Editor,

As I look at the garbage and recycle containers as I walk around the neighborhood, I notice that they are mostly full of air. By air I mean that there is mostly empty space in the container. So I thought, what would the size of my garbage and recycling be if I compressed all the air out, or at least as much as possible. To my surprise, it was about a 50% reduction in volume. The weight stayed about the same.

Recommended for you

Recommended for you

(1) comment

John Baker

While this sounds like a simple solution, the fact is that garbage trucks already have compacters built in, which squeezes the air out as Bob said. So there would be little to no size in the size of trucks -- trash companies want them as big as possible so they can finish as large a route as possible before returning to the transfer station.

Welcome to the discussion.

Keep the discussion civilized. Absolutely NO personal attacks or insults directed toward writers, nor others who make comments.
Keep it clean. Please avoid obscene, vulgar, lewd, racist or sexually-oriented language.
Don't threaten. Threats of harming another person will not be tolerated.
Be truthful. Don't knowingly lie about anyone or anything.
Be proactive. Use the 'Report' link on each comment to let us know of abusive posts.
PLEASE TURN OFF YOUR CAPS LOCK.
Anyone violating these rules will be issued a warning. After the warning, comment privileges can be revoked.

Thank you for visiting the Daily Journal.

Please purchase a Premium Subscription to continue reading. To continue, please log in, or sign up for a new account.

We offer one free story view per month. If you register for an account, you will get two additional story views. After those three total views, we ask that you support us with a subscription.

A subscription to our digital content is so much more than just access to our valuable content. It means you’re helping to support a local community institution that has, from its very start, supported the betterment of our society. Thank you very much!

Want to join the discussion?

Only subscribers can view and post comments on articles.

Already a subscriber? Login Here