Category Archives: Biofuels

CSR and Renewable Energy

This is from Just Means.  Businesses and green campaigners both seem to agree that there’s a gap between what we need and what is being achieved in terms of renewable energy.

Smart companies have been concentrating their CSR efforts on preparing for upcoming legislation around energy saving. However, one of the issues is what Friends of the Earth has called an ‘information gap’ when it comes to UK energy policy. The campaign group claims that a lack of information means investors will be nervous about ploughing the necessary millions into renewable energy.

Such uncertainty could leave us unable to meet the stretching targets that the UK’s Governments have set. The UK wants to generate 15% of its power from renewable sources by 2020 and Scotland has an eye-watering target of 80%. Northern Ireland plans to generate 12% of electricity from renewable sources by next year – and those sources are to be based within the province.

Even if companies are committed to using renewable energy as part of their CSR programmes, they need new technologies out there to buy and to use.

Friends of the Earth fear that meeting such high targets will be very difficult if investors do not have the confidence to back currently untested technology.

Their thoughts concur with those of a very different organisation, Ernst & Young. Part of the firm’s CSR commitment and expertise focuses on clean energy. Its research last month into the cleantech sector found that confidence that the Coalition Government will help spark the sector’s growth has plummeted. Just 13% of the businesses, investors and cleantech companies surveyed thought that the Government would establish the necessary conditions for success. This is a big drop from the 38% who thought this during a similar survey last year.

Despite repeated talk of financing frameworks for investment in the sector, little detail has emerged. Consequently, financiers remain sceptical that this will happen during 2011.

Although 51% of those surveyed believed that the UK’s investment in clean energy and clean technology would increase this year, this still marks a drop of 10% since the last survey. What is more, just 7% of people expect there to be sufficient investment in 2011 to give the UK competitive advantage.

For more – Click HERE

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German bank lends over 25 billion to green projects for 2011 (EcoSeed)

German’s state-owned KfW Bankengruppe loaned a sum of 25.3 billion euro ($34.9 billion) to both domestic and foreign climate and environmental protection investments in 2010, a 28 percent increase from the previous year.

This is about one third of the banking group’s total financing volume of 81.4 billion euro for the year an increase of 27 percent since 2010.

The banking group provided about 11.1 billion euro in environmental protection programs under its unit for small and medium enterprises KfW Mittlestandsbank. This figure increased by 59 percent from last year’s 7 billion euro.

The increase, according to the banking group, was mostly a result of strong demand for the KfW Renewable Energies Program which provided 9.6 billion euro in loans in total.

The banking group allotted 8.7 billion euro to programs in energy-efficient construction and renovation facilities through its unit KfW Privatkundenbank. But while it was the second largest commitment, it was slightly below the 2009 record of 8.9 billion.

The banking group also said its export and import finance unit KfW IPEX-Bank set aside 20 percent of its 9.3 billion euro budget for the completion of energy and environmental projects in Germany and abroad.

However, the main focus of the unit was mainly on new business activities on transport and infrastructure, which obtained 35 percent of the total budget.

The development aid unit KfW Entwicklungsbank expanded its commitments in international climate and environmental projects providing 58 percent of its total loans, which amounted to 2.6 billion euro.

For more – Click HERE

 

 

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From Environmental Politics to Sustainability Policies

By Steven Cohen. Many environmentalists were dismayed with President Obama’s State of the Union Address because he did not mention climate change and made a punch line out of preserving salmon. I agree that he could have used a better example of federal government management dysfunctions; for example, he could have slammed the old Minerals Management Service, the unit that shared the blame for last summer’s oil catastrophe in the Gulf. Instead, we learned that his favorite example of government mismanagement was that:

“…the Interior Department is in charge of salmon while they’re in fresh water, but the Commerce Department handles them in when they’re in saltwater. And I hear it gets even more complicated once they’re smoked.”

All kidding aside, it would be wise for the President to remember that protecting the environment is a core American value with widespread public support. If he’d like to unify environmental protection and sustainability services in the United States, he can always propose a cabinet level department of Environmental Sustainability and bring EPA, NOAA, the Forest Service and several other critical agencies under unified management. I don’t expect that type of proposal to emerge from the new Congress, but it wouldn’t be a bad idea.

