Author: admin

  • Tax Evaders: Multinationals Rob Taxpayers Blind

    A few weeks ago U.K.-based GlaxoSmithKline (GSK), one of the largest pharmaceutical companies in the world, together with the Internal Revenue Service (IRS) announced that GSK will pay $3.4 billion to the IRS to settle a transfer pricing dispute dating back 17 years. The IRS alleges that GSK improperly shifted profits from their U.S. to the U.K. entity.

    And U.K. pharmaceutical companies are not alone with these kinds of problems. Merck, one of the largest U.S. drug companies, also this month disclosed that they face four separate tax disputes in the U.S. and Canada with potential liabilities of $5.6 billion. Out of that amount, Merck disclosed that the Canada Revenue Agency issued the company a notice for $1.8 billion in back taxes and interest "related to certain inter-company pricing matters."

    And according to the IRS, one of the schemes Merck used to cheat American tax payers was by setting up a subsidiary in tax-friendly Bermuda. Merck then quietly transferred patents for several blockbuster drugs to the new subsidiary and then paid the subsidiary for use of the patents. The arrangement in effect allowed some of the profits to disappear into Merck’s own "Bermuda triangle."

    So what’s going on here, how have multinational drug companies been able to gouge us for years selling expensive drugs and then avoid paying tax on their astronomical profits?

    The answer is simple. For companies in certain businesses, such as pharmaceuticals, it is very easy to simply "invent" the price a company charges their U.S.business for buying the company’s product which they manufacture in another country. And if they charge enough, poof; all the profit vanishes from the US, or Canada, or any other regular jurisdiction and end up in a corporate tax-haven. And that means American and Canadian tax payers don’t get their fair share.

    Many multinational corporations essentially have two sets of bookkeeping. One set, with artificially inflated transfer prices is what they use to prepare local tax returns, and show auditors in high-tax jurisdictions, and another set of books, in which management can see the true profit and lost statement, based on real cost of goods, are used for the executives to determine the actual performance of their various operations.

    Of course, not every multinational industry can do this as easily as the drug industry. It would be difficult to motivate $6,000 toilet seats. But the drug industry, where real cost of goods to manufacture drugs is usually around 5 percent of selling price, has a lot of room to artificially increase that cost of goods to 50 percent or 75 percent of selling price.

    This money is then accumulated in corporate tax-havens where the drugs are manufactured, such as Puerto Rico and Ireland.Puerto Rico has for many years attracted lots of pharmaceutical plants and Ireland is the new destination for such facilities, not because of the skilled labor or the beautiful scenery or the great beer — but because of the low taxes. Ireland has, in fact, one of the world’s lowest corporate tax rates with a maximum rate of 12.5 percent.

    In Puerto Rico, over a quarter of the country’s gross domestic product already comes from pharmaceutical manufacturing. That shouldn’t be surprising. According to the U.S. Federal Tax Reform Act of 1976, manufacturers are permitted to repatriate profits from Puerto Rico to the U.S. free of U.S. federal taxes. And by the way, the Puerto Rico withholding tax is only 10 percent.

    Of course, no company should have to pay more tax than they are legally obligated to, and they are entitled to locate to any low-tax jurisdiction. The problem starts when they use fraudulent transfer pricing and other tricks to artificially shift their income from the U.S. to a tax-haven. According to current OECD guidelines transfer prices should be based upon the arm’s length principle – that means the transfer price should be the same as if the two companies involved were indeed two independents, not part of the same corporate structure. Reality is that standard operating procedure for multinationals is to consistently violate this rule. And why shouldn’t they? After all, it takes 17 years for them to pay up, per the GSK example above, even when they get caught.

    Another industry which successfully exploits overseas tax strategies to cheat us all is the hi-tech industry. In fact, Microsoft Corp. recently shaved at least $500 million from its annual tax bill using a similar strategy to the one the drug industry has used for so many years. Microsoft has set up a subsidiary inIreland, called Round Island One Ltd. This company pays more than $300 million in taxes to this small island country with only 4 million inhabitants, and most of this comes from licensing fees for copyrighted software, originally developed in the U.S. Interesting thing is, at the same time, Round Island paid a total of just under $17 million in taxes to about 20 other countries, with more than 300 million people. The result of this was that Microsoft’s world-wide tax rate plunged to 26 percent in 2004, from 33 percent the year before. Almost half of the drop was due to "foreign earnings taxed at lower rates," according to a Microsoft financial filing. And this is how Microsoft has radically reduced its corporate taxes in much of Europe and been able to shield billions of dollars from U.S. taxation.

