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Climate Action 2011-2012

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What is Waste?<br />

The answer to this question forms the basis of all laws<br />

and regulations that govern national and international<br />

waste markets (treatment methods, industrial facilities<br />

and exchange). Waste historically was disposed without<br />

consideration for the environmental consequences, or the<br />

re-use or recycling potential. The management of waste,<br />

both locally and internationally, has been incorporated into<br />

legislation to protect both the environment and human<br />

health from any adverse effects of disposal.<br />

The internationally accepted ‘waste hierarchy’, as first<br />

accepted into policy by the European Community in the<br />

Framework Directive of 1975, is aimed at preventing<br />

waste where possible; re-using, recovering and recycling<br />

waste to reduce volumes; treating the waste to render it less<br />

hazardous or harmful to the environment; and disposing of<br />

unavoidable waste to landfill as a last resort. The successful<br />

implementation of the waste hierarchy largely depends on<br />

its translation into policy, strategy and legislation.<br />

Contribution of Waste to<br />

global Change<br />

The 2006 World Waste Survey estimated the quantity of<br />

waste collected worldwide at 2.5 to 4 billion tonnes per<br />

annum. The global average waste generation rate is in the<br />

order of 0.7 kg per person per day. Waste affects resources<br />

on two fronts. Firstly, a wasteful society puts unnecessary<br />

pressure on the resource base due to overconsumption<br />

of natural resources. Secondly, waste that is not properly<br />

managed impacts on the natural environment through its<br />

potential to cause pollution (air, water and soil pollution).<br />

into actions and policies – as well as anticipate both future<br />

opportunities and obstacles in the path to sustainability.”<br />

Waste minimisation<br />

In general consumers have an increasingly ‘throwaway’<br />

culture. One example of our wasteful society is the urge to<br />

keep up with the latest technologies. Cell phones, computers<br />

and other electronic equipment are replaced while still in<br />

perfect working order, adding to the mountain of electronic<br />

waste. Acknowledging that it is sometimes cheaper to replace<br />

broken equipment than to have it repaired, with waste<br />

minimisation in mind, one should rather repair than replace,<br />

even if it entails paying more. This may seem impractical,<br />

uneconomical and optimistic, but the reality of diminishing<br />

natural resources and unsustainable consumerism cannot<br />

be ignored. What may seem to be a saving to the individual<br />

may result in a much higher cost to society as a result of the<br />

ever-increasing waste stream that needs to be managed.<br />

In reality, minimising consumption of natural resources<br />

and minimising the generation of waste means that every<br />

individual has to start thinking and rethinking about what<br />

they buy and what will happen to consumer goods when<br />

no longer in use, i.e. disposed of as waste. If we are serious<br />

about minimising waste, we must refrain from buying<br />

unnecessary goods, or replacing goods that are not broken,<br />

or if broken, can be repaired. Even buying essential items<br />

will require a conscious decision on, for instance, buying<br />

the item with the least packaging material, highest recycled<br />

content or highest potential to be recycled at the end of its<br />

lifetime. For business and large organisations, implementing<br />

this approach may require a change in procurement policies.<br />

A wasteful society puts<br />

unnecessary pressure on<br />

the resource base due to<br />

overconsumption of<br />

natural resources.<br />

The 2006 Environmental Outlook Report for South<br />

Africa, estimated that waste from households, commercial<br />

enterprise, institutions and the manufacturing sector was<br />

about 13.5 to 15 million tonnes annually. In addition,<br />

industrial waste handled and disposed of on site was<br />

estimated to be about 22 million tonnes per annum. The<br />

greenhouse gas emissions from this waste according to<br />

the Greehouse Gas Inventory of South Africa (2009) are<br />

in the order of 8.09 million tonnes of CO 2<br />

equivalent. In<br />

addition, production of consumer goods also contributes<br />

to greenhouse gas emissions and wasted consumer goods<br />

therefore add to this burden. As WWF commented in<br />

2010, “In order to secure the future in all its complexity<br />

for generations to come, governments, businesses and<br />

individuals urgently need to translate these facts and figures<br />

© DEA<br />

135 climateactionprogramme.org

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