predictive emissions monitoring Equipment

61 Results found
  • Keyword: predictive emissions monitoring ×

PCME - Model STACK 980 - Particulate Continuous Emission Monitor

by PCME Ltd     based in St Ives, UNITED KINGDOM

The PCME STACK 980 is an approved Particulate Continuous Emission Monitor suited to industrial applications in stacks after bag filters, cartridge filters, cyclones and process driers. The instrument combines the latest regulatory approvals (MCERTS Performance Standards for Automated Dust Arrestment-Plant Monitors, version 1 (August 2010), class 2 ...

CO2 Capture by Amine Absorption

by Protea Limited     based in Cheshire, UNITED KINGDOM

The act of capturing and storing CO2 produced from large scale combustion plants such as power stations is becoming more and more favourable and feasible. One of the most common post-combustion CO2 capture methods is by absorption. The absorption plant can be added on to the existing combustion process, with the flue gas first passing through an ...

PCME - Model STACK 990 - Particulate Measurement Systems

by PCME Ltd     based in St Ives, UNITED KINGDOM

The PCME STACK 990 is an approved particulate Continuous Emission Monitor suited to industrial applications in stacks after bag filters, cartridge filters, cyclones and process driers. The instrument combines regulatory approvals (TUV BlmSchV 17 and 13) for both dust measurement and leak monitor

Portable Olfactometer - Model SM110C - In-Field Odour-Measuring Device

by Alpha MOS Environment     based in TOULOUSE, FRANCE

SM110C is an in-field odour-measuring device that allows users to accurately quantify ambient odour strength. Easy to use, it improves the reliability of odour assessments in the field. This revolutionary device offers a cost-effective alternative to laboratory measurements, often costly and not always required. When lab results are not required, ...

Ohio Lumex - Model RP-M324 - Sorbent Trap Mercury Analyzer

by Ohio Lumex Co., Inc.     based in Twinsburg, OHIO (USA)

The RP-M324 attachment is designed to be part of a mercury analytical system (RA-915+ or RA-915M mercury analyzer) which altogether makes up the Sorbent Trap Mercury Analyzer. Thousands of RATA’s all over the USA and Canada have been completed using this system. Using a sample probe that will be inserted into the emission stack and a ...

Scentroid - Model SM100 - Self-Contained Odour Measurement Aparatus

by IDES Canada Inc.     based in Markham,, ONTARIO (CANADA)

Scentroid SM100 is an in-field odour-measuring device that allows users to accurately quantify ambient odour strength.This revolutionary device (Patent Pending) offers an easy-to-use and cost effective alternative to guessing at odour strength or using expensive odour measuring laboratories.

Gas Analysis Systems

by Australian Dynamic Technologies (ADT)     based in Mulgrave, AUSTRALIA

Aust Dynamic Technologies has designed and produced many Gas Analysis Systems for all forms of industry.

Model EP 1000A - Stack Dust Analysis

by SERES ENVIRONNEMENT     based in AIX EN PROVENCE Cedex 3, FRANCE

SERES environnement, The best solution for continuous stack dust measurements. The laser technology used in the EP 1000A analyser is the most efficient solution for all classified industries required to fit their stacks with approved systems. This system has been qualified by the French Ministry for Industry and Environment. The SERES EP 1000A is ...

TAPI - Model 801E - NDIR CO2 Analyzer

by Teledyne Advanced Pollution Instrumentation, Inc. (TAPI)     based in San Diego, CALIFORNIA (USA)

The NEW 801E uses a state of the art NDIR CO2 sensor combined with the TAPI E-Series advanced microprocessor based electronics to provide a high performance analyzer giving accurate, dependable measurements of percent level Carbon Dioxide. This product is ideally suited for measuring extractive source emissions and provides a cost effective ...

TAPI - Model 803E - CO2/O2 Analyzer

by Teledyne Advanced Pollution Instrumentation, Inc. (TAPI)     based in San Diego, CALIFORNIA (USA)

The NEW 803E uses the proven paramagnetic O2 measurement principle, coupled with a state of the art CO2 NDIR sensor.

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