waste stream

"It may work better if we do not have to deal with other parts of the waste stream."

"Since 1960, the waste stream has been growing faster than the population."

Batteries which are sold now will not come into the waste stream for more than 16 years.

That's not much room for a national solid waste stream of 180 million tons a year.

Composting and reducing the waste stream could help, but not enough.

Calculations for 1997 show that figure is 53 percent of the projected waste stream.

At the same time, these facilities reduce the volume of the waste stream by 90 percent.

This form goes through the same process of consideration as for any problematic waste stream.

Deviations from the hierarchy for specific waste streams are possible.

However, it is also the fastest growing part of the municipal waste stream.

At present, recycling can remove about 20 percent of the trash from our waste stream.

Many of you mentioned that this is the fastest-growing waste stream.

Taking the small trees out of the waste stream lowers the city's disposal cost.

The problem occurs as the heat content of the waste stream varies.

"But it's a maturing industry, and we're beginning to see significant waste streams coming from it."

Of course, not recycling puts that much more trash into the waste stream.

Containers and packaging make up one-third of the waste stream.

This problem is additional incentive for keeping such materials out of the waste stream, he said.

Aluminum is the most valuable material in the solid waste stream.

In addition the process can handle other sulfurous waste streams.

Food is the single largest waste stream that ends up in landfills.

Electronic products make up the fastest-growing portion of the waste stream.

We want to prevent significant amounts of mercury entering the waste stream.

It is a very complex waste stream that includes several hazardous substances.

To understand this waste stream, think about the manufacturing process: