Air pollution at dangerous levels in parts of King’s Lynn, warns report

Nitrogen dioxide levels in parts of the town are currently high enough to cause a serious risk to health, warns a new report.

The report to West Norfolk councillors states: “Air pollution can make our environment less attractive and can have serious effects on health. We are aiming to reduce air pollution to levels that do not cause a risk to human health.”

Proposals include altering road layouts to improve congestion on busy streets in South Lynn and Gaywood and a creating a bus only lane from Wisbech Road to Boal Street.

Officials say the aim is to encourage people out of their cars to use other forms of transport.

Other suggestions include encouraging more people to park in West Lynn and catch the ferry, and residents’ only parking in town centre streets to discourage commuters from using them for free parking.

Brian Long, deputy leader of the council, said: “The current levels are not good enough, so it’s important we do all we can to make King’s Lynn a more environmentally friendly place to work and live.”

County councillor Alexandra Kemp, who represents South Lynn, said: “It is essential we start getting more people to walk to work, to use a bicycle or get the ferry from West-Lynn.”

Figures produced by Public Health England link 29,000 deaths in the UK each year to air pollution.

Other proposals include special traffic controls at main junctions to reduce stop and start driving, improve traffic flow and reduce emissions.

A new bus-only lane from Wisbech Road, through The Friars to Boal Street could be used by other vehicles such as taxis.Residents only parking is also being conssidered in the town centre to encourage visitors and workers to use public car-parks, rather than residential streets.

Car parking charges will be investigated, with the aim of evening out peak travel times while also making short trips easy.

Councillors on the regeneration, environment and community panel discuss the report on Wednesday, July 23.

via Air pollution at dangerous levels in parts of King’s Lynn, warns report – Environment – Eastern Daily Press.

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Sheffield air pollution ‘will breach guidelines until 2025’

Air pollution in Sheffield is set to remain in breach of European limits until at least 2025 – a decade later than hoped.

Revised Government figures have extended the expected time it will take the city to get below the European Union’s nitrogen dioxide pollution limit.

A report in September 2011 said Sheffield should be complying with the target by 2015.

However, updated projections from the Department for Environment, Food and Rural Affairs said nitrogen dioxide emissions are now projected to be in breach of EU guidelines until 2025.

A Defra spokesman said the projections have been updated to ‘reflect more accurate assumptions’ about how cars contribute to pollution. He said the assumptions are ‘more pessimistic’ than previous projections.

The spokesman said: “This is largely due to the failure of the European vehicle emission standards for diesel cars to deliver expected emission reductions.”

Neil Parry, from the East End Quality of Life Initiative which is campaigning for improved air quality in the east end of Sheffield, said the city would be further set back by the decision to build the new Ikea store in Carbook and the Government throwing out plans for a 60mph limit on the M1 through the city.

He said: “We need to reaffirm what we are doing as a city to move forward and get people on short journey to use things other than cars.

“We have got to do something about this – it is a public health crisis. Unless we do something, we are talking about a lot of people in Sheffield who are going to suffer ill-health.”

A Sheffield Council report last year said poor air quality is causing an estimated 500 premature deaths a year in the city.

via Sheffield air pollution ‘will breach guidelines until 2025’ – Sheffield Telegraph.

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Respro® Masks FAQ: Which Respro® Mask should I buy for urban use?

skins-leavesFor cycling/walking in the urban/city environment, we recommend the Techno™ mask where pollution is high and full of diesel particulates. The Techno™ filter in the Techno™ mask is the Sports filter and the City™ filter combined giving the user both sub-micron particle filtration with gas and vapour filtration.

The Techno™ filter has sub-micron filtration capability. What this means is that it is able to trap particles less than one micron in size which is more than capable of the removal of 2.5 micron Particulate Material (PM2.5).
Typically particulate pollution in the cities appears to be in the 2.5 micron size range and above. Particles smaller than this are known as respirable dusts, which can lodge deep within the lungs and air sacs. This is the more dangerous type of particle pollution as chemicals from vehicle exhaust emissions are carried to the blood barrier by means of respirable particulates. Hence the need for a Hepa-Type™ sub micron particle filter.

