health and safety in the aviation industy

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    Health and Safety in the Aviation Industry

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    This paper will discuss the state of the aviation industry by focusing explicitly upon health and

    safety issues which exist with regard to the industry, and attempts currently being made to solve, or

    at least to minimize, these issues. It the thesis of this paper that, whilst there are several challenges

    associated with the industry, these can be divided roughly into those concerning the emissions and

    those concerning the safety of the individuals on any given flight and that the former is being dealt

    with more successfully than the latter.

    One of the main causes for concern on a macro-level is the contribution that aviation makes in the

    USA's total emissions of green house gases and carbon dioxide. . These can have adverse

    consequences for the health of individual people and contribute to climate change. This is thought

    to be due to the heavy content of carbon dioxide and other green house gases contained in these

    emissions. According to the GAO's document released in 2009, it is currently estimated that

    around 70 to 80 per cent of emissions within the aviation industry are caused by aircraft emissions

    themselves. (5) These emissions contain gases such as carbon dioxide and nitrogen oxides which

    contribute to the formation of O-zone, which is thought to be one of the most major health threats in

    modern industrial countries and been known to cause and aggravate respiratory conditions. As a

    result of this the industry is focused on developing measures designed to reduce these emissions.

    One of these measures is known as NextGen technologies and procedures, as detailed in the above

    mentioned document. This will involve the use of satellite technology to improve navigation

    systems to improve efficiency of travel and transport. One of the most popular of these technologies

    is known as Automatic Development Surveillance-Broadcast (ADSB) It is expected that, by

    increasing the capacity for micro control of an aircraft during take-off, landing and flight, this will

    allow for a greater efficiency and will enable for a cut in fuel usage and therefore a reduction in

    emission levels. As well as this, as reported in the same government document, the FAA is also

    supporting current research into the precise composition of aircraft emissions, in order to better

    understand the consequences that they have on the environment. (15)

    Alongside concerns regarding the effect of the industry on the planet as a whole, it is necessary to

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    consider health and security of individual passengers or goods on any given flight. One of the major

    challenges faced by the industry is the threat of terrorism and disorder on flights. It has been

    suggested that non-lethal weapons may be provided for use in cabins by trained staff. According to

    the government reportFurther Study of Safety and Effectiveness Needed if Air Carriers Resume

    Interest in Deploying Less-Than-Lethal Weapons there are two possible types. The first of these is

    two pronged device which may be held against the body of an aggressor and which emits a charge

    of 50,000 volts in order incapacitate them. The second is known as an electro muscular disruption

    device (EMDD) which would fire two barbs into the skin of an aggressor and which could them

    emit a concentrated electric charge. (7) As mentioned in the same report, in 2002 the National

    Institute of Justice (NIJ) concluded that, whilst these devices could theoretically prove useful in

    subduing individuals who posed a threat to others or to themselves, and they certainly have in

    several non-flight situations, they should not be provided before further testing had been conducted.

    (12.) At the time this was due largely to the concern as to the effect that such devices could have on

    elderly people, or on those with a history of drug or alcohol problems. It is also essential to

    understand the effect that these devices could have on the systems of inflight control and safety. In

    April 2002 the FAA conducted limited tests and concluded that the devices would not have serious

    effects on these control systems. However, the TSL, whilst they did not consider the particular units

    tested to be a danger to flights systems made it clear that they could not guarantee that the results

    would be the same for every unit that could conceivably be used on an air craft. (15)

    Whilst it has been argued that the need for air-craft security is paramount in any situation, it appears

    that institutions have not been able to provide the necessary data which would allow for the

    implementation of new measures. It was reported in the same document that the TSA was not

    successful in collecting the necessary data which would allow for issues concerning the use of these

    units to be resolved. (18)

    In conclusion, the aviation industry faces several challenges which stem both from technological

    and environmental issues and the personal safety of those who work on and use the industry. It

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    Works Cited

    USA. United States Government Accountability Office.Aviation and the Environment:NextGen

    and Research and Development are Keys to Reducing Emissions and Their Impact on Health and

    Climate. Washington: GAO, 2008. Print.

    USA. United States Government Accountability Office.Further Study of Safety and Effectiveness

    Needed if Air Carriers Resume Interest in Deploying Less-Than-Lethal Weapons. Washington:

    GAO, 2006. Print.