While routinely searching the web for interesting energy stories I came across a headline stating that an investment shift will lead to the algae biofuel market increasing 43.1% annually over the short term. This is great news, I think…wait, I actually have no idea what impact the algae biodiesel market has on our search for alternative fuels. With that said, it is about time to learn a little bit about biofuels and biodiesel as an alternative to petroleum fuels. Considering that algae garnered my initial interest I focused on the fuel that can be created from this seemingly unimportant pond scum.
Algae could be powering our diesel engines in the near future.
According to HowStuffWorks.com, “biodiesel is an alternative or additive to standard diesel fuel that is made from biological ingredients instead of petroleum (or crude oil).” In the case of algae, the oil is extracted from the plant through a process called transesterification. “In this process, the fat or oil is first purified and then reacted with an alcohol, usually methanol (CH3OH) or ethanol (CH3CH2OH) in the presence of a catalyst such as potassium hydroxide (KOH) or sodium hydroxide (NaOH). When this happens, the triacylglycerol is transformed to form esters and glycerol. The esters that remain are what we then call biodiesel.”
Ok, enough technical talk for today. Here is a list of the most interesting things I discovered about biodiesel.
- History – Rudolf Diesel envisioned vegetable oil as a fuel source for his engine in the early 1900′s. He actually demonstrated his peanut oil powered engine at the World Exhibition in Paris, France. Henry Ford also expected his Model T to run off ethanol, a corn oil.
- Algae as a fuel source was first explored in 1978 under President Jimmy Carter.
Biodiesel created from soybean is one of the more popular biofuels today
- Biodiesel can be created from a variety of natural sources, including soybeans, flax, mustard, rapeseed, sunflower, palm, hemp, jatropha, pennycress, algae, animal fats, and waste vegetable oil.
- One acre of algae can produce 100,000 gallons of oil per year – HowStuffWorks.com states that “a 100-acre algae biodiesel plant could potentially produce 10 million gallons of biodiesel in a single year. Experts estimate it will take 140 billion gallons of biodiesel per year to completely replace petroleum-based products. To reach this goal, algae biodiesel companies would need about 95 million acres of land to build biodiesel plants.” In comparison , with other biodiesel (corn or soy) we would need billions of acres to replace petroleum.
- Creating biofuel from algae also reduces carbon dioxide pollution. Algae consumes carbon dioxide during the biodiesel production process leading to algae biodiesel manufacturers building their plants near energy manufacturing plants that release a lot of carbon dioxide.
- Alternative Biodiesel – Can coffee grounds be processed as a biofuel? According to researchers at the University of Nevada-Reno, coffee grounds can contain up to 20% oil. After some processing, the oil from these grounds meet the standards set by the ASTM International(American Society for Testing and Materials) for biodiesel. They estimated that if all the waste grounds generated by the world’s coffee drinkers were gather and reprocessed, the yield would amount to 2.9 million gallons of diesel fuel each year.
- In addition to biodiesel, algae can be used to produce hydrogen and biomass, two other fuel sources. It can also be used as nutrient rich food source, a fertilizer, a stabilizing agent, and a pollution control substance.
Doesn’t look the best but gets the job done
- U.S biodiesel production is growing rapidly – From 28 million gallons in 2004 to 245 billion gallons in 2006. The study that grabbed my interest came from SBI that expects algae biofuels to see market growth of 43.1% annually.
For more information on algae biodiesel I would recommend visiting the How Stuff Works comprehensive guide on all things biodiesel – How Algae Biodiesel Works.
Also, check out this nice video from the U.S. Department of Energy:
Each and every day we come across some very interesting goodies on the World Wide Web. Each week we will compile our favorites right here so you can share in some of that goodness. Here is Volume 1 for your viewing pleasure!
- Terracycle - we did a spotlight (found here) on this wonderful company recently and love what they are doing. They are signing people up to collect anything from pens to juice boxes to candy wrappers to cork to cell phones to key boards and back again. They pay for you to ship it to them and then they “upcycle it” (turn it into a cool new product or material). For example here is a large tote bag made entirely from used Capri Sun drink pouches and here is a short video with the founder and CEO of Terracycle, Tom Szaky.
- PlanetSolar- The logbook of the crew with the goal to be the “first to circumnavigate the globe in a “solar” boat, i.e. one driven by a silent, pollution-free electrical engine powered exclusively by solar energy.”
