By Carlo Luri of Bently Biofuel

One hundred million gallons and counting. The number of gallons spilled in the BP / Deepwater Horizon oil rig disaster is staggering and the true impacts on wildlife and human health will probably not be known for many years. Rather than ask how it happened or who’s going to pay for the damages the question we should be asking is what comes next? Is the resulting oil spill, which is being called the worst environmental catastrophe in American history, going to be the turning point which motivates us to start our journey toward a clean energy future or will we go back to business as usual as soon as the news reports turn to the next story?

Let’s look at the facts surrounding fossil fuels:

Fact 1: Many of the compounds found in petroleum are hazardous to human health. The acute (short term) toxic effects of exposure to petroleum hydrocarbons are well documented, the chronic (long term) effects to low level exposure may be less well understood but are just as severe and include things like respiratory illness and cancer.

Fact 2: Emissions from the combustion of fossil fuels also adversely affect human health and the environment. By moving huge stores of carbon from underground to the atmosphere and oceans, the human race is undertaking a huge science experiment with our planet. The earth will survive global climate change but how will humans and other species adapt to the new climate reality?

Fact 3: The total stores of carbon underground are limited. No matter how much oil you believe remains underground, we are certainly using it faster than it is being replaced. Undoubtedly, the remaining oil stores are harder to reach, will cost more to extract, and will involve a greater amount of risk to recover.

Any one of these factors alone; danger to human health, risk of ecological disruption, and scarcity should be reason enough to have pushed society down the path of clean renewable energy long ago. Why then do we find ourselves with few options and even a certain segment of the population (call them the “oil deniers”) that refuse to condemn our dependence on oil in the face of overwhelming evidence that we should have moved on long ago?

It would be easy to blame it all on human greed. Cheap energy from oil, gas, and coal has made life much easier than it once was. Life expectancy and world population has increased exponentially as a result. Energy consumption per capita is almost directly correlated with the level of development and standard of living around the world. I think that the “oil deniers” in our country truly believe that to give up fossil fuels means giving up the standard of living we’ve all become accustomed to. This is an extremely short term view of the cost benefit decision we make when we choose to consume fossil fuels with abandon. We have alternatives available today even if it means walking or riding a bike for short trips instead of taking the car. As consumers, we can vote with our dollars for fuel efficiency, biofuels, electric vehicles, wind, geothermal, and solar energy. We can vote at the polls for representatives that support our choices. The transformation will not take place overnight but one day future generations will look back on 2010 as the year we turned the corner and turned our back on fossil fuels.

Carlo Luri is the General Manager of Bently Biofuels in Minden, Nevada. While he fuels his car with biodiesel made from used cooking oil he is under no illusion of being free from the addiction to fossil fuel. He can be reached at carlo.luri@bentlybiofuels.com or 775-720-0754.

We’re excited to announce that GReNO’s Volume #5 is currently in distribution for your reading enjoyment throughout Reno.

You can also download your free PDF copy here!

By Christal Padilla

Six years ago when I bought my current car I really wanted a hybrid vehicle.  Unfortunately the wait for the then-newish technology was 20 months (give or take) and my car at the time would not last that long.  So, I got the next-best thing in a fuel-efficient vehicle with just enough room and cargo space for our family.  I have often wondered if, environmentally speaking, I should trade in my decent vehicle for a more virtuous hybrid now that they are more readily available.  However, financially-speaking, my car is paid off and our expendable income is a bit, let’s say, less expendable, these days.

So, how can you be greener (or ish) if you can’t afford to buy a new vehicle, or simply can’t squash your family and all their soccer gear, dance shoes, groceries and pets into a Prius or Insight?

Well, here’s the good news according to Andrew Davis of the Environmental Transport Association, a UK organization that studies environmental transportation issues: “Of all the main environmental variables involved with buying a car . . . it is the length of time a car is kept that is crucial. . .”  Davis’ point is that whatever kind of car you have, you should keep it for its entire useful life, as each day you own the same vehicle essentially lessens the carbon footprint used to plan, produce and transport that vehicle.

