Monthly Archives: August 2014
By Emma Macdonald, http://www.canberratimes.com.au
At least one Canberra family is grappling with a family member being diagnosed with asbestosis – the likely result of exposure to Mr Fluffy asbestos which they installed in their home in the 1970s – while other families are having health checks for potential lung damage.
Meanwhile, anger over ACT government inaction on the issue is mounting among Mr Fluffy homeowners who believe their contaminated houses present a sleeping giant of potential cancer cases.
The Mr Fluffy Owners and Resident’s Action Group – which has over 300 members since setting up last month – has provided a “community voice” section on its website to allow victims to express their fears without risking their anonymity.
Catherine (no last name provided) wrote of her experience having Mr Fluffy installed in her home in 1976 after “being assured it was mineral wool and definitely not asbestos. When we decided to extend our home in 1985 and this blue fluffy stuff blew all around the house, we discovered it was asbestos and we became homeless with our four kids for over three months while the asbestos was partially removed and the rest sealed into the roof cavity.”
The home was part of the $100 million federal government remediation program in the late 1980s. Catherine said the family moved out in 2000 and the house was burnt down in the bushfires of 2003.
“We have recently discovered that one member of the family has asbestosis – some calcification of the lungs – and is waiting to see a pulmonary specialist. We would be very interested in being part of a class action against the Commonwealth government and wonder why there has been no attempt at finding and prosecuting Mr Fluffy for causing such a huge environmental and public health disaster.” Read more
By Nic Fleming, http://www.psmag.com
Health fears associated with asbestos were first raised at the end of the 19th century. Asbestosis, an inflammatory condition affecting the lungs that causes shortness of breath, coughing, and other lung damage, was described in medical literature in the 1920s. By the mid-1950s, when the first epidemiological study of asbestos-related lung cancer was published, the link to fatal disease was well established.
“Asbestos-related diseases disproportionately affect working-class people in semi-skilled or unskilled jobs, their relatives, and others who lived near the factories. There was this tremendous death toll but it didn’t have big repercussions because they were ‘just working-class people.”
Yet in 2012, rather than falling, worldwide asbestos production increased and international exports surged by 20 percent. A full ban did not come into force in the U.K. until 1999, and the European Union’s deadline for member states to end its use was just nine years ago. Today, asbestos is still used in large quantities in many parts of Asia, Eastern Europe, and South America, while even in the U.S. and Canada, controlled use is allowed.
The remarkable endurance of this magic mineral turned deadly dust is a complex tale. One of scientific deception and betrayal, greed, political collusion, the power of propaganda, and, above all, the willingness of some executives to knowingly subject hundreds of thousands of vulnerable people around the world to severe illness and even death in the pursuit of profit.
You may not have to look hard to find asbestos where you live or work. Many buildings still have asbestos-based components, including pipe insulation, decorative coatings, ceiling boards, fireproofing panels, window in-fill panels, and cold water tanks.
Research into precisely how asbestos causes mesothelioma and other forms of lung cancer is ongoing. The fibers are so small that most can only be seen under a microscope. Billions can be inhaled in a single day with no immediate effect, but longer-term the consequences can be deadly.
The fibers can become lodged in the lining of organs such as the lungs, causing damage that interrupts the normal cell cycle, leading to uncontrollable cell division and tumor growth. Asbestos is also linked to changes in the membranes surrounding the lungs—the pleura—including pleural thickening, the formation of scar tissue (plaques), and abnormal collections of fluid (pleural effusion).
“There is absolutely no doubt that all kinds [of asbestos] can give rise to asbestosis, lung cancer, and mesothelioma,” says Paul Cullinan, professor of occupational and environmental respiratory disease at the National Heart and Lung Institute, Imperial College London. “It’s probably the case that white asbestos is less toxic in respect to mesothelioma than the amphiboles. The industry tries to argue that you can take precautions so that white asbestos can be used safely, but in practice, in the real world, that is not what is going to happen.”
This is the firm scientific consensus. But not everyone agrees.
“One of the first things that strikes you when you look at asbestos is just how long ago it was discovered to be toxic,” says Geoffrey Tweedale, former professor of business history at Manchester Metropolitan University. Following a U.S. legal case in 1995, Tweedale and fellow historian David Jeremy obtained a copy of the T&N company archive. They studied the almost one million documents and Tweedale went on to co-write two books on asbestos and the industry.
What this extraordinary collection of internal papers showed was how much some senior figures in the asbestos industry knew about the damage they were causing to their workers, and how their response was to launch a campaign of scientific concealment and distortion, and public misinformation that dates back over 80 years and continues today.
In 1927 a doctor called Ian Grieve wrote a detailed study of the health of workers at the J.W. Roberts asbestos textile plant in Leeds. He used X-rays to confirm his evaluation that the hand-beating of asbestos mattresses for locomotives (to remove lumps) could cause asbestosis within five years. A government inquiry set up a year later found that a quarter of workers with five or more years of experience in asbestos textile factories had fibrosis, rising to half of those who had worked in the industry for 10 years. Regulations on dust control, medical surveillance, and compensation were introduced in Britain in 1931.
Two years after Grieve’s findings, executives from U.S. asbestos companies Johns-Mansville (the owners of the Jeffrey Mine) and Raybestos (a manufacturer of automotive parts) asked Metlife, the country’s largest insurer, to investigate whether the mineral was an occupational hazard for workers at five textile mills. It was found that only 17 of 108 male workers studied and three of the 18 women were free of asbestosis. These results were not published. Read more