The DACC™ activated charcoal layer within the Techno™ filter has excellent adsorption properties when it comes to SO2 and NO2 uptakes. With this capability and its capability of filtering VOC’s it is the best filter available in our range for dealing with the broad spectrum of pollutants commonly found in major cities across the globe.

For more Frequently Asked Questions,  go to Respro® Mask FAQ

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Pakistan’s urban air pollution off the charts

ISLAMABAD: “Pakistan’s urban air pollution is among the most severe in the world and it engenders significant damage to human health and the economy,” according to a newly-released report titled ‘Cleaning Pakistan’s Air’.

Released by the World Bank, the report calls upon the government to make urban air quality improvement a priority in the country’s policy agenda, noting that the issue has received little attention despite strong evidence indicating an urgent need to tackle pollution in major cities.

Current industrialisation, urbanisation and motorisation trends suggest that the air quality in Pakistan will only worsen over time unless targeted interventions are made in the short, medium and long term. In addition, the institutional and technical capacity of organisations responsible for air quality management needs to be strengthened, the report says.

Suggesting policy options to address the affects of outdoor air pollution, the report says that air pollution in Pakistan disproportionately affects the health and productivity of the poor, especially for the more than 35 per cent of Pakistanis who live in urban areas.

According to the report, more than 22,600 adult deaths in 2005 were caused in some way by urban air pollution. Outdoor air pollution alone causes more than 80,000 hospital admissions per year; nearly 8,000 cases of chronic bronchitis, and almost five million cases of lower respiratory cases in children under the age of five.

The report expresses concern over data that reveals that the harm caused by air pollution in Pakistan’s urban areas is the highest in South Asia region and exceeds most other high profile causes of mortality and morbidity in the country, including traffic-related accidents.

The report noted a significant expansion of environmental regulatory powers with the passage of Pakistan Environmental Protection Act and the issuance of national environmental policy, but noted that significant implementation gaps still exist. While the laws governing the environment are comparable to those in other South Asian nations, they suffer because of weak implementation and enforcement mechanisms. Neither the organisational structure of Climate Change Division nor that of Pak-EPA has a specific department responsible for air quality management, the report states.

According to the World Bank study, declining government attention to air quality management resulted in a significant paucity of reliable air quality data. The limited data that are available suggest that ambient concentrations of health-damaging particulate matters in Pakistan are on average more than four times above levels recommended in World Health Organisation guidelines.

Comparative risk assessments typically confirm that air pollution generates severe local impacts, particularly on human health. However, attention devoted to local pollution problems has declined rapidly in Pakistan to give precedence to climate change mitigation and other problems that have global impacts.

In the short term the primary emphasis should be on reducing levels of pollutants linked to higher morbidity and mortality from mobile sources. A second level of priority could be given to particulate matter, sulfur oxide and lead emissions from stationary sources. A fourth level of priority could be given to other traditional air pollutants such as carbon monoxide and greenhouse gases.In the medium term the government should consider adopting measures to reduce the country’s motorisation trend. The number of vehicles in Pakistan has increased from around 2 million to 10.6 million over the last 20 years, the report reveals.

Bus rapid transit can be used to transport increasingly larger volumes of people at moderately higher speeds even in very congested urban areas. While still substantial, the investments needed to develop and operate these systems are significantly lower than those of traditional mass transport systems, such as the underground metros.

Additional policies that are worth assessing in the medium term include traffic control, restricted circulation of private cars during high pollution episodes, urban planning and land use, establishment of high occupancy vehicle lanes, measures to improve traffic flows such as ‘green wave’ coordination of traffic signals, and improvement of infrastructures such as paving of roads.

Climate policies in the transportation sector include improving the efficiency of motorised vehicles and the transportation system; promotion of mass transit; policies to reduce congestion on roads, highways and in urban metropolitan centres; and promotion of non-motorised transport.

The report concludes that Pakistan’s severe urban air pollution problem will need to be tackled through a series of coordinated interventions to strengthen monitoring, build institutional capacity, bolster the regulatory framework and fill existing knowledge gaps.

via Pakistan’s urban air pollution off the charts: World Bank – Pakistan – DAWN.COM.