Davis also adds that “how and when you drive is far more important than what type of car you buy.”  Regardless of what vehicle you drive as long you maintain it and drive it efficiently, you can reduce your pollution contribution.  He is referring to “hypermiling” which means, simply, maximizing gas mileage through a combination of adjustments to one’s vehicle and one’s driving habits.

So, what exactly is hypermiling, you ask? First, it is important to make sure your vehicle itself is running as efficiently as possible by tracking your gas mileage, keeping it tuned up, making sure your tires are inflated properly, getting rid of extra cargo and removing roof racks and bike carriers when not in use.  Secondly, you need to change how you drive.  This is the hard part, trust me.

Full disclosure: I have always been a fast driver.  Just ask my high school Driver’s Ed teacher who named me lead-foot Smalley the first day of instruction.  Also, I am nearly always in a hurry and am usually distracted on some level while driving.  This is not good, I know, but it is not uncommon either.  When child A gets out of school at 3:30 and child B has dance lessons at 3:45 clear across town, some of the techniques required to hypermile seem impossible.  However, over the last month, I have made a genuine attempt with increasing levels of success.  According to fueleconomy.gov my car should get an average of 27 mpg and I have been able to increase that on average by about 6% to 28.65.  Not the 30% that some say is possible, but it’s a start.

Generally, fuel economy is maximized when acceleration and braking are minimized. So hypermilers attempt to anticipate what is happening ahead, and drive in such a way so as to minimize acceleration and braking, and maximize coasting time. Idling for any reason is to be avoided because, guess how many miles per gallon you get when you are standing still?  That’s right, zero (this means no drive-thru folks). Hypermilers believe that they can even lessen congestion with well-timed application of the techniques.

To hypermile you:

1.     Use your cruise control for highway driving whenever possible.  A consistent speed will net better miles-per-gallon.

2.     Accelerate slowly.  It is recommended that you push down the gas pedal no more than half an inch when accelerating.  Warning – this can seem maddeningly slow if you are not used to driving this way, and people behind you won’t like it.

3.     Don’t drive aggressively.  Mashing down the gas pedal which floods the engine with more gas than is really needed, then slamming on the brakes, negating the momentum you just used that gas to achieve, is truly the least efficient way to drive.

4.     Coasting to a stop or into a slowdown is ideal.  This way, you are using the momentum you already gained, instead of more fuel only to stop or slow down using your breaks.  This requires that you pay attention, think ahead, and observe a fairly large following distance.   This, by the way, is impossible when talking on your phone, yelling at your kids, or going over your to-do list. Again, people behind you aren’t going to like it, so toughen up and ignore those tailgaters.

5.     Don’t speed.  Gas mileage decreases dramatically over 60 miles per hour and the faster you drive the less likely you will be able to anticipate slowdowns and stops, making braking more necessary.

6.     Be courteous to your fellow travelers.  Not allowing other cars to merge may seem like the best idea when you’re in a hurry, but it only makes the other drivers behave more aggressively, leading to people cutting each other off and thus, more brake slamming.  Traffic congestion is not only caused by how many vehicles are on the road, it is directly affected by how those vehicles are being driven.  If everyone could merge and move along smoothly the daily slowdowns would be much shorter and a lot less frustrating.

7.     Avoid driving during peak traffic hours.  Obvious, but easier said than done.

These strategies, like many environmental tactics, are fine when one person uses them, but their effects grow exponentially as more people join in.  For example, if, let’s say, one-third of the people on the Reno freeway at rush hour practiced hypermiling, then congestion would be reduced, allowing smoother merging and less need for quick braking, thus increasing fuel economy for everyone as a whole. This then would reduce demand for oil, which we know is a major environmental problem.  And, similarly, if enough people kept their vehicles for their full useful life, demand for new vehicles would be reduced, saving vast amounts of precious resources and keeping more cars out of landfills.

