Rethink the Drink started in 2010 with a simple concept: provide schools with an alternative to single-use plastic water bottles and see if habit change followed. Four years later, we are proud to report that habit change is indeed possible. There are now 39 water refill stations in schools and community facilities across Santa Barbara County, and they have been used more than 870,000 times. Creating a single plastic water bottle emits 2.6 pounds of carbon dioxide, thus the amount of carbon dioxide emissions mitigated by our refill stations is more than 2 million pounds.
We are proud to report 37,364 people attended Santa Barbara Earth Day this year! It's beyond inspiring to see so many people gather to share information, participate in community building, and celebrate this year’s theme “Local Roots,” which encouraged meaningful actions to help make a global impact. The festival was organized around the CEC’s five initiatives: Drive Less, Choose Electric, Go Solar, Ditch Plastic, and Eat Local.
With funding from local foundations, CEC's Rethink the Drink program has installed 16 refill stations on local elementary, junior high, high school and college campuses since the beginning of 2010. As of this month, schools have used the stations a total of 230,239 times and have dramatically reduced their use of disposable plastic water bottles.
Santa Barbarans are leading the way in the clean energy movement. We've met locals who are installing solar panels on…
Last year, the Rodriguez family purchased its first home. As with many houses in Santa Barbara County, it was not…
Kristin does not own the place she lives in. Like many other residents in Santa Barbara, she is a renter,…
When Moby-Duck author, Donovan Hohn, heard about the mysterious loss of 28,800 bath toys at sea, he figured he would interview a few oceanographers, talk to a few beachcombers and read up on Arctic science and geography. Little did he know that he would be pulled into the mixed-up worlds of renegade beachcombers, Alaskan non-profit politics, Chinese toy manufacturers, and a massive environmental problem.
A buzz was in the air and Coffee Cat was teeming with people on Saturday, January 21st. We put the…
I have quite a bit of experience with solar systems in terms of remote telecommunications facilities where utility power isn't practical. These involve large battery banks and over-engineering to ensure reliable power for radio, microwave, and telephone relay stations that need to be up 24/7.
So, the idea of a solar system in a suburban area with plentiful utility power didn't make sense to me at first. Electricity is readily available at reasonable rates. It would be satisfying but not practical to pull the plug on Edison.
Then, I stumbled across a mention of solar "co-generation" on Southern California Edison’s website. Co-generation is when a customer connects a source of power such as solar or wind into the electric grid. With solar, California supplies a rebate to pay part of the cost, and the federal government provides an additional tax credit.
On further research I found the idea of co-generation kind of exciting. I can use the entire utility grid as my energy storage. I don't need a battery and I don’t need to design the system any bigger than my load.
I was also considering my electric vehicle (Chevy Volt). I decided the convenience of the 240-volt charger was worth it. Rebates cover half the cost of the charger and installation. If I came home from a day trip with a depleted battery I could plug in for a couple of hours and then go out to dinner on electricity. However, the Volt would be away from home when my solar panels would be generating power from the sun.
With co-generation, I just produce more power than I need when the sun shines, feed it to Edison, and then pull power from Edison at night to run my home and charge the car. I also switched to a rate plan that gives me much lower electric rates at night and credits me at higher rates in the daytime when the sun is shining and I'm producing electricity. Some friends were predicting that the Volt would cause my electric bill to skyrocket –ha!
As luck would have it, I have a great roof for solar. It is south-facing and doesn't have any vents or obstructions. I had enough area to install panels that could generate about 4kW peak power. I'm good with my hands and have a lot of experience with wiring and electrical things. My initial plan was to install the solar as well as the level 2 car charger myself.
I quickly changed my mind about installing the solar because I'm not comfortable with the permit process and roof penetrations kind of scare me. I shopped around and chose Coastal Constructors to provide the hardware, do the mechanical work and take care of the permit paperwork. They did the wiring at the same time as they wired the charger, and everything passed inspection. Modern panels are a lot better looking than the earlier ones. I'm very happy with the appearance as well as the performance.
Another modification I considered was the inverter systems. Most grid-tied systems connect a number of panels in a series string to produce high-voltage DC, and then put in a large wall-mounted inverter to convert this to conventional AC power. I was not excited about this design. A fault in one panel can bring down a whole string. Due to the high DC voltages, the wiring is complicated.
I discovered a company in the Bay Area, Enphase, that does things differently. They manufacture micro-inverters. Each micro-inverter handles the output from one solar panel. One mounts underneath each panel and they connect in parallel. If one panel or inverter goes bad, the rest of the array keeps going. The DC wiring is low-voltage and needs no conduit.
