Wicked

Next month we get to go see Wicked again. This will be our fourth time and we’re stoked.

Next month we get to go see Wicked again. This will be our fourth time and we’re stoked.
Today I looked at my blog and I says to myself, “Dave, you need a post with an entertaining picture.” As I was at the library returning An Inconvenient Truth (which was inconveniently two days overdue) I saw the following display:

Clearly, we need alternative energy sources to cut our dependence on foreign oil, reduce pollution and save on energy costs. But I’ve been pondering lately about how there probably won’t be some revolutionary new alternative energy source that takes the world by storm and is used everywhere.
Wave energy is being developed in Oregon that, by using about 10 square miles of sea water, will be able to supply power to the whole state. Wind power will be used in Oaklahoma (as the it comes rushing down the planes), and solar energy will be used throughout the southwest. Instead of building cookie-cutter subdivisions everywhere that all look alike and are made of the same materials, I think we should take a cue from generations past. They didn’t build all their houses the same way. People in New Mexico use adobe-style houses because they are made from readily made materials and keep their homes cool. Hybrid indoor/outdoor houses work in warm and tropical locations when the weather is fairly consistent year round and allow for more natural air circulation, thus reducing the need for using AC as much. We can’t make enough ethanol to supply our oil needs, plus it often uses material that could be used to feed the starving masses. Not very ethical. Gas-electric hybrid cars (such as the Prius) require expensive batteries that will, eventually, loose their ability to hold a charge and are still relatively expensive. The same problem exists with 100% electric cars. Solar panels aren’t at the point yet where they can power a home in most cases, let alone a car. So let’s stop waiting for some cure-all to our environmental problems, and start acting on the technologies that are already available. THE POTENTIAL CURE-ALL The way I see it, the “magic solution” to our energy problems is the practical production of hydrogen. If these guys are legit, they may prove the title of this posting wrong. If hydrogen (or, in this case, aquygen) can be produced at a rate of 1,500 liters in one hour for 70 cents of electricity, it would completely revolutionize the way we get our energy. It can (could, whatever) run cars, heat our homes, power turbines to create electricity, etc. etc. etc. Anyway, those are my current thoughts on energy. Readers (all six of you), I’d be interested to hear your thoughts, particularly on the hydrogen link video.Did you know that according to this government website only 15% of the gas you put in your tank goes to moving you down the road and running things like your headlights and AC? 64% of the gas you put in your car is wasted thanks to “engine losses”.
Engine losses? Are you kidding me? We can put a man on the moon and launch sattelites that can read the time off your watch but we can’t figure out how to design an engine that’s more than 15% efficient? I find that very hard to believe. (Any big oil/auto industry conspiracy theorists out there?) Here’s an earth-shattering idea: let’s make a law that says cars have to be, oh, I don’t know 30% effecient within 5 years and 50% effecient within 10. Imagine the impact be if all cars doubled their fuel effeciency! Don’t worry about the discovery, production or distribution of a new fuel source (although we should still be working on that), just make more efficient use of what we already have. Hey! Rich Guys Auto Industry Guys! Instead of designing self-parking cars and in-car DVD players for the kids, maybe you should work on designing a gas engine that doesn’t suck gas, because no matter which car you look at, knowing that it’s only using 15% of the fuel you put in it means the Prius should be getting 400 mpg, not 60.