The European Society of Cardiology hosted their Congress 2015 in London last month. The Congress is the world’s largest and most influential cardiovascular event.
A population-based approach is needed to tackle air pollution, which is now ranked ninth among the greatest modifiable risk factors for cardiovascular disease, according to conclusions at a Spotlight of the Congress Symposium yesterday.
Air pollution not only exacerbates existing heart conditions but even appears to play a part in their causation. The WHO estimated in 2012 that one in eight of total global deaths (around seven million each year) could be attributed to air pollution. The principal culprit appears to be fine nanoparticles known as particulate matter (PM) ≤2.5 μm in diameter (PM2.5) which occur in diesel and petrol exhaust.
David Newby from Edinburgh University said:
‘This ultrafine particulate matter is like a gas and can penetrate deeply into the lungs and reach the blood stream,’.
Article by Simon Birkett. Founder and Director, Clean Air in London.
On 18th March, the daily mean outdoor particle air pollution (PM2.5) hit 346 mg/m3 , nearly 14 times the World Health Organisation guideline.
Five air filter combinations were tested by Camfil. Additional standalone air filter units within an office can reduce office-generated pollutants and emissions e.g. volatile organic compounds
Camfil has sponsored Clean Air in London’s campaign to build public understanding of indoor air quality since 2011.
Camfil’s international testing team analysed air pollution in London between 16 and 20 March 2015.
They monitored ambient, or outdoor, air pollution and indoor air quality in Montague Place in central London and tested one or two air filter combinations each day in the office’s air handling unit. Camfil’s report can be downloaded here: Camfil IAQ London report
Camfil’s monitoring coincided with the worst air pollution episode so far this year.
On Wednesday 18 March, Camfil recorded a daily mean for fine particles (PM2.5) in outdoor air of 346 micrograms per cubic metre (mg/m3) which is nearly 14 times the World Health Organisation (WHO) guideline. They also recorded between 300,000,000 and 400,000,000 particles per cubic metre with a diameter between 0.3 microns (mm) and 0.5 mm. Continue reading
A recent article in the Sunday Times by their Environment Editor Jonathan Leake has once again raised the issue over the need for nitrogen dioxide filtration in school ventilation systems.
The article centres on two schools in South Yorkshire, the first schools that are due to be shut because of dangerous levels of air pollution. The roads around the two schools are generating so much nitrogen dioxide (NO2) and other dangerous particulates, that the local council has deemed the building a threat to the children’s health.
Sheffield City Council plan to relocate the schools from their current sites, next to the M1 Motorway, to a new site with less air pollution and noise. The health effects of air pollution have been a regular feature in the UK media since the World Health Organisation (WHO) stated last year that air pollution is the single biggest environmental health risk. Continue reading