In addition, my solar system has its own website that not only shows real-time and historical data for every panel, but can also alert me if there's ever a problem. If there's debris such as bird droppings on or an electrical problem affecting one panel, the other panels are not affected, and I get an email describing the issue and showing me which panel is in trouble.
It's now been in service for almost 10 months. I've ”banked” a bit over 6 megawatt-hours of electricity with Edison. Carbon offset a bit over 4 tons. Every month since installation I've produced more electricity than I've consumed. Not only am I driving on daylight, I'm powering my house with it and even providing solar energy to my neighbors via the grid-tie.
Kermit was wrong. It's easy being green. Take a look at my solar production >
Do you recall the story of the young boy trying to get a stubborn donkey to pull his cart? Rather…
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Suppose you had dinner guests whose trip to your table covered thousands of miles and took several weeks. Surely that would represent a special occasion, and you would probably forgive them for being a bit listless and travel weary from their journey. You might even overlook the large energy expenditure and carbon footprint it took to reach you. But what if this situation was repeated every day, for every meal? That would be crazy, right?
Indeed it would be crazy, and yet that is very nearly what happens in the average American household. Only it's not dinner guests that travel great distances, but rather the food itself. The typical meal item originates more than 1,500 miles away and spends weeks or more being processed, packaged, shipped, and stored before ever reaching your plate. Are you willing to forgive listless, travel-weary food that has a large carbon footprint?
My wife Gina and I decided we are not willing, and so for the last few years we've been eating a more local, environmentally-responsible diet. In fact, we just spent the month of October participating in the Eat Local Challenge, with a goal of eating only foods grown or produced within 100 miles of our Goleta home. The following is an accounting of all the food we ate, where it originated, and some reflections on the experience.
The ultimate in being a locavore is to walk out into the yard and gather some food just moments before preparing and eating it. We have a productive, healthy garden which provides roughly half of our fruits and vegetables, along with abundant eggs from our happy chickens! From just outside our door we have apples, oranges, tomatoes, garlic, peppers, herbs (rosemary, time, oregano, cilantro), squash, carrots, lemons, figs, strawberries, lettuce, cabbage, beets, chard, and eggs. We also had blueberries harvested in the spring and stored in the freezer (powered by rooftop photovoltaic panels).
The next best source of local food is the Farmers' Market, and we are fortunate to have good ones every week here on the south coast. During October we patronized those growers with farms within 100 miles. From them we bought almonds, grapes, squash, carrots, lettuce, potatoes, dry beans, onions, broccoli, cauliflower, strawberries, avocados, walnuts, spinach, corn, peppers, and leeks. We also had local free-range beef and chicken, as well as cheese made from the milk of Santa Barbara county dairy cows. We used Santa Ynez honey the entire month instead of sugar, and twice we bought bread made by the Solvang Pie Company using locally-grown wheat.
We did visit grocery stores a couple times during the month, and in particular, the Isla Vista Food Co-op was a great surrogate when we missed the Farmers' Market. From them we bought locally-grown lettuce, broccoli, and apples, as well as wine and olive oil made in Santa Barbara County.
Exceptions to the rule
I must confess that we had some "cheats" or exceptions to the 100-mile rule. We got milk and yogurt from the Straus Family Creamery, an organic dairy in Sonoma County. They use returnable glass bottles, thus cutting down on wasteful packaging. We allowed ourselves a few other small indulgences with local connections: coffee from Handlebar Coffee Roasters in Santa Barbara, tortillas and chips from La Tolteca, and ice cream from McConnell's. We also made an exception for spices and condiments, although you might think our definition of a condiment was a bit liberal... for example, parmesan cheese and caramel sauce fell in this category!
Gina and I choose to eat local for many reasons. We believe the industrial food system is too reliant on toxic chemicals and fossil fuels, so we prefer to support local farmers and ranchers who practice environmentally-responsible agriculture. There is something comforting about buying a piece of fruit directly from the farmer who grew it, knowing that it was picked recently and only a few miles away.
We also found during October that we had significantly less trash because very little of our food had packaging. Our meals didn't come from a box or jar with a lengthy ingredient list; instead we prepared everything from scratch. It took more planning and time, but the end result was worth it. Ironically, our food budget during October was lower than normal, primarily because we eliminated junk calories and processed foods, and we never wasted leftovers. Eating local doesn't need to be more expensive.
Modern society has become disconnected from food in many ways. People don't really know what they are eating and how it got to their table, and yet the negative impacts on health and the environment are profound. Choosing to eat local is a major step in the right direction. It reconnects us with our food, and perhaps most significantly, the food tastes better!
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