Canada's Budget – FAIL on Renewables

Canada's Conservative government released a federal budget last week that would kill off the country's main program for developing renewables and channel most of the money from a new “Green Infrastructure Fund” into carbon capture and storage CCS technology, or so-called “clean” coal.

Of course, the carbon capture is not aimed at coal here specifically, but at the oil sands. More bad news –

The new pro-coal budget effectively killed all support for the nation’s ecoENERGY Program for Renewable Energy (equivalent to America’s Production Tax Credit for renewables). The program was the nation’s main support mechanism for developing renewable energy. The Pembina Institute, a Canada-based sustainable energy think tank, reacts to the budget defeat:

“The federal government’s failure to renew and expand this program has jeopardized at least 1,500 megawatts of “shovel read” wind energy projects across the country, while putting the brakes on billions of dollars of potential future investment.”

The renewable energy industry had hoped for a five-year extension of the program in the budget, which would have spurred over $6 billion of private investment in the Canadian economy and created 8,000 jobs, according to the Institute.

Note that this is not just the Conservatives. The Liberals are supporting this budget, and Liberal leader Michael Ignatieff has spoken glowingly about the oil sands industry.

At this point, we do not control our own environmental future. The Conservatives are an Alberta centred party and their motivation is not surprising. The Liberals clearly want back in power and do not have the money to fight another election next month. Canadians seem to not favour the most logical option, a coalition government of the left leaning parties which make up a majority of seats and voting percentages in parliament, so the Liberals have to support the Conservative budget or face an election soon.

With Ignatieff leading the Liberals, they know that all they need a little time to get money and reverse their losses from the previous election. His personal popularity advantage over previous Liberal leader Stephane Dion will most probably lead to better election results, especially if the Canadian economy continues to tank. A Liberal budget would have not killed the renewables, but would have not done anything to make the oil sands projects pay for all their externalities either.

With the two main parties objectively in favour of unproven boondoggles and greenwashing, only firm decisive action by the US administration to institute some kind of carbon controls will change the game in Canada. My fear is that by killing money support at a critical time, you kill the renewables industry and disperse its people elsewhere, and no reversing course in 3 years will get those people and companies back.

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  • Benzene in Soft Drinks – Analytical Artifact?

    An update on the benzene story from last month.

    Chemical & Engineering News: Latest News – Dispute Over Benzene In Drinks

    In late 2005, FDA began analyzing beverages containing benzoate and ascorbic acid. The majority of samples contained either no detectable benzene or levels below 5 ppb, says Robert E. Brackett, director of FDA’s Center for Food Safety & Applied Nutrition. FDA’s results are preliminary. After its survey is complete, the agency will determine what, if any, additional action is necessary, Brackett wrote to EWG. Changes in FDA’s analytical procedures may account for the differences in results. To collect benzene in the earlier tests, FDA used a purge-and-trap method, in which the samples were heated to 100 °C for 30 minutes. Recently, the agency has been using a static-headspace methodology, which does not involve much heat. In the earlier tests, the high heat was probably creating benzene, says an FDA source who asked not to be identified.

    The explanation seems to make sense. Low level analysis is riddled with instances such as these, where the analyte you’re looking for is  introduced into the sample after the fact. It is impossible to decide without looking at the protocol whether this happened or not. Since the source of the benzene is from the reaction of ascorbic acid (aka Vitamin C) and benzoate salts, notably sodium benzoate, it would have been clear to anyone doing the analysis to avoid conditions that would result in the formation of benzene during the analysis, or maybe not…

    Static Headspace analysis usually involves some heating as well, at much lower temperatures for shorter periods of time, though in the case of something as hydrophobic as benzene, not much heat would be required. So, the artifacts in static headspace would in this case be lower than in purge and trap analysis.

    Still not a concern in the grand scheme of aggregate benzene exposure.

  • Federal Study Results in Invention of Wheel

    Federal Study Finds Accord on Warming – New York Times

    A scientific study commissioned by the Bush administration concluded yesterday that the lower atmosphere was indeed growing warmer and that there was “clear evidence of human influences on the climate system.”

    Wait, we still need to study this more, we need to eliminate all uncertainty before we act, we need more proof, we need to be more certain :-;

  • |

    Lead in Paint, why???

    1940-11_White_Lead_Paint.JPGThis makes my head explode, once again, science is helpless when faced with inertia, and greed. Lead-based paint has been banned in the US since 1978, and if this story is any indication, we’re still seeing the effects of peeling paint. But this bit of research from the University of Cincinnati suggests that not only is lead-based paint being used in more than half the world, it is actually legal.

    Study Supports ‘Urgent’ Need for Worldwide Ban on Lead-Based Paint

    Environmental and occupational health experts at the University of Cincinnati (UC) have found that major countries—including India, China and Malaysia—still produce and sell consumer paints with dangerously high lead levels.

    Why would anyone need to use lead-based paint when alternatives have been available for the longest time, the health effects of lead, especially on children, are very well known, and there is no @#$%^&*# reason other than greed and unwillingness to change. What is the point of all these years of research if it makes no difference at all to the bulk of the world’s population? Depressing.

    Guess what, even if lead-based paint was banned today, it’s still going to be on the walls forever. As the paint peels, kids will be exposed, have lowered IQ, and all other kinds of health issues for as long as that house is standing, which in India could be a 100 years.

    Grassroots organizing is probably needed, and if effective, the stuff will be banned in India quickly, the government does move rapidly on these kinds of easy to legislate issues. But, enforcement will be lax, and awareness will lag, which means we are looking at (my rough guess) at least 20 years more of this issue.

    Once again, the absence of a ban and its implementation affects the poor and uneducated disproportionately. The way I see it happening in India is

    1. Some grassroots awareness, media stories, etc.
    2. A furore that lasts about a week, before the next big story comes along
    3. Maybe a government action that will “ban” lead-based paint
    4. The middle class and above are now aware that they can use titania based paints, so, a quick change for them.
    5. Everyone else is still stuck with the lead-based paint.

    And this does not even begin to address what the US is going through now, aging houses, peeling paint, poor people being exposed to dangerous levels of lead.

    The world ain’t very fair…

  • C + O2 = CO2

    Overall, the study estimates that fires in the contiguous United States and Alaska release about 290 million metric tons of carbon dioxide a year, which is the equivalent of 4 to 6 percent of the nation’s carbon dioxide emissions from fossil fuel burning. But fires contribute a higher proportion of the potent greenhouse gas in several western and southeastern states, especially Alaska, Idaho, Oregon, Montana, Washington, Arkansas, Mississippi, and Arizona. Particularly large fires can release enormous pulses of carbon dioxide rapidly into the atmosphere.”A striking implication of very large wildfires is that a severe fire season lasting only one or two months can release as much carbon as the annual emissions from the entire transportation or energy sector of an individual state,” the authors write.

    US Fires Release Large Amounts Of Carbon Dioxide

    In a study that is sure to be seized upon by global warming refuseniks everywhere, it has been discovered that fires release CO2. Um, however you do it, if you burn 12 grams of carbon completely, you will get 44 grams of CO2 (as you probably learned in middle school chemistry).

    I am glad this study was done, but it’s not news, and it is not a STRIKING IMPLICATION by any means. If you know the acreage of forest fires, and you have some estimation of biomass density, it’s trivial to come up with an estimate of CO2 emissions.

    What forest fires also do is put a lot of fine particulates into the air, now that is truly hazardous for people in the vicinity and has much more STRIKING IMPLICATIONS on air quality.

  • Nissan goes electric

    Nissan Shows Off Its Electric Car, the Leaf – NYTimes.com

    What, no Canada? But still,  an electric hatchback, hits all my buttons and dings all my dongs! I only hope to keep my current, explosion powered hatchback long enough to not buy one ever again. Price, of course, will be a consideration. The good news is that Nissan is considering leasing the battery instead of people having to buy it up front, a great idea, not as great as the battery instant replace model from Shai Agassi and Better Place, but one that lessens the battery buying burden.

    The future is electric.

  • PCBs love to sorb to oil

    News of possible interest only to me. It seems obvious that oil present in sediment enhances sorption and storage of PCBs than soot/black carbon. After all, it is a liquid phase and is present in higher amounts than black carbon. PCBs are so hydrophobic that almost any organic material has a higher affinity for PCBs than water/sediment. Carbon is a strong PCB adsorbent only for planar PCBs, and then only if it is itself graphitic, hence planar. In all other cases, oil should outcompete  carbon for PCBs. Glad they found experimental evidence. In all my (three) years of analyzing for PCBs, the oily samples are always the highest concentration ones.

    Oil Is a Sedimentary Supersorbent for Polychlorinated Biphenyls

    Oil Is a Sedimentary Supersorbent for Polychlorinated Biphenyls

    Michiel T. O. Jonker and Arjan Barendregt

    Institute for Risk Assessment Sciences, Utrecht University, P.O. Box 80176, 3508 TD Utrecht, The Netherlands

    Received for review January 18, 2006

    Revised manuscript received April 10, 2006

    Accepted April 11, 2006

    Abstract:

    The often-observed enhanced sorption of hydrophobic organic chemicals (HOCs) to sediments is frequently attributed to the presence of soot and soot-like materials. However, sediments may contain other hydrophobic phases, such as weathered oil residues. Previous experiments have shown that these residues can be efficient sorbents for certain PAHs. In this study we investigated sorption of PCBs to sediments contaminated with different concentrations and types of oils, and from that derived oil-water distribution coefficients (Koil). Sorption of PCBs to both fresh and weathered oils was proportional to sorbate hydrophobicity, and no effects of PCB planarity were observed. Furthermore, the experiments demonstrated that different oils sorbed PCBs similarly and extensively (Koil up to 108.3 for PCB 169), and that weathering caused an almost 2-fold increase in sorption of the lower chlorinated PCBs. Koil values indicated that at the PCB equilibrium concentrations tested (pg-ng/L range), for many congeners weathered oil is a stronger sorbent than pure soot and soot-like materials. Due to attenuation of adsorption to the latter materials in sediments (caused by competitive adsorption with organic matter), sedimentary weathered oil will therefore, if present as a separate phase, defeat sedimentary soot, coal, and charcoal as PCB sorbent in most cases. Consequently, weathered oil probably is the ultimate sedimentary sorbent for PCBs and should be included in HOC fate models.