Can be made from any organic material using proven technology going through syngas.

Syngas can be produced from a number of sources, including coal and biomass.

It produces about one million cubic meters of syngas per day.

The new reforming plant was visited by many other gas companies as an example of modern Syngas technology.

Syngas can also be used for further processing to liquid fuels or chemicals.

The energy in the combusted syngas is converted into steam.

The mixture of two product gases is called syngas.

This species can ferment certain components of syngas into ethanol.

The port is also the future site of the 1.2 billion dollar Syngas Plan.

The conversion of syngas to electricity, fuels and chemicals is then discussed.

This product gas is called synthesis gas, also known as syngas.

There are some technologies under development to produce ethanol from syngas, though these have not yet been demonstrated at commercial scale.

Also, I would like to clarify what Syngas is.

One solution is to produce it from syngas obtained by biomass gasification.

The products of CO and H are known as syngas.

Syngas: used as a fuel source or as an intermediate for the production of other chemicals.

This is stripped out with syngas, absorbed by the olefin, and returned to the reactor.

Syngas reacts further to give more hydrogen and carbon dioxide in the reactor.

Texaco is promoting its Syngas fuel made from the gasification of coal.

High temperature pyrolysis is also known as gasification, and produces primarily syngas.

GE's model features advanced turbines optimized for the coal syngas.

Battles supported the state mandated purchase of syngas through coal gasification technology.

The same concept can also be applied to similar fuels such as nitrous oxide and syngas.

Today methanol is produced exclusively from methane through syngas.

Presently generated from syngas still dependent on fossil fuels (although in theory any energy source can be used).

Can be made from any organic material using proven technology going through syngas.

Syngas can be produced from a number of sources, including coal and biomass.

It produces about one million cubic meters of syngas per day.

The new reforming plant was visited by many other gas companies as an example of modern Syngas technology.

Syngas can also be used for further processing to liquid fuels or chemicals.

The energy in the combusted syngas is converted into steam.

The mixture of two product gases is called syngas.

This species can ferment certain components of syngas into ethanol.

The port is also the future site of the 1.2 billion dollar Syngas Plan.

The conversion of syngas to electricity, fuels and chemicals is then discussed.

This product gas is called synthesis gas, also known as syngas.

There are some technologies under development to produce ethanol from syngas, though these have not yet been demonstrated at commercial scale.

Also, I would like to clarify what Syngas is.

One solution is to produce it from syngas obtained by biomass gasification.

The products of CO and H are known as syngas.

Syngas: used as a fuel source or as an intermediate for the production of other chemicals.

This is stripped out with syngas, absorbed by the olefin, and returned to the reactor.

Syngas reacts further to give more hydrogen and carbon dioxide in the reactor.

Texaco is promoting its Syngas fuel made from the gasification of coal.

High temperature pyrolysis is also known as gasification, and produces primarily syngas.

GE's model features advanced turbines optimized for the coal syngas.

Battles supported the state mandated purchase of syngas through coal gasification technology.

The same concept can also be applied to similar fuels such as nitrous oxide and syngas.

Today methanol is produced exclusively from methane through syngas.

Presently generated from syngas still dependent on fossil fuels (although in theory any energy source can be used).

The focus of the Station was to produce synthesis gas from coal.

The plant will produce synthesis gas by gasification of hard coal.

Originally, synthesis gas for the production of methanol came from coal.

It is also a significant sulfur-containing impurity in synthesis gas.

Refineries have been making synthesis gas for years.

Chemists are hunting new ways to create basic compounds from simple substances such as synthesis gas.

This product gas is called synthesis gas, also known as syngas.

Other similar "synthesis gases" can be obtained from natural gas and other fuels.

Coke may be used to make synthesis gas, a mixture of carbon monoxide and hydrogen.

Synthesis gas is conventionally produced via the steam reforming reaction.

Hydrocarbons other than methane can be used to produce synthesis gas with varying product ratios.

Coal is converted into synthesis gas by the integrated gasification combined cycle technology.

Water gas is a synthesis gas, containing carbon monoxide and hydrogen.

The plant makes a syngas (synthesis gas) that is converted by catalysts to fuels.

Today the synthesis gas is usually manufactured via steam reforming of natural gas.

More modern power plants that use synthesis gas extract the sulfur before they burn the gas.

Hydrogenation occurred by use of high temperature and pressure synthesis gas produced in a separate gasifier.

Combined cycle plants are usually powered by natural gas, although fuel oil, synthesis gas or other fuels can be used.

The Israelis take the product, which engineers call synthesis gas, and push it through a pipeline to another chemical reactor where the process is reversed.

The gasifier converts low priced petroleum coke into a hydrogen rich synthesis gas.

The synthesis gas is processed to remove most pollutants and then used initially to power gas turbines.

The product mixture is known as "synthesis gas" because it is often used directly for the production of methanol and related compounds.

It can also be used as so-called "synthesis gas" for making man-made gasoline in the Fischer-Tropsch process.

Texaco Inc. has been making synthesis gas at a plant in Coolwater, Calif.

The combination of the chief components, carbon monoxide and hydrogen, are usually referred to as synthesis gas (or syn-gas).