Fluidized bed combustion is commonly used to burn petroleum coke.

Fluidized bed combustion also reduces the amount of sulfur emitted by power production.

In the mid 1970's, this was the first commercial power plant to use fluidized bed combustion to fire its boilers.

This is used for fluidized bed combustion, chemically reacting the gas with the powder.

Fluidized bed combustion adds lime to the fuel during combustion.

It is the nation's largest commercial-scale boiler that uses a technology called atmospheric fluidized bed combustion.

Coal combustion wastes generated at facilities with fluidized bed combustion technology.

Japan and China built several plants that were based on direct smelting or on fluidized bed combustion of solid waste.

Sulfur can be removed from coal during the burning process by using limestone as a bed material in Fluidized bed combustion.

Fluidized bed combustion (FBC) is a combustion technology used in power plants.

Fluidized bed combustion, as it is called, requires the limestone to be injected into the boilers where coal is being burned.

It is not suitable for above-ground retorting, but it could be used for a power generation by a fluidized bed combustion.

The Guandong Province authorities have a plan to use the Maoming oil shale for the power production using fluidized bed combustion.

It is applicable to all kind of combustion systems traditionally used for power generation (pulverized fuel, fluidized bed combustion and grate firing).

The plant uses fluidized bed combustion (FBC) technology, in which bituminous coal and finely ground limestone are injected, using air, into the boiler.

The plant, which was built in the early 1990s is controlled by Edison International and generates electricity using a fluidized bed combustion boiler process burning waste coal.

Grimethorpe also had the world's largest Pressurized Fluidized Bed Combustion generator, considered the cleanest and most efficient commercial method of producing coal-fired electricity.

But he said that the cost would be too high, and added that environmental objections might preclude coal on Long Island, unless experimental technologies like fluidized bed combustion became available.

In 2004, two power units with circulating fluidized bed combustion (CFBC) boilers were put into operation at Narva Power Plant.

But here on the banks of the Ohio River, engineers have ripped the guts out of a 46-year-old generating station to install an entirely different system, called pressurized fluidized bed combustion.

Between 1982 and 1986, the PAMA company, a subsidiary of the Israel Electric Corporation, established and operated a 1 MW pilot plant, which used the fluidized bed combustion technology.

First, the liberty of choice in respect of fuels in general, not only the possibility of using fuels which are difficult to burn using other technologies, is an important advantage of fluidized bed combustion.

In addition, the company plans to burn shale char mixed with particulate oil shale in fluidized bed combustion for power generation, and the shale ash would be utilized for production of building material.

Burns at Lower Temperature Fluidized bed combustion is a system for burning coal in which pulverized coal is supported on a bed of air, instead of being blown across a surface in a boiler.

In 2003, the Unit 11 was reconstructed to use the circulated fluidized bed combustion (CFBC) technology, which is more efficient and environmental-friendly (lower SO and CO emissions) than PC technology.

Fluidized bed combustion is commonly used to burn petroleum coke.

Fluidized bed combustion also reduces the amount of sulfur emitted by power production.

In the mid 1970's, this was the first commercial power plant to use fluidized bed combustion to fire its boilers.

This is used for fluidized bed combustion, chemically reacting the gas with the powder.

Fluidized bed combustion adds lime to the fuel during combustion.

It is the nation's largest commercial-scale boiler that uses a technology called atmospheric fluidized bed combustion.

Coal combustion wastes generated at facilities with fluidized bed combustion technology.

Japan and China built several plants that were based on direct smelting or on fluidized bed combustion of solid waste.

Sulfur can be removed from coal during the burning process by using limestone as a bed material in Fluidized bed combustion.

Fluidized bed combustion (FBC) is a combustion technology used in power plants.

Fluidized bed combustion, as it is called, requires the limestone to be injected into the boilers where coal is being burned.

It is not suitable for above-ground retorting, but it could be used for a power generation by a fluidized bed combustion.

The Guandong Province authorities have a plan to use the Maoming oil shale for the power production using fluidized bed combustion.

It is applicable to all kind of combustion systems traditionally used for power generation (pulverized fuel, fluidized bed combustion and grate firing).

The plant uses fluidized bed combustion (FBC) technology, in which bituminous coal and finely ground limestone are injected, using air, into the boiler.

The plant, which was built in the early 1990s is controlled by Edison International and generates electricity using a fluidized bed combustion boiler process burning waste coal.

Grimethorpe also had the world's largest Pressurized Fluidized Bed Combustion generator, considered the cleanest and most efficient commercial method of producing coal-fired electricity.

But he said that the cost would be too high, and added that environmental objections might preclude coal on Long Island, unless experimental technologies like fluidized bed combustion became available.

In 2004, two power units with circulating fluidized bed combustion (CFBC) boilers were put into operation at Narva Power Plant.

But here on the banks of the Ohio River, engineers have ripped the guts out of a 46-year-old generating station to install an entirely different system, called pressurized fluidized bed combustion.

Between 1982 and 1986, the PAMA company, a subsidiary of the Israel Electric Corporation, established and operated a 1 MW pilot plant, which used the fluidized bed combustion technology.

First, the liberty of choice in respect of fuels in general, not only the possibility of using fuels which are difficult to burn using other technologies, is an important advantage of fluidized bed combustion.

In addition, the company plans to burn shale char mixed with particulate oil shale in fluidized bed combustion for power generation, and the shale ash would be utilized for production of building material.

Burns at Lower Temperature Fluidized bed combustion is a system for burning coal in which pulverized coal is supported on a bed of air, instead of being blown across a surface in a boiler.

In 2003, the Unit 11 was reconstructed to use the circulated fluidized bed combustion (CFBC) technology, which is more efficient and environmental-friendly (lower SO and CO emissions) than PC technology.