    But remember, this is only one example. Most of the other tech companies are doing the same thing. Google recently also set up an Irish operation that the firm credited in a SEC filing with reducing its tax rate.

    Here’s how this is done in the software industry and any other industry with valuable intellectual property. A company takes a great, patented, American product and then develops a new generation. Then, of course, the old product disappears. Some, or all, of the cost and development work for the new product takes place in Ireland, or at least, so the company claims. The ownership of the new generation product and all income from licensing can then legally be shared between the U.S. parent company and the offshore corporation or transferred outright to the tax-haven. The deal, to pass IRS scrutiny, has to be made using the "arms-length principle." Reality is that the IRS has no way of controlling all these transactions.

    Unfortunately those of us working and paying tax in the U.S. can’t relocate our jobs and our income to Ireland or another tax haven. So we have to make up the income shortfall. In the U.S. we have a highly educated society with a very qualified workforce, partly supported by our tax payers. This helps us generate breakthrough products. But once a company has a successful product, they have every incentive to move the second generation of a successful product overseas, to Ireland and a few other corporate tax havens.

    There is only one problem for U.S. companies with this strategy, and that is that if they repatriate this money to the U.S. they have to pay full corporate taxes. In fact, according to BusinessWeek, U.S. multinational corporations have built up profits of as much as $750 billion overseas, much of it in tax havens such as the Ireland, Bahamas, and Singapore to avoid the stiff 35 percent levy they’d face if they repatriated the funds back into the U.S. But of course, Congress, which is basically paid for by our multinational corporations, generously provided for a one-time provision in the corporate tax code, so that they could repatriate profits earned before 2003, and held in foreign subsidiaries, at an effective 5.25 percent tax rate.

    And so the game goes on.

    In the end, multinational corporations live in a global world which allows them to pretty much send their money to corporate tax havens at will, and then repatriate this money almost tax free, with the help of the U.S. Congress.

    The people left holding the bag are you and me.

    Peter Rost, M.D., is a former Vice President of Pfizer. He became well known in 2004 when he emerged as the first drug company executive to speak out in favor of reimportation of drugs. He is the author of "The Whistleblower, Confessions of a Healthcare Hitman."

    © 2006 Independent Media Institute. All rights reserved.
    View this story online at: http://www.alternet.org/story/45019/
  • Renewable energy can replace coal!


    1. What is ‘baseload power’?

    Baseload power simply refers to a strong and steady source of electricity which can be used as the ‘base’ or foundation of our energy supply. On top of baseload, we then add ‘peaking power’ to meet the increased demand at peak times such as late afternoon and early evening.

    Traditionally in Australia, baseload has been provided by coal, as the cheapest source of energy if environmental impacts are ignored. However, this is not the case everywhere and there is no reason why it should be the case in Australia. There are many examples are the world, including in Australia, where renewable energy already provides baseload power (see point 4 below).

    2. Can renewable energy replace coal?

    The short answer is yes. There are many sources of renewable energy which can already provide strong and steady electricity to supply our baseload needs as well as our peak demand.

    In order to make this happen, we must start scaling up our installation of renewable energy, develop a broad range of renewable energy technologies, and combine investment in renewable energy with strong programs to save energy. By doing these three things on a large-scale, within a few years we could start turning off the most polluting coal-fired power stations and replacing them either with megawatts of power produced by renewable energy, or ‘nega-watts’ of power saved by cutting energy waste.

    3. How much energy could be saved through energy savings programs?

    Strong energy efficiency programs can shave the demand for baseload power significantly. In the USA, California has kept its per capita demand for energy steady for over 30 years, and in Vermont, per capita energy use has gone down even with solid economic growth over that time

    Australian governments have estimated that 30% of electricity demand could be eliminated with no impact on the energy services delivered (eg light, heat, power for computers, industry and air conditioning) and with significant financial, jobs and greenhouse benefits1– and that’s a government estimate signed on to by all state governments and the Federal Government! So we could significantly reduce baseload demand and start decommissioning the dirtiest coal-fired power stations in a matter of 4 or 5 years.

