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The Generator news service publishes articles on sustainable development, agriculture and energy as well as observations on current affairs. The news service is used on the weekly radio show, The Generator, as well as by a number of monthly and quarterly magazines. A podcast of the Generator news is also available.
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  • Coal industry costs $170billion each year

    A report commissioned by Greenpeace estimates that the hidden cost of coal exceeds $170billion every year. This includes the cost of respiratory diseases, and the contribution that burning coal makes to climate change. It notes that while coal is usually considered a cheap source of energy, this is largely because most of the costs of mining and burning it are borne by society, not by the energy industry. Australia exports more than ten percent of the coal shipped in international markets.

    The full report is availabe from the Greenpeace website.

  • Water commission recommends recycled drinking water

    See the commission’s press release

    Australian cities need to get used to the idea of drinking recycled water Chairman of the National Water Commission, Ken Matthews, said last week. “To retain the water security we have grown up with we need to find alternatives to rain fed dams,” he said. The commission compared the economic and environmental cost of securing urban water supplies through storm water capture, desalination, inter-basin transfers and recycling. It concluded that recycling is a viable option and that public education programs are required to generate well informed debate on the safety issues environmental costs and existing use of recycled water.

    The Generator News – Week ending December 5th,2008

  • Water Commission advocates recycled water

    To recapture the sense of supply security we grew up with, cities need a diversified portfolio of water sources, including less-climate dependent sources of supply such as purified recycled water. Australian cities of the future will be designed water sensitively – and it is important that water recycling continue to be available as the backbone for more enlightened water sensitive urban designs.

    The National Water Commission therefore regards water recycling in all its forms as a vital option to re-build Australia’s water security and as an enabler for water sensitive urban design. The Commission believes it should be considered on its merits with an open mind alongside other less-climate dependant water sources such as desalination, stormwater capture and inter-basin water transfers.

    It is critical that the recycling option not now be lost. Decisions about recycling being made now will be hugely influential for decades to come. The choices that any government makes today will affect the ability of all governments around Australia to take the tough decisions needed to secure long-term water supplies for the communities they represent.

    In making choices about what supplies should be used to meet their water needs, Australian communities have a right to know about both the risks and benefits in using recycled water. This requires an understanding of how water quality and health standards can be maintained through rigorous controls and monitoring based on sound science and proven treatment technologies.

    The National Water Commission acknowledges that there are risks associated with water recycling – just as there are with food, beverage and pharmaceuticals production. However the Commission is convinced that water safety risks can be safely and acceptably managed under Australia’s stringent regulatory systems. Australia’s Drinking Water Guidelines are already world-leading.

    Public attitudes to water recycling are dependant on numerous factors including the degree of water scarcity, costs, the quality of consultative processes, perceived management of health risks, and the accountability of, and trust in, supply system managers.

    Better information on these issues is needed to ensure that communities are able to make an informed and balanced evaluation of the merits of recycling as a water supply option.

    Recycling of water for non-drinking purposes has long been widely accepted across Australia, for use by industries, irrigation and households. Recycled water has also been used for drinking purposes for centuries – with many communities drawing on water supplies that contain treated wastewater discharged from upstream sources. Literally millions of Australians drink such water daily.

    The National Water Commission supports water recycling for both non-drinking and drinking purposes as a critical means of making our urban water cycle sustainable, and as an essential option to re-build urban water security. The Commission would like to see all governments contribute positively to encouraging public confidence in Australia’s stringent drinking water regulatory arrangements.

    Australians need ongoing leadership on water planning to ensure we keep all supply options on the table. That includes the use of recycled water as a vital means of supply hardening our cities’ water systems into our climate-challenged future.

    Ken Matthews
    Chair and CEO
    National Water Commission

  • Lithium shortage challenges electric car hopes

    Japanese electronics and electrical company Toshiba, last week launched a battery designed to power the next generation of electric cars. (Read the full story) The SuperCharge battery is fast to recharge, can be recharged 5,000 times and is desinged to last for ten years. It is also light-weight and engineered to avoid catching fire, a problem caused by packing large numbers of traditional lithium batteries into the small spaces needed to power motor cars. Toshiba expects to sell 900 million US dollars worth of the batteries every year as the electric car market grows. While most commentators agree that new battery technology is the key to widespread adoption of electric cars, there is disagreement over the viability of lithium in the long term. While the global capacity to produce lithium currently exceeds supply, the expected growth in demand would require new extraction methods. The process is also heavily pollluting and energy intensive.

    The Generator News – Week ending December 5th,2008

  • Toshiba launches next generation battery

    A newcomer in rechargeable batteries, Toshiba said the lithium-ion battery could be used in hybrid and electric cars by 2010, Mochida said.

    Battery innovations are expected to be key in making hybrid vehicles more widespread, because lighter and easier-to-recharge batteries will improve efficiency. They could also spark mass-produced plug-in hybrids and and even resurrect the idea of all-electric vehicles that use no fossil fuel.

    “This is a truly innovative battery,” said Toshiba Corporate Vice President Toshiharu Watanabe, emphasizing its potential “in the electronic vehicles markets as a new energy solution.”

    Most lithium-ion batteries in use now, such as those in laptop computers, require hours to recharge to full capacity, with the fastest ones requiring about half an hour.