Obama and his folks clearly understand the importance of a clean environment, but their strategy seems to be to reduce the visibility of their actions and subsume their climate and environmental protection policy under the big tent of 21st century global competitiveness. In case you missed it, a big piece of the President’s ambitious climate policy came when he set the goal of having one million electric cars by 2015. He wed the transition from a fossil fuel economy to job creation by stating that:

“…clean energy breakthroughs will only translate into clean energy jobs if businesses know there will be a market for what they’re selling. So tonight, I challenge you to join me in setting a new goal: By 2035, 80 percent of America’s electricity will come from clean energy sources. Some folks want wind and solar. Others want nuclear, clean coal and natural gas. To meet this goal, we will need them all — and I urge Democrats and Republicans to work together to make it happen.”

These energy goals, when coupled with EPA’s regulation of greenhouse gasses under the Clean Air Act, are the Obama climate policy. While it is less comprehensive than cap and trade or a carbon tax, it is a real, operational policy. With renewed turmoil in the Mideast, the source of almost half of our oil, and the possibility of higher gasoline prices in our future, a million electric cars might not be as crazy as it sounds

This is an excerpt from the Huffington Post.  For the entire post, click HERE.

Posted in Alternative Energy, Biofuels, Carbon Capture and Storage, Climate Change, Energy Efficiency, Energy Storage, Environment, Fuel Cells, Geothermal, Green Business, Green Facilities, Green IT, Politics, Pollution, Smart Grid, Solar, Sustainability News, Waste to Energy, Water Power, Wind | Tagged , , , , , , , , , , , , , , , , | Leave a comment

Diageo North America Achieves Carbon Neutral Status in 2010 for Fleet of Corporate Vehicles

Company Cars Officially Certified By Emkay’s GoGREEN Program as a “Green Fleet”

NORWALK, Conn., Jan. 31, 2011 /PRNewswire/ — Diageo, the world’s leading premium distilled spirits, beer and wine company, is on the road to a greener future with its fleet of more efficient corporate vehicles.  The company announced today that it achieved carbon neutral status for its North American corporate fleet in 2010, a milestone in company efforts towards improved sustainability. In recognition of this accomplishment, Emkay’s GoGREEN program recently granted Diageo North America its “Green Fleet” status.

Diageo reduced its corporate fleet greenhouse gas emissions to net zero, accomplishing this by taking actions to improve the efficiency of its vehicles as well as through external carbon offsetting in accordance with the requirements of the international CarbonNeutral Protocol. During the past year, the company’s fleet of 346 vehicles drove more than 7 million miles and increased its average MPG by 1.5 miles to 22 MPG.  Over the past five years, Diageo has improved its average MPG from 17.5 MPG to 22 MPG, representing a 26% improvement.

“Diageo is committed to reducing our carbon footprint around the world, and this certificate from Emkay is a step in the right direction on our journey to improved sustainability,” said Roberta Barbieri, Global Environment Project Manager.  ”Our continued efforts to further reduce the MPG of our fleet, as well as our carbon offset activities, are an important part of our integrated global approach towards meeting our longer-term environmental goals.”

In 2010, Diageo donated more than $25,000 to carbon offsets, purchasing only those linked to projects that can display real, measurable and direct emissions reductions that are sustainable over time. In particular, Diageo seeks offsets that assist in the displacement of coal power and prioritizes offset projects that work with renewable power. The 2010 offset purchases in the US are benefiting global renewable energy products, including wind power enhancements in Shandong, China, micro hydro power development in Mani, Greece, and stove efficiency improvements in Cambodia. All offset initiatives are verified through a third-party approval process to ensure true delivery of expected environmental benefits.

Additional improvements in 2011 will include replacing remaining six-cylinder vehicles wherever possible with four-cylinder cars with greater fuel efficiency, as well as optimizing the effects of fleet hybrid vehicles and reducing the count of older, non-Hybrid vehicles within the fleet in areas where this improves efficiency.  As Diageo continues these activities, Emkay predicts that the company’s average MPG will improve from 22 MPG in 2010 to 25 MPG in 2011.

