How the world’s most efficient greenhouse-gas-emitting factories can reduce CO2 emissions

Greenhouses can emit more CO2 than they produce.

Here are five ways to keep the trend going.

article The first-generation greenhouses, built to produce electricity for a few years, were built in the 1970s, but they’re now almost universally used.

Today’s industrial greenhouse-gases-emitters, however, are mostly small industrial plants, which require more space, more machinery and energy, and are more expensive to produce than the previous generation.

One reason is that they have to use more energy to get the same amount of carbon dioxide out of the air.

The second reason is the large number of energy-intensive plants in the field.

As the number of power plants in a country doubles, it takes more energy for the plants to run the same number of cycles.

For example, in Japan, the country with the most industrial greenhouse gas-emissions per capita, the total energy output of the plants doubles.

And, in the United States, the average plant produces about 8,500 kilograms of CO2 a year.

“There’s an increasing need for large-scale plants to capture CO2 at the point of use,” says James Dyer, director of the Center for Energy and Environmental Economics at the University of Maryland.

“It’s an important trend to note.”

Dyer is the author of “Greenhouse Gas Emissions in the U.S.,” a report for the International Energy Agency.

His research is published every other year.

His main finding is that the world is becoming more efficient with its greenhouse-greenhouse-gas (GHG) emissions.

Greenhouses that produce electricity from solar and wind are becoming more and more efficient, but the most efficient, most efficient technology right now is a huge power plant.

Dyer says that with the growth in the number and size of plants, the energy they use and their price, it’s a very cheap way to reduce the amount of greenhouse-geases-produced CO2.

This is because plants like windmills are more efficient at capturing CO2, Dyer said.

But they’re also more expensive.

Dyers calculations show that the cost of the power plant in China, the world leader in green-house-gase emissions, has fallen from $300 per kilowatt hour (kWh) in 2000 to $10.15 in 2012.

He’s not sure why, but Dyer thinks it’s because of subsidies for renewable energy, which are coming to an end.

Renewables have become so cost-competitive that they’re replacing power plants, Dyers said.

It’s becoming cheaper to capture and store CO2 now.

So if the price is so low that people can make a profit, that’s a good thing, he said.

“The next step will be to find ways to do things more efficiently,” he said, “that are not as costly as we would have expected to be using electricity now.”

The report includes some charts, too, showing how much energy each plant produces per year.

China produces the largest amount of CO02, accounting for 40 percent of the total.

It has the second-largest share of greenhouse gases, with 19.2 percent.

The United States produces the smallest amount, accounting at 1.6 percent of CO22 emissions.

Most of the CO2 produced by the industrial plants in China comes from the power plants that produce the electricity.

Most industrial greenhouse gases come from natural gas, which is extracted from shale gas and oil deposits.