Readers of TriplePundit don’t need reminding that the waste stream derived from buying bottled water is an environmental hazard. Less than a third of all plastic bottles get recycled in the USA, when they could be put to effective second-life use.
Ford Motor Company announced last week that in partnership with REPREVE, they plan to make good use of some of these old plastic bottles by diverting 2 million of them from landfill, for use in the seat fabric of Ford’s forthcoming Focus Electric model.
REPREVE’s fabric is a polyester fiber made from a blend of recycled PET plastic, along with other recycled post-consumer material. Ford’s press release details that the car will be the first with an interior made with 100 percent clean technology, far exceeding the company’s goal of 25 percent clean technology across their whole vehicle line-up.
They say the best days of boat ownership are but two; the day you buy it, and the day you sell it. In the time between, the hassles and cost of insurance, maintenance and storage are a large burden to bear for a few days of fun, when you actually get to use it.
Even if you are fortunate enough to afford it, it’s hard to justify keeping a boat for half a dozen outings a year, but what if, during the downtime, you could profit from sharing with others in your local community?
Conversely, what if others want easy, but only occasional access to motorcycle, car, jet-skis, SUVs and so on but don’t want, or cannot afford, to invest in the cost and hassle of ownership themselves?
Peer-to-peer (p2p) start-up – JustShareIt – feels the opportunity exists to bring these parties together in an on-line vehicle-sharing marketplace, and to this end, launches this week, to bring owners (or sharers) and borrowers together, organized around three key service goals: security, convenience and adventure.
Ford is introducing a new range of electric, hybrid and plug-in hybrid passenger vehicles for 2012, which the company says will mean a third of their vehicle lines will feature a model with 40 miles-per-gallon, or more, next year.
A 100% electric version of the latest generation Ford Focus, will initially go on sale in California , New York and New Jersey, with subsequent expansion into a total of 19 U.S. launch markets. The obvious competition for the Focus Electric will be the Nissan Leaf, as well as the forthcoming Mitsubishi MiEV, both of which are also 100% electric vehicles, while Ford’s new hybrids are aiming at the new and larger member of the Toyota Prius family; the Prius V.
With these new vehicles, Ford is keen to promote a number of advantages their cars will bring to prospective buyers.
It was probably only a matter of time before we saw this story: An electric vehicle’s battery pack catches fire, drawing into question the safety of electric vehicles in general.
Ever since lithium-ion batteries were found to sometimes catch fire in laptops or cell phones, sooner or later we’d most probably see the same thing happening to a car battery – after all, EVs essentially use the same battery chemistry. So, as more electric cars hit the road, the safety concerns of the technology increase. But this is not a piece offering another reason why the world is not ready for EVs, but rather, it’s to shine a little perspective on the subject.
Year-to-date sales figures through the end of October, reveal that 8,048 LEAFs versus 5,003 Volts have been sold in the USA, with the LEAF on target to exceed sales of 10,000 units by year’s end. These numbers suggest that electric cars have moved beyond the curiosity stage, and now have a viable, permanent marketplace in this country.
This view is apparently shared by other car makers. Next year, American EV customers will get even more choice, in the form of Ford’s new electric Focus and Mitsubishi’s MiEV. Both of these cars are scheduled to go on sale in the spring, while customers with deeper pockets can look forward to the much anticipated Tesla Model S – a vehicle aiming at a higher end of the market.
I was able to drive a pre-market MiEV last week, which Mitsubishi claims will slot in as the most affordable EV available on the market. Going in as a price leader will make it an interesting car to watch. So, how does it compare?
It’s been a fantastic year for electric vehicle technology company, Mission Motors. In July this year, the company’s electric racing bike, the Mission R, (at right) won the TTXGP at Laguna Seca by a sizable margin; show-casing their technology against a competitive field of other EV motorcycle developers, while demonstrating comparable performance with gasoline-powered racing bikes.
Subsequent to their success on the track, the bike went on to win a Core 77 design award, recognizing the Mission R for both its cutting-edge industrial design and execution, as well as helping to make electric vehicles exciting and aspirational.
Further success came in the form of securing $9 million series B financing led by a leading global private equity firm, Warburg Pincus, while the California Energy Commission awarded them a $94,000 grant to develop a lightweight on-board vehicle charger.
Capping off all of this, the Cleantech Group, in collaboration with the UK’s Guardian News and Media, named Mission Motors one of the Global Cleantech 100 companies – an accolade awarded to entities that are are expected to make the biggest impact on clean technology over the next 5 to 10 years.
With such good news coming thick and fast, I spoke to David Salguero, Mission’s marketing manager, to find out what all this recent recognition means for Mission Motors going forward.
Not so long ago, it seemed that biofuels were assumed to be the best means for us to wean ourselves from our oil addiction, with ethanol, in particular, attracting most attention as a putatively green-fuel. But then it became apparent that growing feed-stocks for biofuel production has some significant downsides – and perhaps now, electric vehicles have taken the spotlight as the antidote to oil.
Ethanol’s star fell for a couple of reasons. Production typically takes up land that otherwise would be used for food production – which, in turn, is bad for food prices. Then, experts started questioning whether ethanol production had any real environmental benefits to offer. One study conducted at Cornell University, found that the energy needed to produce corn-ethanol – the USA’s preferred feedstock for ethanol – may be up to 29% greater than the resultant energy in the bio-fuel itself. Why? Because heavy use of fertilizers to grow the corn, and the energy used to convert it to ethanol, both involve fossil-fuel energy.