So, I’m going to continue my efforts to hypermile and keep my car as long as it will cooperate.  And maybe when I need a new vehicle, alternative fuel technology and local public transportation will have made such great advances that my choices will be more and simpler.  Come on and join me.  I’ll give you a friendly wave instead of a fist shake when I see you slowly coasting to a stop.

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by David Gibson and Tamara Wright

It is time to train a new labor force if we are to develop and sustain a green economy in Nevada. Nevada has people who are ready and available to work, the products and systems to install, and the ability to position itself to be a leader in green industries, but education is crucial.

Many of Northern Nevada’s high school graduates will be entering the working world in June with a national unemployment rate of 9.7%. Nevada’s unemployment rate is 13.4%, the worst in state history, and currently second highest in the nation – 2nd only to Michigan!

If we are going to succeed as a state we must place a level of urgency in our plans, focus our energy on collaboration, and work together to educate the children and re-skill adults.

Workforce training is essential to shift the local economy and to bridge gaps that exist between industry sectors, education programs, and market demand.  If we focus education dollars on program development strategies we can begin to bridge some of these gaps.

Recently, Nevada’s Department of Employment, Training and Rehabilitation was awarded several grants for workforce training, some of which can be used for green jobs.

One example is the State Energy Sector Partnership Training Grant, providing $6 million to teach workers the skills required in emerging industries, including efficiency and renewable energy.  The grant will be used to create an integrated system of education, training and supportive services that promote skill attainment and career pathway development for low-income, low-skilled workers leading to employment in green industries.

Northern Nevada’s higher education system is rising to the challenge as well. Truckee Meadows Community College (TMCC) offers an Associate of Applied Science degree in Renewable Energy to prepare students for jobs in solar, wind, geothermal and energy efficiency.  University of Nevada, Reno (UNR) has created a Renewable Energy Center that “will focus efforts and coordinate programs for competitive research with plans to increase Nevada’s national stature in the renewable energy field.”  UNR students can also earn a minor in Renewable Energy through the Engineering Department.

Over the last few years several non-profit organizations have also begun to work with educational institutions, collaborating to bring about real change in our students’ experience of sustainable practices and future possibilities.   GREENevada Schools, is a new partnership with a mission to grow resources for environmental education in Nevada schools. GREENevada is a partnership between six organizations that are committed to making schools sustainable, believing that “every school can be green and every child can learn global responsibility through local example. Together, we can change the way students learn.”

Below is information on some of the groups involved in the GREENevada Schools’ effort and what each organization is doing to bring about systemic and sustainable change:

Envirolution has recently started Project ReCharge, a service-learning program for middle and high school students, which provides an opportunity for students to learn about building science, energy conservation and green careers while being empowered to take actions to reduce their school’s environmental impact. Students conduct a supervised energy audit of their school before creating a final report of cost-saving recommendations, which they present to school officials while emphasizing cost-effectiveness and available incentive programs.  The project also demonstrates to students how they can save energy at home. www.envirolution.org

Urban Roots has been actively working with elementary school children for the last nine months changing the way kids eat and learn through place-based gardening and seed-to-table education.  www.urgc.org

Black Rock Solar provides schools with educational field trips, consultations for solar installs, and on-the-job training in the field of solar.  www.blackrocksolar.org

Sierra Nevada Journeys engages students in science and outdoor education while developing problem solving and critical thinking skills. www.sierranevadajourneys.org

NV Energy and the Desert Research Institute (DRI) created GreenPower to support the education of K-12 students in Renewable Energy and incorporating conscious living practices into their daily lives. www.nvenergy.com and www.dri.edu

Collaboration is the key to success and we have the start to great future! If we are successful, we will look to these moments as the foundation of the Green Economy in Nevada!

David Gibson is currently an AmeriCorps VISTA for Envirolution working on energy conservation service-learning programs.  He has a degree in civil and environmental engineering and is a LEED Accredited Professional for building design and construction.

Tamara Wright, LEED AP, has a background in architecture, sustainable environments and community.   Since coordinating the Women in Green Jobs roundtable for the Department of Labor, she has been working closely with Envirolution to expand their programs relating to green economic development and green jobs.

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