    Toshiba also said its new battery, which is estimated to last 5,000 charges, is unlikely to rupture or catch fire, problems that have beset some lithium-ion batteries used in laptops.

    The Tokyo-based electronics maker expects global sales of the new fast-charging battery to reach nearly $900 million by fiscal 2015.

  • One Shot Left

    If it is now too late to prevent runaway climate change, the Bush team must carry much of the blame. His wilful trashing of the Middle Climate – the interlude of benign temperatures which allowed human civilisation to flourish – makes the mass murder he engineered in Iraq only the second of his crimes against humanity. Bush has waged his war on science with the same obtuse determination with which he has waged his war on terror.

    Is it too late? To say so is to make it true. To suggest that there is nothing that can now be done is to ensure that nothing is done. But even a resolute optimist like me finds hope ever harder to summon. A new summary of the science published since last year’s Intergovernmental Panel report suggests that – almost a century ahead of schedule – the critical climate processes might have begun(2).

    Just a year ago the Intergovernmental Panel warned that the Arctic’s “late-summer sea ice is projected to disappear almost completely towards the end of the 21st century … in some models.”(3) But, as the new report by the Public Interest Research Centre (PIRC) shows, climate scientists are now predicting the end of late-summer sea ice within three to seven years. The trajectory of current melting plummets through the graphs like a meteorite falling to earth.

    Forget the sodding polar bears: this is about all of us. As the ice disappears, the region becomes darker, which means that it absorbs more heat. A recent paper published in Geophysical Research Letters shows that the extra warming caused by disappearing sea ice penetrates 1500km inland, covering almost the entire region of continuous permafrost(4). Arctic permafrost contains twice as much carbon as the entire global atmosphere(5). It remains safe for as long as the ground stays frozen. But the melting has begun. Methane gushers are now gassing out of some places with such force that they keep the water open in Arctic lakes, through the winter(6).

    The effects of melting permafrost are not incorporated into any global climate models. Runaway warming in the Arctic alone could flip the entire planet into a new climatic state. The Middle Climate could collapse faster and sooner than the grimmest forecasts proposed.

    Barack Obama’s speech to the US climate summit last week was an astonishing development(7). It shows that, in this respect at least, there really is a prospect of profound political change in America. But while he described a workable plan for dealing with the problem perceived by the Earth Summit of 1992, the measures he proposes are now hopelessly out of date. The science has moved on. The events the Earth Summit and the Kyoto process were supposed to have prevented are already beginning. Thanks to the wrecking tactics of Bush the elder, Clinton (and Gore) and Bush the younger, steady, sensible programmes of the kind that Obama proposes are now irrelevant. As the PIRC report suggests, the years of sabotage and procrastination have left us with only one remaining shot: a crash programme of total energy replacement.

    A paper by the Tyndall Centre for Climate Change Research shows that if we are to give ourselves a roughly even chance(8,9) of preventing more than two degrees of warming, global emissions from energy must peak by 2015 and decline by between six and eight per cent per year from 2020 to 2040, leading to a complete decarbonisation of the global economy soon after 2050(10). Even this programme would work only if some optimistic assumptions about the response of the biosphere hold true. Delivering a high chance of preventing two degrees of warming would mean cutting global emissions by over 8% a year.

    Is this possible? Is this acceptable? The Tyndall paper points out that annual emission reductions greater than one per cent have “been associated only with economic recession or upheaval.” When the Soviet Union collapsed, they fell by some 5% a year. But you can answer these questions only by considering the alternatives. The trajectory both Barack Obama and Gordon Brown have proposed – an 80% cut by 2050 – means reducing emissions by an average of 2% a year. This programme, the figures in the Tyndall paper suggest, is likely to commit the world to at least four or five degrees of warming(11), which means the likely collapse of human civilisation across much of the planet. Is this acceptable?

    The costs of a total energy replacement and conservation plan would be astronomical, the speed improbable. But the governments of the rich nations have already deployed a scheme like this for another purpose. A survey by the broadcasting network CNBC suggests that the US federal government has now spent $4.2 trillion in response to the financial crisis, more than the total spending on World War Two when adjusted for inflation(12). Do we want to be remembered as the generation that saved the banks and let the biosphere collapse?

    This approach is challenged by the American thinker Sharon Astyk. In an interesting new essay, she points out that replacing the world’s energy infrastructure involves “an enormous front-load of fossil fuels”, which are required to manufacture wind turbines, electric cars, new grid connections, insulation and all the rest(13). This could push us past the climate tipping point. Instead, she proposes, we must ask people “to make short term, radical sacrifices”, cutting our energy consumption by 50%, with little technological assistance, in five years. There are two problems: the first is that all previous attempts show that relying on voluntary abstinence does not work. The second is that a 10% annual cut in energy consumption while the infrastructure remains mostly unchanged means a 10% annual cut in total consumption: a deeper depression than the modern world has ever experienced. No political system – even an absolute monarchy – could survive an economic collapse on this scale.

    She is right about the risks of a technological green new deal, but these are risks we have to take. Astyk’s proposals travel far into the realm of wishful thinking. Even the technological solution I favour inhabits the distant margins of possibility.

    Can we do it? Search me. Reviewing the new evidence, I have to admit that we might have left it too late. But there is another question I can answer more easily. Can we afford not to try? No we can’t.