On a global scale, Diageo continues its sustainability efforts. The company has set ambitious environmental targets for 2015, aiming to cut carbon emissions at wholly-owned sites by 50%, increase water efficiency by 30%, reduce the pollution associated with wastewater by 60% and reduce waste sent to landfill by 100%. Diageo’s distilleries, breweries and vineyards are worldwide and the technological innovations are developed locally to meet the needs of each individual site, driven by the goal to become a truly sustainable business.

ABOUT DIAGEO

Diageo is the world’s leading premium drinks business with an outstanding collection of beverage alcohol brands across spirits, beer and wines. These brands include Johnnie Walker, Guinness, Smirnoff, J&B, Baileys, Cuervo, Tanqueray and Captain Morgan.

Diageo is a global company, with its products sold in more than 180 countries around the world. The company is listed on both the New York Stock Exchange (DEO) and the London Stock Exchange (DGE). For more information about Diageo, its people, brands, and performance, visit us at Diageo.com. For our global resource that promotes responsible drinking through the sharing of best practice tools, information and initiatives, visit DRINKiQ.com.

Celebrating life, every day, everywhere.

Should it be the aim (and or obligation) of all companies to become carbon-neutral?  Have your say and join the conversation in The Green Room.

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Obama says U.S. to have 80% clean energy by 2035 (EcoSeed)

From EcoSeed.org.  The United States will get 80 percent of its electricity from clean energy sources by 2035, said President Barack Obama in his State of the Union address on Tuesday night.

To do this, Mr. Obama said the administration will prioritize investments in clean energy research and technologies. The United States will also compete firmly with countries such as China which is now home to the world’s largest private solar research facility. “With more research and incentives, we can break our dependence on oil with biofuels, and become the first country to have a million electric vehicles on the road by 2015,” said Mr. Obama.

More renewable energy, more advanced technology vehicles such as electrics, and a note on ending oil industry tax subsidies, in general sum up the part of Mr. Obama’s speech devoted to low-carbon. Mr. Obama asked Congress to eliminate the billions of dollars in subsidies the United States government is giving to oil companies. “I don’t know if you’ve noticed, but they’re doing fine on their own. So instead of subsidizing yesterday’s energy, let’s invest in tomorrow’s,” he said.

With the reiteration on clean energy, which the Obama administration has made a point to promote since taking office, the focus on job generation through the sector was also mentioned. Mr. Obama said another goal is to give clean energy businesses a guarantee that there will be a market for their products. But the American Wind Energy Association, while generally welcoming Mr. Obama’s pronouncements, said the wind sector, as just one example, is “ready to go now.”

“We don’t need to wait nearly three decades,” the association said in a statement issued after the State of the Union address. “By 2030 wind can be up to 20 percent of the electric supply all by itself, according to a study by the George W. Bush administration. And it insources [sic] jobs and investment into America. That’s what our industry is doing to make good on this national commitment to clean energy and economic growth,” AWEA statement read.

“We look forward to working with the new majority in the House and leaders in the Senate to diversify America’s energy portfolio and foster renewed economic growth.” “The President rightly identified job creation as a national priority. However I am truly skeptical of his call for so-called targeted investments. Washington’s reckless spending habits, particularly in the last two years, have wrecked this economy,” said Timothy Johnson, a Republican representative for Illinois.

For more – Click HERE

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Green groups lost on how clean energy standard will work (EcoSeed)

Green groups, universities and energy officials said they liked what they heard in United States President Barack Obama’s State of the Union address but were still doubtful on how clean his proposed clean energy standard is. In Tuesday, President Obama said he wants 80 percent of the nation’s electricity to come from clean energy sources by 2035. A fact sheet issued by the White House clarified that the goal would be a “standard”, similar to the renewable energy standards in many states that require utilities to include a certain percentage of renewable sources in their output. However, it differs from renewable energy standards by making room for nuclear power and fossil fuels like coal and natural gas raising questions on what exactly will be considered clean or dirty energy.

