Showcasing Australian innovation in greenhouse gas monitoring at GGMT 2017 in Dubendorf, Switzerland
24 August 2017
Acoem Australasia’s Engineering, Research and Development Manager, Grant Kassell and SpectronusTM inventor Dr David Griffith brought SpectronusTM technology to the world stage, making monitoring of greenhouse and other trace gases more efficient and accurate.
The Acoem SpectronusTM trace greenhouse gas and isotope analyser provides simultaneous and real-time measurements of N2O, CH4, CO and CO2 (including δ13C and δ18O)
Acoem, global leaders in environmental monitoring solutions, took centre stage at GGMT 2017 to highlight the SpectronusTM, the only trace gas analyser on the market with the ability to make real-time, high precision measurements of multiple gases and isotopes simultaneously, within the single instrument.
Designed and created by Dr David Griffith and his team at the University of Wollongong, Australia, the SpectronusTM is the result of more than two decades of research. It is manufactured under exclusive licence by Acoem Australasia.
Based on Fourier Transform Infrared (FTIR) spectroscopy, which measures the absorption of infrared radiation by gases over a broad wavelength range, Spectronus’ precision values for gas measurement exceed the standards of the World Meteorological Organization (WMO). Its unique ability to measure four gases and two isotopes at once gives users one set of calibrations and only requires one integrated piece of software for all measurements. Suitably deployed, SpectronusTM can also identify the source of a particular gas, for example the soil, or the atmosphere. SpectronusTM makes it easier and more efficient for users to identify the presence of greenhouse gases and if gas emissions are in line with government standards and regulations.
Acoem Australasia presented on Wednesday 30 August
Grant Kassell, Acoem Australasia’s Engineering, Research and Development Manager was invited to present the SpectronusTM as part of the GGMT conference and Dr Griffith was on hand at the Acoem Australasia stand to discuss his extensive research into greenhouse gases and the practical applications of the SpectronusTM for sampling in situ in the field or analysis in the laboratory.
“I was very excited about participating in GGMT and presenting the SpectronusTM to a wider, international audience that shares our environmental outlook,” said Grant.
“Acoem’s commitment to supporting industry sustainability, ensuring the wellbeing of communities and protecting the environment, means that we invest in superior technology and innovation like the SpectronusTM to help solve global environmental problems,” he added.
Australian design with global appeal
With existing SpectronusTM users around the world including the University of Heidelberg (Germany); the Chinese Meteorological Administration (China); Lawrence Berkeley National Laboratory (USA); Korean Standards Institute (South Korea); Laboratory for the Science of Climate and Environment, Gif sur Yvette (Paris); and a number of research agencies and universities in Australia and New Zealand, the SpectronusTM is gaining traction as an indispensable instrument in the effective monitoring of greenhouse and other trace gases in a variety of settings.
The range and capabilities of the SpectronusTM are immense. They include:
Chamber measurements of soil carbon and isotopic fluxes
N2O, CO2, and CH4fluxes
Vertical profiles of trace gases and isotopic fractionation of a tall tower installation
Measuring trace gas variations in limestone caves to provide paleoclimatic information to better understand isotopic fractionation in speleothem layers
Ship measurements of CO2 and other trace gas plumes.