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Air quality: Big Blue smoke

RECENT headlines suggest that American technology firms are suffering from a backlash in China because of attempts in Washington to prosecute alleged Chinese cyberhackers. But one Western firm has found a way to make itself indispensable: by using its technology to tackle a big local problem.

This week IBM revealed that it has signed a ten-year research agreement with the government of Beijing to help the city’s fight against pollution. Chinese officials have promised to slash levels of PM2.5 a harmful air pollutant by a quarter by 2017. Under the accord, IBM’s researchers will harness the firm’s expertise in supercomputing, big-data analytics and weather forecasting to predict the levels of PM2.5 three days in advance. This will better enable the government to shut factories, restrict vehicles and alert citizens.

In this sectionThe flow of thingsPolar bearingsBig Blue smokeReprintsRelated topicsIndustriesTechnology industryInformation technology sectorChinaPoliticsIt is an ambitious effort, not least because Chinese authorities are hardly known for their willingness to share pollution data. In the past it was only pressure from the public and the American embassy, which tweets regular readings, that forced more openness.

There are a hundred or so reliable monitoring stations today in Beijing but more are needed. IBM plans to top up official data with more from weather satellites and sensors around the city. It is also open to crowdsourcing pollution readings. The firm’s China research team leads its global effort on social-media analytics. The question is how much openness Chinese officials will allow.

via Air quality: Big Blue smoke | The Economist.

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European Court of Justice to hear UK air pollution case today

A civil case against the UK Government for breaching air quality limits will be heard by the Court of Justice of the European Union CJEU in Luxembourg today.

The hearing was prompted following a successful legal action brought by ClientEarth which won a UK Supreme Court judgement that ruled the Government is breaching its legal duty to achieve limits for nitrogen dioxide, a toxic gas produced mainly by diesel exhausts.

The senior judges asked the CJEU to fast-track a ruling on the precise meaning of certain provisions of the EU Air Quality Directive. The CJEU’s judgment is expected before the end of the year. It will be binding on the UK courts and the national courts in all 28 EU member states.

The case will then return to the UK Supreme Court in early 2015 for a final ruling.

Despite the threat of huge fines, the UK Government yesterday delivered an even more pessimistic forecast of future levels of air pollution and blamed European law-makers for its inability to successfully tackle the issue.

Defra officials published the latest air quality projections across 43 zones nationwide for meeting European limits for nitrogen dioxide NO2, which they claims reflects the most up to date understanding of future NO2 levels.

The official figures show that three urban areas, Greater London, West Midlands and West Yorkshire, will not comply with strict EU air quality limits until sometime after 2030.

Environment chiefs fail to provide a forecast for when they believe pollution levels in the three zones will actually achieve the targets and blame watered-down European policies on road traffic emissions for the bleak outlook.

The report stated: “The emission factors for nitrogen oxides NO and NO2 from road traffic have been updated to reflect more accurate assumptions on the performance of modern diesel vehicles and older petrol cars.

“These projections do not take into account any additional measures to tackle NO2 beyond those included in the plans published in 2011.

“The assumptions, however, are more pessimistic than in previous projections. This is largely due to the failure of the European vehicle emission standards for diesel cars to deliver the expected emission reductions of NOx.”

The Government says it is currently updating air quality plans and it will continue to work with the European Commission and local authorities to consider further measures

Alan Andrews, ClientEarth lawyer, said: “The UK Government claims that 2025 is the earliest it can possibly achieve legal limits that have been in force since 2010. The European Court’s ruling could force them to take urgent action to cut pollution from diesel vehicles much sooner. The best way to achieve this is a national network of Low Emission Zones.“This ruling will also reach beyond the UK’s borders and could force governments across the EU to take action. Air pollution is Europe’s number one environmental health risk, causing nearly half a million early deaths each year. The earlier we can achieve these limits, the fewer people will be made sick or die early from heart attacks, asthma and strokes.”

ClientEarth’s case concerns 16 cities and regions including London, Manchester, Birmingham and Glasgow. Air pollution causes 29,000 early deaths a year in the UK – more than traffic accidents and passive smoking combined.

via European Court of Justice to hear UK air pollution case today > National News > News | Click Green.

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NASA to Perform Air Quality Research Study

The National Aeronautics and Space Administration NASA is launching the latest study in a project spanning four North American cities analyzing factors that lead to unhealthy air quality conditions.

