all continuous particulate measurement methods are inferential. Each method involves the ...
By Dynoptic Systems Ltd - ACOEM Group based in Banbury, UNITED KINGDOM.
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Measurement solution for HF emissions from brickworks
Brick kilns, as well as other plants such as ceramics manufacturers and fertiliser producers, are a major producer of hydrogen fluoride (HF) emissions. HF is highly reactive gas and seriously damaging to human health, so has strict emissions limits imposed by legislation. In addition to the effects to humans, emissions have been found to damage crops and fruit trees, as well as the general environment. The brick industry strives to reduce the amount of HF emissions and numerous projects have been carried out into ...
By Protea Limited based in Middlewich, UNITED KINGDOM.
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Stack Emission Sampling for Hydrochloride Acid Chimney Sampling
Hydrochloride Acid chimney sampling according to norm UNI-EN 1911 DLgs.152-2006. The system concerns a heated sonde including a set of glass tools to sample hydrochloride acid sampling gas getting in touch without affecting any metal part. A special impinger’s support deviceis placed outside the sonde, next to the heated recipient holding the filter holder. This process avoid forming condense in the sampling chain with the loss of the specimen. Normative allows two different kinds of sampling, the first one ...
By AMS Analitica based in Pesaro, ITALY.
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Stack Emission Sampling for Dioxin Sampling
Dioxin, PCDD-PCDF and PCB sampling system compliant with UNI-EN 1948:2006. This sentence refers to the last variation of the version dated 1999 because it has been changed some phases in the technical-analytical process and there are new normative references about oxygen sampling (EN-14789) and humidity content (EN-14790). ...
By AMS Analitica based in Pesaro, ITALY.
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Stack Emission Sampling for Emission Dust Sampling Options
The reference EN 13284-1 provide two different way about stack sampling, depending on emission conditions. The first option provide sampling with a standard probe with inserted perpendicularly into the duct filter holder to the emission flow. This option is recommended for emissions not involving humidity and with low temperature. It allows using non-perpendicular filter holders to sampling flow, reminding to consider also as part of the sampling all the collected parts ahead of the ...
By AMS Analitica based in Pesaro, ITALY.
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Stack Emission Sampling for Mercury Sampling System
Mercury sampling system compliant with UNI EN 13211 normative. This method is focused on discharged mercury in emission coming from hazardous city waste incinerators. The method is applicable in the concentration range of 0.001 mg/m3 to 0.5 mg/m3. ...
By AMS Analitica based in Pesaro, ITALY.
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Stack Emission Sampling for Heavy Metal Sampling System
This method is dedicated to the sampling of discharged heavy metals in emissions coming from hazardous city waste incinerators. The elements analyzed are: Antimony, Arsenic, Cadmium, Chromium, Cobalt, Copper,Magnesium,Nickel, Lead, and Thallium. This method is applicable to each one of these specific elements in the concentration range of 0.005 mg/m3 to 0.5 mg/m3. ...
By AMS Analitica based in Pesaro, ITALY.
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