Underestimating the value of biogenic CO2 emissions may prove costly

Recording accurate biogenic CO2 emissions to comply with UK’s Environmental Agency’s upcoming legislation for energy from waste plants

Gas Analysers Chosen for their Turnkey Solutions

Nov 19 2012

University College Dublin (UCD) is involved in several research projects that aim to provide detailed information on greenhouse gas (GHG) emissions from ecosystems. This information contributes directly to the national reporting requirements under the UNFCCC Kyoto Protocol.

The role of ecosystems in the mitigation of climate change and the measurement of GHG emissions such as carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O) forms an integral part of policy driven climate change research. UCD required a piece of equipment that could suitably provide accurate field based measurements of GHGs at a high temporal resolution and that could sequentially sample, analyse and return gas samples from multiple static chambers.

a1-cbiss (UK) were chosen because of the bespoke turnkey solutions that they offer. The INNOVA 1412 photoacoustic gas analyser was selected in addition to an a1-cbiss eight channel auto-sampler to measure emissions of CO2, CH4, N2O and water vapour using both profile towers and static chamber techniques. This system was selected by the UCD as it provides accurate, field based measurements of GHG emissions at a higher temporal resolution than had previously been possible with gas chromatography techniques. Having designed and delivered the system to UCD, a1-cbiss then trained UCD research staff on the use of both the photoacoustic analyser and the auto-sampling system allowing them to be deployed to remote experimental research stations

“I have been involved in the development of this system from the outset” Commented Dr Matt Saunders of UCD “and have been impressed not only by the level of professionalism offered by a1-cbiss but also of the utility of the product provided. The analytical system provided by a1-cbiss has been extensively used, it has performed reliably during each experimental campaign, and we are confident that any potential technical issues we may have will be resolved quickly and efficiently by the a1-cbiss engineers should the need arise.”