NASA’s latest study will bring a King Air research aircraft and a P-3B to Boulder, Co., to examine what factors lead to ozone levels in summer that exceed national health standards. Colorado is the last stop for NASA’s research lead by the agency’s Deriving Information on Surface Conditions from Column and Vertically Resolved Observations Relevant to Air Quality DISCOVER-AQ team.

The overall goal of the study is to improve the capability of satellites to monitor air quality worldwide, the agency said.

“Satellites looking down through the atmosphere have a difficult time distinguishing between pollution at the surface and aloft,” said DISCOVER-AQ Principal Investigator Jim Crawford “The ‘vertically resolved’ observations gathered by the two NASA planes flying one above the other and above the ground sites offer the details needed to better understand how to connect these two views.”

Previous studies included a 2011 project in the Baltimore-Washington D.C. area, California’s San Joaquin Valley in 2013 and Houston as well. According to NASA, the King Air will fly at 27,000 feet looking downward with remote sensors to measure the amount of gas and pollution below the aircraft. Simultaneously the P-3B will sample the vertical distribution of gas and pollution by “profiling from 1,000 and 15,000 feet above the surface,” NASA said.

The Colorado Department of Public Health and Environment will also receive air monitoring instruments from the U.S. Environmental Protection Agency EPA to measure nitrogen dioxide during the month-long air pollution study.

Data gathered from the study will be used to improve air quality models and the design of planned satellite observations of air quality over North America.

“What we learn from these flights will help us to better interpret satellite remote sensing of air quality from geostationary orbit in the future,” said Crawford. “It also will  help us to define the best combination of instruments on the ground to connect air quality monitoring networks with satellite information.”

via Avionics Magazine :: NASA to Perform Air Quality Research Study.

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Every Breath You Take: IBM Developing Project to Map and Control Beijing Air Pollution

China’s pollution crisis is receiving some necessary fresh air. On Monday, IBM ‘s China Research laboratory announced a partnership with the Beijing Municipal Government in a project aimed to ease the city’s toxic air pollution. The initiative will forecast and control air quality through state-of-the art computing technologies able to pinpoint the source and level of emissions released into the atmosphere.

IBM has 20 years of weather modeling experience, but Beijing’s numerous sources of pollution – the high concentration of cars, power plants and factories from surrounding areas among them – requires special supercomputer processing power that can predict pollution trends in real time. Beijing is one of China’s largest municipalities, and suffers from some of its worst air quality. The city will thus invest over $160 billion in the project and is committed to reducing harmful fine Particulate Matter (PM 2.5) particles by 25% in 2017. Xiaowei Shen, director of IBM Research in China, stated in a press release: “You not only have to build a model that can predict. You have to provide a decision system so that people can take proper action.”

The corporation is working with academics and industry gurus in addition to the city to pull data from meteorological satellites, local air quality monitoring stations to complement the corporation’s own cognitive computing and optical sensor technologies. The project will enable officials to take direct courses of action against further pollution, such as indicating where limiting traffic in the city could be most effective, or alerting residents in advance about air quality issues. Scientists will be able to construct visual maps depicting the source and strength of pollutants being poured into the atmosphere at least three days in advance, with the ability to target pollution down to the street level.

The air pollution project is part of a larger initiative entitled Green Horizon, aimed at boosting China’s sustainable growth through air quality management, energy optimization and renewable energy forecasting. IBM is developing a system intended to assist energy grids in managing alternative energy sources in addition to furthering the air pollution control project. Although the project is exclusive to Beijing thus far, the model could be utilized to improve air quality in other cities if successful.

The project appears promising although there is much legwork ahead. Dr. Lu Qiang, Professor at Tsinghua University and Fellow of the Chinese Academy of Sciences, states that the deep-rooted problem requires attacking from various angles. “The key to tackling environmental problems is not only monitoring emissions but adopting a comprehensive approach to air quality management and addressing the issues at their roots,” he says, “Initiatives like IBM’s Green Horizon can help by fostering joint innovation across the entire energy value chain.”

via Every Breath You Take: IBM Developing Project to Map and Control Beijing Air Pollution.

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