    4.Aren’t there limits to how much renewable energy you can have on the grid?

    Unfortunately we are nowhere near that concern presently in Australia, where only 8% of our electricity comes from renewable energy2 and most of that is old hydro power that was built years ago. As a result, we could massively increase the amount of renewable energy on the grid, and close coal fired power stations, without encountering any questions.

    On the other hand, in some parts of the world we are now starting to see renewable energy contribute very high proportions of electricity generated, and with some careful planning of the electricity network, the problems that some feared might come to pass are being avoided. In Australia on a micro level the communities of Denham and King Island are generating 50 to 60% of their electricity from wind power alone, while South Australia sources 11% of its power from wind turbines and Tasmania gets 81% of its electricity from renewable energy (mainly hydro, but also significant wind power).

    Internationally, Sweden sources over 50% of its electricity from renewable energy, and has a target to increase this to 60% by 2010, while major energy economies like California plan to fast track renewables to provide 20% of electricity by 2010 and 33% by 2020. In parts of Germany and Denmark wind power is providing over 100% of the region’s power needs for months of the year, as well as exporting electricity to other parts of Europe.

    5. But can we really rely on renewable energy? Aren’t renewable energy technologies intermittent, only providing power some of the time? What happens when the sun stops shining or the wind stops blowing?

    Renewable energy sources are many and varied. Some, like solar thermal, geothermal, wave, tidal, and bioenergy are no more intermittent than coal, gas or nuclear power. Others, like wind power and rooftop solar panels, are intermittent at a local level, but when they are spread over a sufficiently large area, where different climatic conditions prevail, are barely more intermittent than coal.

    Some renewable energy technologies like hydro power and bioenergy (burning crop waste) are also highly controllable. They can be deployed when it is most useful, providing either baseload or peak power, and they clearly demonstrate that the argument often pushed by the nuclear and coal industries, that renewables cannot deliver baseload power, is flawed. While Australia has seen its last large-scale hydro power stations, there is still plenty of scope for smaller projects like the Bogong 140 MW hydro power station commencing construction in Victoria.

    Emerging renewable energy technologies like geothermal and solar thermal will be providing large quantities of baseload power in Australia long before either a single nuclear reactor could be built or a commercially feasible carbon capture and storage coal-fired power station could be developed. A solar thermal power plant at Liddell power station in New South Wales is already substituting for coal-fired power and it has been estimated that the technology could provide all of Australia’s electricity needs if deployed over an area as small as 35km2. Tidal power is in earlier stages of development but some exciting pilot projects are under way in Port Kembla, NSW, and Fremantle, WA.

    Wind and solar power are subject to the weather. However, forecasting for both wind and solar power is very reliable. In most cases any lack of sun or wind can be predicted and compensated for (for instance by cranking up hydro and biomass generation). In Germany wind forecasters can tell 48 hours in advance how much electricity will be generated from the country’s 18,000 MW of installed wind capacity with just a 5% margin of error. This contrasts for instance with coal-fired generation where outages and breakdowns are unpredictable and much more likely to plunge the electricity grid into crisis.

    By deploying wind and solar en masse across the landscape we can also reduce any intermittency of wind and solar generators as it is unlikely that there will be no sun or wind anywhere across the electricity network. In addition, there are a number of exciting new developments in energy storage technologies which will help to smooth any issues – when wind and sun are providing more energy than we need, it can be stored for use later when demand is higher than supply.

    Solar power can be particularly useful for delivering power at times of peak demand. Hot sunny days when air-conditioners are turned on will generally be days when there is a good solar resource. Rooftop solar has the added advantage of producing electricity where it is used, thereby minimising transmission losses. It is a little know fact that about 11% of the electricity produced at a big coal-fired power station is lost while being transported to the end user.

    Solar water heating is hugely under-utilised in sunburnt Australia, with less than 5% of houses having an installed solar water heater. By contrast countries like Israel, Spain and Ireland are mandating solar water heating, while China has over 60% of the world’s installed solar water heating capacity.

    6. If this is all true, why are so many people saying that renewable energy can only deliver at the margins?

    Renewable energy is big business. The solar and wind industries are amongst the fastest-growing businesses in the world. Renewable energy is threatening the market share of the coal and nuclear industries globally. An estimated $38 billion US was invested in renewable energy plant in 2005 alone- up from $30 billion the previous year3.

