Nothing transforms an item, a room, or a whole house like a fresh
coat of paint. It's fairly
easy, somewhat inexpensive, and generally doesn't require too much clean-up. Unless you are an expert in gauging exactly how much paint you will need or you are incredibly lucky, most of us always have some paint leftover. How are these half-full cans of paint disposed of properly? Well that depends on what type of paint you used.
The two types of paint available are water-based
and oil-based. Water-based paint, also called latex paint, was invented
in the 1940's in Canada, using the resin from
a rubber tree as a binder. The binders that are currently used in latex paints are
made from synthetic polyvinyl acetate resins and styrene
butadiene, along with other synthetic binders. Clean-up after using latex paint is easily done with soap and water.
With so much information on recycling available at the touch of a button, some of it being erroneous, it’s no wonder that myths come about. Once these myths circulate for so long, they tend to become viewed as reality. Between these myths and excuses for not recycling, they drag down the number of households participating in a recycling program.
Let’s delve into the excuses first, then tackle the myths. Some people just plainly do not want to recycle. They don’t want to mess with it, don’t think it’s beneficial, or just plainly don’t care. Some myths and excuses, however, come from misinformation and lack of proper recycling education.
Since when has talking trash really paid off for you? Since now! With Borden Waste-Away’s new Talkin’ Trash referral program, it can pay your trash bill! Our new referral program is so easy you can’t help but get free trash service.
Simply tell all of your family, friends, neighbors, people on the street, in the grocery line, (you get the idea) about your competitive prices and great service with Borden Waste-Away Service and encourage them to sign up. When they do, you BOTH get a month of service FREE! What could be easier?
“What do I do with these old tires?” One of the most popular recycling questions ever asked. Our best advice to you is to go to your local tire dealer to dispose of them properly. Tire dealers usually take unwanted tires for around $1.50 - $2.00 per tire, then turn them over to authorized recyclers.
“Rubber is difficult to recycle due to the procedure known as “vulcanization,” which it undergoes to attain its springy, flexible nature. Vulcanization is a curing process that involves adding sulfur to rubber, which creates stronger bonds between the rubber polymers. Due to the vulcanization method, tires are difficult to melt for reuse and are therefore typically broken down by a mechanical process.
Eight glasses of water a day? In today’s fast-paced society, how often are we near a glass and a kitchen faucet? The obvious answer to being able to drink this much water a day is, of course, is the ever-popular water bottle. It is estimated that, “every 27 hours Americans consume enough bottled water to circle the entire equator with plastic bottles stacked end to end. In just a single week, those bottles would stretch more than halfway to the moon — 155,400 miles.”*
If we really sat and pondered all of the products we use every day containing plastic, we would be astonished to find out that it’s a far shorter list of thing that do not contain any plastic material. Plastic, in itself, has so many benefits. Lowered production costs, lighter weight, ease of portability are just a few. But what about the drawbacks of so much plastic in our environment?
Storm drains are drainage systems that collect rain water and melted snow that doesn't soak into the ground. Their main function is to keep streets and roadways from flooding.
Rain, melted snow, and any other water that is allowed to go down a storm drain flows directly into nearby streams, creeks, and lakes, eventually ending up in the ocean.
Unlike water that goes down the drain in your house to the
sewer or your city's waste water treatment plant, water that flows into storm drains is not treated or filtered
for pollutants.