Contradiction

“If Congress and the White House intend to move forward with a clean energy standard, it will be a huge contradiction to include nuclear reactors and coal-fired power plants,” according to a statement from three experts coming from universities and clean energy groups. The experts pointed to a long list of unresolved waste, water and proliferation risks associated with nuclear power, and problems from commercially untested carbon capture and storage that aim to make coal-fired power plants cleaner.

“These impacts cannot be internalized by spending more money, as they are inherent in the technology,” said Dr. Arjun Makhijani, president of the Institute for Energy and Environmental Research. “In contrast, the modest impacts of renewable energy are borne by the generations that use the energy, so that future generations can replace the facilities with better techniques as they are developed.”

Dr. Alan Lockwood, a professor from the University of Buffalo, observed that virtually none of the pending coal plant proposals in the country include any plans to capture and store carbon dioxide emissions from day one of operation. If built, he warns it will gravely diminish the prospects of slowing global warming and worsen air pollution-related diseases. This is because old-style coal plants have a lifespan in excess of 50 years. Even existing carbon sequestration facilities pose major environmental risks, according Scott Sklar, chairman of the steering committee of Sustainable Energy Coalition. Storing carbon underground emits mercury, carcinogens, requires much water and emits other greenhouse gases, Mr. Sklar explained. “Attempts to foster coal and nuclear into a clean energy standard is another ploy to re-label non-renewable technologies and ooze them into a ‘clean’ brand,” he added.

For more – Click HERE

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Corporate Sustainability Executives Embrace Bloom Energy Approach

By Heather Clancy at smartplanet.com. My colleague Larry Dignan here at SmartPlanet provides a great update about a shift in business model from Bloom Energy, the hot (or cool, depending on how you view it) power start-up that has developed a sort-of fuel cell energy “server” technology that featured prominently on CBS 60 Minutes last year. Now instead of buying a Bloom Box outright, you can “buy” it as a service, which make sense because when was the last time your company built your own power plant?

This approach marries the traditional electricity service delivery model with the cloud computing service model, under which a company gains access to certain technology features without actually buying the technology outright. Don’t like the approach? Shut it off when the contract is over, without forking out a lot of money for technology that might not work for your business.

What is interesting to me is the highly visible companies that have already gravitated toward the Bloom Electrons approach. The following are already on board publicly and plan to commit to the new Bloom Electrons service: The Coca-Cola Co., Staples, Walmart, Kaiser Permanente, Becton, and Dickinson and Co. Bloom Energy has also scored the California Institute of Technology as an early customer for Bloom Electrons. (By the way, this doesn’t count other companies that have bought Bloom Box technology outright, such as software developer Adobe Systems.)

I heard directly from Kaiser Permanente about its plans, because I have been following some of the things that the healthcare organization has been doing with respect to renewable energy, in particular solar energy. Under its new deal with Bloom, Kaiser Permanente has contracted for four megawatts of fuel cell power capacity via the Bloom Electrons service. That capacity will be available to seven different facilities in California. The benefit to Kaiser Permanente will come in energy efficiency: the organization estimates that it will be able to reduce its dependence on electricity generated by fossil fuels by up to 34 percent at the locations where the Bloom Boxes are installed.

The Bloom Box fuel cells use natural gas (which I will take editorial license to mention IS actually based on fossil fuels), but they have the potential to run on 100 percent biogas. In fact, Bloom Energy IS planning to supply the natural gas transmission network associated with its technology with biogas, in order to address this. It has developed a partnership with Southern California Gas Co.

For more – Click HERE

You may be interested in the following books on sustainability:

The Sustainable World (Wit Transactions on Ecology and the Environment)

Strategic Management & Business Policy: Achieving Sustainability (12th Edition)

Business and Society: Ethics, Sustainability, and Stakeholder Management

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11 Green-Tech Stories I Want to Write in 2011 (ZDNet)

By Heather Clancy – ZDNet.  I tend to be a Pollyanna-esque sort of journalist, looking for optimism and positive news wherever I can find it. So, my list of green technology “predictions” (if you can really call them that) is strictly focused on the things that I hope will happen in the year-to-come. Yes, of course, these are things that are also at least somewhat likely to happen, based on my read of current events. There is no particular order to this list.