So now, few seem to think corn-ethanol is the future. However, switch-grass has for a long time been regarded as a better feed-stock for ethanol production, and recent experiments by Berkeley biologist George S. Chuck suggest that the plant could become an important biofuel source, due to significant improvements in the potential energy yield of the plant.
Europe’s highest court released an opinion on October 6th, finding that the proposed mandatory inclusion of non-European based airlines in the European Emissions Trading Scheme (ETS), is compatible with international law. The opinion by the Advocate General constitutes the latest development in the ongoing dispute.
Under the EU Emissions Trading Scheme, beginning on January 1st 2012, all carriers must procure a carbon allowance for every tonne of CO2 emitted for all flights which either take off or land, in the European Union.
Last week, we reported that the EU will allocate 85% of these allowances to carriers for free, while the remaining 15% will be auctioned. A more detailed analysis of how the scheme will operate can be found here. The European Commission estimates the cost for compliance will add between $2.66 and $15.96 per ticket over the next decade.
What are the implications of this decision?
When you think of solar energy, it’s likely that you imagine a clean and renewable power source; something that goes towards getting us off our global dependence on fossil fuels. And while it probably won’t be a technology that gets us away from CO2 emissions altogether, every watt of solar energy produced is watt of energy that doesn’t incur greenhouse-gasses.
So, what if solar energy is generated in order to extract oil from mature oil fields? Does this constitute a spectacular irony, or a clever application of renewable energy; one that may be justified in a world where oil is likely to remain fundamental to our economy for a considerable number of years to come?
The controversial European Emissions Trading Scheme (ETS) – a European wide cap and trade program – has sparked an ongoing dispute between the US and Europe regarding mandatory inclusion of non-European based airlines into the program.
In August, the potential for a trade war seemed possible due to mounting opposition both in the USA as well as other nations – notably China – over Europe’s insistence that no airlines would be exempt from participating in the scheme.
ETS requires that any airline taking off or landing in Europe, regardless of country of domicile, must produce a carbon allowance accounting for every tonne of CO2 emitted.
This week, US aircraft maker Boeing celebrated the delivery of it’s first new-generation 787 Dreamliner to the Japanese carrier, All Nippon Airlines (ANA). This follows a series of setbacks which have beset the launch, delaying deliveries by around three years.
Despite the setbacks, Bloomberg reported in August that the 787 is the fastest selling aircraft ever. With the number of orders already secured, production of the 787 represents about 7 years of work for the company. These orders were all placed prior to 2011 however, and orders for 26 planes have been cancelled during 2011.
Still, the new plane continues the trend among aircraft manufacturers to increase fuel efficiency and reduce running costs for airlines, so the roll out of the 787 is an important one.
The Sunday New York Times Review section ran an interesting piece this week that posed the question, Is Junk Food Really Cheaper? The premise of Mark Bittman’s article was to debunk the often repeated notion that the reason people are obese is because it is cheaper to fill up on calorie-dense junk food than it is to prepare healthy meals at home.
However, the author explains that this is not in fact the case. He illustrates the point by revealing that a variety of McDonald’s meal options for a family of four will run you $27.89, whereas a healthy meal cooked at home from pinto beans, rice, green peppers, onion and finished off with bacon, can be had for just $9.26.
So, while it’s certainly possible to eat healthily and cheaply at home, I decided to head over to the golden arches myself to do some rapid field research.
Vehicle electrification might be the sort of technology that forces a paradigm shift in personal transportation. Although electric vehicles have been around for as long as those powered by internal combustion engines, advanced batteries, sophisticated software controllers and modern and compact electric motors have created new opportunities to reinvent traditional vehicle platforms – the bicycle included.
Furthermore, despite the fact that most of the media buzz surrounds the new crop of electric cars hitting the market, projections suggest that E-bikes will sell in far higher numbers than will electric cars over the next decade. As such, Ford’s exploration into this space could prove to be a smart development for them.
These are tough times for the solar industry. Companies such as Evergreen solar and SpectraWatt have filed for bankruptcy, while most famously, Solyndra, a recipient of tax dollars under the American Recovery and Reinvestment Act, closed up shop this month. On top of this, an excess supply of photovoltaic (PV) panels, especially from China, is causing price suppression; cutting the margins for those manufacturers still in business.
Timely therefore, that Renewable Energy Focus magazine hosted a webinar yesterday concerning the prospects of competing solar electric technologies. However, as editor and host David Hopwood conceded, many are asking whether it is less a question of which competing solar technology will win out, but rather, how robust the entire industry is compared with other renewable or traditional power generation industries?
The panel consisting of the CEO of solar company, Amonix, as well as the principals of solar consulting companies Navigant Consulting and SolarVision Consulting, didn’t try to sugar-coat the situation. But ultimately, they all remain resolute that solar will be a cost competitive renewable energy source in the long run. But given the current woes, what do these experts see as trends in the industry?
Though we have all become accustomed to China as a major net exporter of goods to global markets in recent years, in the automotive world, China’s burgeoning domestic car market inspires all the major global auto companies to compete vigorously for a piece of the action.
The size of the Chinese market is set to grow hugely in the near term, which explains why veteran companies like GM and Ford, along with leading European car makers, are keen to establish a significant footprint in China, especially since their own domestic markets are likely to remain flat. In doing so, they will be forced to go up against China’s own manufacturers; who themselves are keen to lead in green automotive technologies. And here is the dilemma – if foreign auto makers want to enjoy generous green-tech incentives to sell into China, they may be required to hand over their intellectual property. Will they be prepared to do this?