PlanetSolar team navigating near Monaco
- Solar Power is not just for your roof anymore. Within the next five years expect to see it popping up in your siding, windows, walls, and more. Installed building integrated photovoltaic technology is predicted to exceed 1 gigawatt by 2016.
- Solar Roadways - An awesome documentary clip explaining the research and development of solar roadways. I encourage you all to watch!
- And finally, in light of the recent success of The Muppets…
Kermit the Frog reminds us all to "be green" and recycle!
Filed under Carbon Footprint, Cell Phone, Conservation, Department of Energy, Energy Efficiency, Environment, Green Technology, Innovation, NAHB, Recycled Materials, Renewable Energy, Solar, Upcycle
This past Tuesday, I was invited to a screening of the documentary Y.E.R.T.(Your Environmental Road Trip) at California Center for Sustainable Energy. It was an inspiring film and I thought I’d share clips from the flick that I can’t stop thinking about. First up…SOLAR ROADS!
Bennet – PNS Energy
We try so hard to be responsible and only buy things that come in recyclable containers and packaging. But what do you do with the hard to recycle stuff or the things no one will take?
I found this great company, Terracycle, that is trying to eliminate the whole idea of waste. They are signing people up to collect anything from pens to juice boxes to candy wrappers to cork to cell phones to key boards and back again. They pay for you to ship it to them and then they “upcycle it” (turn it into a cool new product or material).
Here’s an example of a cool upcycling project. Terracycle created the Drink Pouch Brigade. They collected over 50 million drink pouches and turned them into upscale items like tote bags and Christmas tree skirts. Over a million dollars from the sale of those items went to schools, charities, and nonprofits. Not bad.
The Terracycle Tree-Skirt
In 2010 Terracycle set up what they called a “pop shop” in New York City’s Port Authority – a place where anyone could drop off hard to recycle items and buy upcycled items. That is spreading some goodwill!
Pop-Up Shop in NYC Port Authority
This blog post features a new product we have been messing around with at the office for the past few weeks. I will give you a quick review of our experience with the K3 Wind and Solar
Portable Device Charger.
The K3 Charger sun-bathing
The first thing I noticed was the K3 is very easy to operate; just set it out in the sun during the day and let the elements do all the work. When you need a charge on your device and do not have your wall charger with you or you are away from an outlet you simply pull the cord out of the built-in storage area, then plug into the USB port on the charger, finally plug in the correct tip to your phone and watch as your device charges up (according to the instructions you are supposed to give it a full charge from the wall first).
According the the K3 website, the charger is “ideal for mobile phones, iPods/mp3 players, iPhone, smartphones/PDAs, portable gaming devices, GPS units, digital cameras, Bluetooth headsets, and more.” I intend to use mine mostly as a supplemental charge for my cell phone.
The design of the K3 allows you to prop it in many different posistions to take advantage of the the angle of the sun. I also found a good way to put the K3 in the back window of my car. I drive with the windows down most of the time so the wind turbine can work on my commute.
Propped up to take advantage of the sun-angle.
One negative thing that I accidentally found out was when I made the mistake of falling asleep with my phone plugged in to the charger and woke up to a dead battery in th K3. This made me use the wall charger once again to refill the K3, thus eliminating the benefits of using the sun to power my cell phone. I also figured out that if I want a good charge from the K3, it needs to be fully charged from the sun, wind, or wall before plugging it into your device. I tried to charge my phone with a half full battery in the K3 and it didn’t last very long.
The K3 Charging a Phone.
Overall, I recommend the K3 Charger as a good, quality, portable mobile device charger. I can’t wait to take it with me on my next camping trip – I’ll no longer have to worry about conserving my cell phone battery!
featuring the K3.
Positives: Durable, Wind AND Solar, USB port and multiple tip options, LED lights show battery life, Looks cool(there is also a black color option), Unique
Negatives: A little bulky, takes more time to charge than expected, relatively short phone charging time.
Ideal Uses: Camping, car travel, take it to work for that “mid-day boost,” backpacking, etc…
Two color options for the charger.
Filed under Carbon Footprint, Cell Phone, Cell Phone Battery, Conservation, Department of Energy, Energy Efficiency, Environment, Green Technology, Innovation, Outdoor Adventure, Parks, Renewable Energy, Solar, Uncategorized