26 AIR MONITORING
Registration opens for CEM 2020 emissions monitoring event
The operators of industrial processes looking for the latest help and advice on regulations, standards, methods and technologies, can now register at
www.cem.uk.com to attend CEM 2020, the international emissions monitoring conference and exhibition.
Taking place in Krakow, Poland from 13-15th May, CEM 2020 will also attract regulators, testing organisations, researchers, equipment suppliers and standards organisations from around the world.
With speakers drawn from fourteen countries, the CEM 2020 presentations will address key themes such as Regulations, Standards and Quality Assurance in the measurement of particulates and gases at low concentrations. These will include greenhouse gases, mercury, dioxins and trace gases, as well as fence-line monitoring and the measurement of fugitive and diffuse emissions. Speakers will also describe the latest technological developments in the emissions monitoring market.
Several of the presentations will address the latest BAT (Best Available Techniques) requirements. For example, the EU Industrial Emissions Directive requires permit conditions to be based on Associated Emission Levels (BAT-AELs) defined in the applicable BAT Reference Notes (BREFs). Speakers will explain the implications of the BAT Conclusions for Large Combustion Plants which were published in August 2017 with compliance for existing plant required within four years. The LCP BREF defines more stringent monitoring requirements and addresses a wider range of pollutants, and the Waste Incineration (WI) BAT Conclusions were published in November 2019 with compliance for existing plant also required within four years.
Industrial case studies are always popular with CEM delegates and visitors can expect to learn from the experience of speakers in sectors such as power, cement, metals, chemicals, glass, minerals and mining, waste management, incineration and many more. An international exhibition will run alongside the CEM 2020 conference, providing visitors with an opportunity to meet almost all of the world’s leading manufacturers of emissions monitoring technology. CEM 2020 will take place at the DoubleTree by Hilton Krakow Hotel & Convention Center, and visitors can choose half day, one day or three day conference passes, with early-bird rates expiring on 1st April. Exhibition-only passes are also available.
More information online:
ilmt.co/PL/w36K For More Info, email:
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51384pr@reply-direct.com New cylinder-free auto-GC-FID range
‘Please provide a reliable and certified results from an all-in-one unit without gas cylinders’. This was the design challenge that Chromatotec had to achieve to satisfy market expectations for VOC/hydrocarbon monitoring.
They succeeded by combining Gas Chromatography (GC) analysers with Flame Ionisation Detection (FID) to enable the analysis of Volatile Organic Compounds (VOCs) with exceptional sensitivity and linear response for a wide concentration of ranges (ppt to %) in automatic routine mode. When comparing lab GC-FID with auto-GC-FID, used in the field for
online monitoring systems, users may be concerned about the on-site use of hydrogen(H2) and the complexity of cylinder management. Indeed, FID detectors require a H2/air flame and, in the case of cylinders, must be changed before complete exhaustion, or else risk interrupting analyses while also decreasing the usable amount of gas. In terms of safety, gas cylinders are bulky and heavy so personnel must be trained on how to move and secure them.
To solve these problems, H2and zero air gas generators are used, instead of cylinders, in the first fully-automatic, standalone, cylinder-free, auto-GC-FID system to be manufactured by Chromatotec. Designed for industrial applications, the performance of the cylinder-free auto-GC-FID system offers low cost of ownership as only distilled water and ambient air are needed! The integrated generators provide the FID’s total gas consumption requirements. (30 mL/min H2and 180 mL/min air). This system also gives operators improved safety because no compressed hydrogen cylinders are required. It operates with complete autonomy, the FID can be operated continuously, avoiding the need to change empty cylinders and they have an enhanced level of sensitivity by using“Zero grade” gases without hydrocarbon impurities for lower noise level and greater column protection. The analyser and both generators are housed in a space saving all-in-one wall-mounted cabinet. Chromatotec’s auto-GC FID system performs multi-stream analysis (channelled/surface/ambient). Operators have a custom- designed analyser with an integrated multiplexer sampling device to provide inlet/outlet process monitoring with full traceability for each stream analysed. This unit is surprisingly easy to operate, the measurement system performance evaluation is completed with internal calibration using NIST traceable permeation tube technology to provide automatic data validation. This fully automatic, user-friendly system does not require specialised personnel to operate. Users only need to ensure that there is a reliable power supply and to set up proper sampling lines to successfully operate it.
More information online:
ilmt.co/PL/0RpZ For More Info, email:
Reliable and continuous gas sampling in cement kilns
email: For More Info, email: email:
50972pr@reply-direct.com
The highly robust CEMTEC®
gas sampling probe system was designed and manufactured
by ENOTEC in Germany for continuous flue gas analysis in extreme environments with high temperatures and levels of dust, such as cement plant rotary kiln inlets and lime plants. CEMTEC practically measures 24/7 for continuous combustion and process control which enables improved product quality and leads to fuel and emissions reduction.
Due to the ever increasing use of alternative fuels (RDF) in rotary kilns, reliable and continuous gas analysis is a necessity. Across the globe, stringent NOx abatement levels in cement plants require effective SNCR which can be controlled and optimized with continuous process measurement.
These tough applications involve process temperatures as high as 1400°C with dust concentrations of up to 2000 g/m³, intense mechanical stress and ambient temperatures of 50°C all of which puts a significant strain on the equipment. Delivering dust-free sample gas, ENOTEC’s proven and unique technology enables operators to have an optimal solution for continuous and accurate measurement in extremely tough environments.
In addition, CEMTEC® has a maintenance cycle of only once per year. This self-cleaning and
powerful instrument offers 95% availability of measurement during operation. More information online:
ilmt.co/PL/9PyY
AET ANNUAL BUYERS’ GUIDE 2020
WWW.ENVIROTECH-ONLINE.COM
For More Info, email: email:
For More Info, email:
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