    It’s because renewable energy can and is replacing fossil fuels that the fossil fuel based industries are fighting back to protect their market share. Their primary line of attack is to belittle renewable energy technologies and attempt to prevent progressive policy which fast-tracks renewable energy. By casting doubts in the public mind about whether renewable energy can deliver, the coal industry buys further delays in climate change action, while the nuclear industry attempts to recast itself as a climate change solution. In Australia the coal industry and the nuclear lobby have been very effective in controlling Federal energy policy, although some states are starting to support renewables. While Prime Minister Howard clearly continues to toe the coal industry line, he’s even being left behind by President Bush who recently declared that wind power alone could meet 20% of the US’s massive energy needs.4

    Renewable energy and energy savings programs can replace coal-fired generation in Australia. What’s lacking is not the technology – it’s the political will to make it happen.

    1 COAG Ministerial Council on Energy “Towards a National Framework for Energy Efficiency- issues and challenges", Discussion paper released by Ministerial Council on Energy p.3, http://www.nfee.gov.au/public/download.jsp?id=183

    2 REGA June 2006, “Renewable Energy – a Contribution to Australia’s Environmental and Economic Sustainability” http://www.rega.com.au/Documents/Publications/J1281%20Final%20Report%20V3%20Exec%20Summary.pdf

    3 REN21, “Renewables global status report: 2006 update”, http://www.ren21.net

    4 http://www.awea.org/newsroom/releases/US_Wind_Energy_Installations_Milestone_081006.html

  • How Howard will win: “Greens destroying the planet”

    Nuclear should be apolitical, but 57% of Lib/Nats support it (no doubt encouraged by their fearless leader). This means that votes will move from left to right, even if Howard is asleep. The ALP will push Howard to identify nuclear electorates, so Howard will identify, say, 2 marginal Labor seats and 2 safe Liberal seats, and tell those electorates that they are "unselfishly saving the planet". Then he will announce billion dollar Pork Barrels in all of them. 

    Additionally, the Greens and Labor stand to lose on nuclear for these reasons: 

    – Teenagers have been terrorised by Global Warming, not the Cold War. 65% of them appear to approve.

    – People suspect, or can easily be convinced using soundbites, that it’s an anti-capitalist agenda, rather than an environmental one.

    – Greens keep sweeping Thorium fuel under the carpet, rather than seeing it as a way to take the high ground (harm minimisation).

    – Anti-nuclear arguments are all based on fear, pessimism and disinformation. People tire of it, and can very easily re-value their fear.

    – Opposition to wind farms is going to be just as intense, and Greens think "clean coal" is a fantasy. 

    Currently, baseload is being used as the excuse to reject wind and solar. If the left pushes thorium as a safer fuel, then Howard’s argument will switch to price and lack of experience in the nuclear industry. 

    If the Greens start advocating "harm minimisation" nuclear, and observing the way Howard actually resists it, this could muddy the waters enough that the "debate" becomes REAL, and his mandate becomes uncertain. Does he really have a mandate to implement the worst, laziest, big, river boiling American forms of nuclear in my electorate? It’s too late to argue this one after he has his landslide "mandate". 

    Personally, I’d rather Howard lost, and we used thorium, but there appears to be nobody to vote for to accomplish this. The Australian Greens appear to be following an all-or-nothing strategy, on the assumption that Howard can’t possibly win yet again. He CAN win yet again! You just watch the bugger. 

    Notes:
    http://www.roymorgan.com/news/polls/2006/4032/   [1]
    http://news.sbs.com.au/insight/newspoll.html       [2]
    http://world-nuclear.blogspot.com/2006/04/greenpeace-founder-explains-nuclear.html <http://world-nuclear.blogspot.com/2006/04/greenpeace-founder-explains-nuclear.html>   [3]
    http://www.discoverthenetwork.org/groupProfile.asp?grpid=7222 <http://www.discoverthenetwork.org/groupProfile.asp?grpid=7222> [4]
    http://www.habitat21.co.uk/nuclear4.html <http://www.habitat21.co.uk/nuclear4.html> [5]
    http://www.timesonline.co.uk/article/0,,8122-2384322,00.html <http://www.timesonline.co.uk/article/0,,8122-2384322,00.html>   [6]
     
    Here is my other longer explanation.
    http://www.nviro.org/howard.html <http://www.nviro.org/howard.html>