| PRESS
INFORMATION – available for immediate
release Ref. BWM_QTCH_008 |
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| FTIR Monitors Renewable Energy Plant Emissions |
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Quantitech Ltd has recently installed a multi-component FTIR gas analyser at the world’s first poultry litter fuelled power station in Eye, Suffolk. A portable FTIR that uses exactly the same technology has also been supplied as a back up for Eye and its sister plants. The Eye Power Station is owned and operated by EPR Ltd, the leading renewable energy generator in the UK. The station consumes 160,000 tonnes p.a. of chicken litter, which is sourced from a large number of farms in the region. Since the Eye plant was constructed in 1992 emissions have been tightly controlled. However, from 28th December 2005, the Waste Incineration Directive (WID) imposed lower emission limits and as a result the Eye plant made an additional £3 million investment in abatement and monitoring equipment. Quantitech supplied the new monitoring equipment, which was configured
to precisely meet the plant’s new requirements. This included the
measurement of CO, CO2, NOx, SO2, HCl, H2O, O2 and particulates. FTIR stands for Fourier Transform Infrared, the preferred method for
infrared spectroscopy. 1) Analyse several components, or Quantitech’s Dominic Duggan says that in comparison with multiple analyser CEMS, the FTIR is “Extremely easy to operate” adding “Zero point calibration with Nitrogen (background) just takes a few minutes and is required once a day. Water vapour calibration must be performed after every major maintenance operation and at least once per year. Under normal circumstances no other calibration is required which saves our customers a great deal of time, effort and money.” Summarising his experience with the Quantitech monitoring system, Eye
Station Manager, Kevin Williams says “The reliability and accuracy
of the monitoring equipment are vitally important for the environmental
performance of the power station. However, the data management regime
that Quantitech has created not only helps us to ensure that we remain
constantly within the emission limits, but also helps us to operate the
plant as efficiently as possible. Note to editors: |
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