New Passive Air Sampler Employs World's First Cloned Moss

Air monitoring

New Passive Air Sampler Employs World's First Cloned Moss

08 Sep, 2015

Published over 11 years ago. See the latest and most current information on Air monitoring.

Under European air quality directive 2008/50/EC, member states are required to monitor, assess, manage and report on national air quality. Traditionally, active sampling instrumentation, such as particulate matter samplers, have been the favoured approach to assessing ambient air quality. However, this can be a costly and time consuming method of data collection.

As a result of the EU FP7 project MOSSCLONE, a new cost-effective passive air sampler has been developed called ‘mossphere’. It employs the world’s first cloned moss which has been cultivated on a large scale to produce a highly pure homogenous material.

Terrestrial mosses display an excellent efficiency in loading both particulate and gaseous determinants of heavy metals, inorganic, organic and radioactive pollutants. The mossphere was designed to exploit this efficiency. The mossphere marks the next generation in passive sampling technology and is leading the way when it comes to low cost, precise passive sampling of particulate matter, metals and polycyclic aromatic hydrocarbons. This product will be launched onto the market over the coming months by T.E Laboratories, an innovative Irish SME specialising in environmental analysis. Details of mossphere can be found at www.tellab.ie.

Latest News

IET Guide 2026

Explore our Digital Edition

Discover the latest news and research

Digital edition

Explore Our Other Sites

Labmate Online
Ancient proteins identify Denisovan remains discovered in southwest China
Explore more Arrow
Pollution Solutions Online
New biomethane plant to convert organic waste into renewable energy for 30,000 people
Explore more Arrow
Petro Online
Independent studies strengthen the evidence for quantitative optical gas imaging
Explore more Arrow
Chromatography Today
Chiral chromatography separates synthetic cannabinoid enantiomers
Explore more Arrow