#1: Makers of renewable energy technology and energy storage technology team up on more commercial-scale projects.
One of the biggest complaints about renewable energy continues to be the intermittent nature of sources such as the sun and the wind. One of the biggest concerns associated with electric vehicles surrounds “range” anxiety and how far one of these cars can travel on one charge. With that in mind, I’d like to hear more about practical applications of energy storage technologies in 2011, ala the joint project by International Energy and Princeton Power Systems that I wrote about in this blog from September 2010.

#2: Energy-efficient lighting technology booms as businesses invest.
The trends in cleantech venture capital pointed to an accelerating interest in energy efficiency projects throughout 2010. Many businesses are moving first to address the efficiency of their lighting, which you might consider the low-hanging fruit in terms of corporate sustainability projects. A survey I reported about last spring is a leading indicator: More than half of facilities managers believe that green lighting technology will show a quicker return on investment than pretty much any of their green technology options.

#3: Solar adoption continues to outpace expectations.
A new update from the Solar Energy Industries Association reports that the U.S. solar photovoltaic industry has grown an average of 69 percent annually for the past decade. 2010 was a record year for installations — before the third quarter had even ended. At the last count, 530 megawatts of capacity had been added in the United States by that time, compared with 435 megawatts for all of 2009. I think that the emergence of new cost-effective residential options that are more “plug and play” to install (like what Clarian Power is developing) along with another extension of the Department of Treasury Section 1603 program  will help fuel another breakout year in 2010.

#4: Electric cars finally find a following with “average” Americans.
OK, let’s be real. So far most of the electric car or electric hybrid options — ala the Tesla — have been available in the United States have been far from accessible to most of us. But all bets are off now that the Nissan Leaf and the Chevrolet Volt have hit the market. One big factor, according to a new report on electric vehicles from Pike Research, will be the programs the many of the big rental car companies — including Avis, Hertz and Enterprise — to incorporate electric vehicles into their rental fleets.

#5: More businesses embrace formal policies for handling electronic waste.
Earlier this week, I interviewed the president of systems integrator Valcom, Chuck Birmingham, about this very topic. Valcom is allied with CloudBlue, which is a company that handles recycling, refurbishment and reuse of older technology. Birmingham reports that more and more midsize and enterprise companies are adopting more detailed electronic waste (e-waste) policies. Valcom now receives an average of two proposal requests per week. “They want to be able to get rid of the old at the same time they are deploying the new,” he says. One thing that will definitely be a continuing story. The emergence of certifications (ala e-Stewards) that companies can rely on to know that their technology is being disposed of securely (from a data destruction standpoint) and responsibly (as in, items aren’t being sent to landfills or exported to countries where they might do environmental damage).

#6: Mega-Enterprise XYZ cites energy efficiency as key factor in cloud sourcing decision.
Power and cooling considerations have become a key consideration in data center design decisions, so much so thatGartner is predicting a major overhauls in the design of new data centers over the next five years. Gartner outlines five ways that businesses can reduce power consumption, which in turn will improve data center efficiency. My belief is that these considerations will play a big role in whether or not companies build a new data center — or turn to the cloud to add desired new computing capacity. Increasingly, power management and energy-efficiency best practices are things that it might be worth sourcing from an expert, rather than developing them in-house.

For more – Click HERE

You may be interested in the following books on Green IT:

Green IT: Reduce Your Information System’s Environmental Impact While Adding to the Bottom Line

This groundbreaking work offers a complete roadmap for integrating environmentally sound techniques and technologies into your Information Systems architecture. Green IT explains how to adopt a business-driven green initiative and provides a detailed implementation plan. You will find strategies for reducing power needs, procuring energy from alternative sources, utilizing virtualization technologies, and managing sustainable development. Case studies highlighting successful green IT projects at major organizations are included. Keep your IT department and your organization in the green–both environmentally and financially–with help from this comprehensive guide.

  • Work within current global initiatives and standards for e-waste
  • Minimize power usage and use alternative cooling methods in your datacenter
  • Transition your office into a paperless environment
  • Equip your organization with green hardware, including EPEAT-, RoHS-, and ENERGY STAR-certified machines
  • Implement efficient datacenter design in terms of energy consumption, cooling, server configuration, consolidation, cabling, redundancy, and more
  • Virtualize servers and storage using the latest technologies from VMware, Microsoft, Compellent, Incipient, and others
  • Measure existing datacenter efficiency using current metrics, and track progress with Business Intelligence tools
  • Establish a green supply chain
  • Explore the Software as a Service (SaaS) model
  • Manage ongoing compliance and sustainable growth

The Greening of IT: How Companies Can Make a Difference for the Environment

The Greening of IT offers clear, business-focused coverage of both the benefits and roadblocks of moving to green IT. Lamb discusses internal organizational obstacles, as well as regulations, energy cost shifts, and utility rate incentives that can help companies move towards green IT. You’ll find specific how-to guidance on everything from measuring energy usage and optimizing data center cooling equipment through leveraging virtualization. Lamb also presents detailed, up-to-the minute green IT case studies – including utilities, universities, and companies of all sizes, worldwide. He concludes by previewing emerging trends in green IT and identifying “on the horizon” opportunities businesses should be monitoring and preparing for.

Foundation of Green IT: Consolidation, Virtualization, Efficiency, and ROI in the Data Center

In Foundations of Green IT, a team of leading Green IT consultants presents the detailed technical information data center professionals need to systematically identify the right improvements, implement them, maximize savings, and accurately calculate business value. Marty Poniatowski and his team present comprehensive case studies reflecting their unsurpassed Green IT experience, complete with detailed implementation diagrams and performance information. You’ll find independent, detailed coverage of solutions from HP, VMware, EMC, Cisco, and other leading vendors, with optimized sample designs and realistic ROI projections. Whether you’re a CIO or IT director, architect or administrator, if you want to improve IT efficiency, this is your definitive resource.

Three comprehensive, start-to-finish case studies - Analyze current environments, set goals, define implementation plans, and calculate ROI for:

  • Server and desktop consolidation and virtualization
  • Data center backup/recovery/archiving, including replication
  • Networking, including VoIP background

Plus practical coverage of these Green IT topics:

  • Designing data centers for greater efficiency and lower power usage
  • Leveraging cloud computing
  • Consolidating Microsoft SQL Server instances
  • Reducing PC-related power usage and waste

Green IT For Dummies

Green technology is not only good for the environment; it’s also good for your bottom line. If your organization is exploring ways to save energy and reduce environmental waste, Green IT For Dummies can help you get there.

This guide is packed with cost-saving ways to make your company a leader in green technology. The book is also packed with case studies from organizations that have gone green, so you can benefit from their experience. You’ll discover how to:

  • Perform an energy audit to determine your present consumption and identify where to start greening
  • Develop and roll out a green technology project
  • Build support from management and employees
  • Use collaboration tools to limit the need for corporate travel
  • Improve electronic document management
  • Extend hardware life, reduce data center floor space, and improve efficiency
  • Formalize best practices for green IT, understand your company’s requirements, and design an infrastructure to meet them
  • Make older desktops and lighting fixtures more efficient with a few small upgrades
  • Lower costs with virtual meetings, teleconferences, and telecommuting options
  • Reduce your organization’s energy consumption

You’ll also learn what to beware of when developing your green plan, and get familiar with all the terms relating to green IT. Green IT For Dummies starts you on the road to saving money while you help save the planet.

Posted in Alternative Energy, Biofuels, Carbon Capture and Storage, Climate Change, Energy Efficiency, Energy Storage, Environment, Fuel Cells, Geothermal, Health, Politics, Pollution, Recycling, Smart Grid, Solar, Sustainability News, Waste to Energy, Water Power, Wind | Tagged , , , , , , , , , , , , , , , , , , , , , | Leave a comment
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