Georgia Power has received the first of three new combustion turbines at Plant Yates, marking the utility’s first addition of ...

Georgia Power, a subsidiary of Southern Company SO, in collaboration with Mitsubishi Power, has successfully received the first of three advanced simple-cycle gas combustion turbines at Plant Yates, ...

Georgia Power, in partnership with Mitsubishi Power, has received delivery of the first of three state-of-the-art natural gas ...

A gas-fired power plant in Linden, New Jersey, on Feb. 29. Wayne Parry/AP EPA may sideline hydrogen in its final rule to limit power plant pollution amid industry pushback and legal uncertainties.

The company is currently developing three new Mitsubishi Power simple cycle combustion turbine resources, capable of utilizing hydrogen, at Plant Yates in Coweta County as approved by the Georgia ...

A key component of the project is that the company’s aeroderivative gas turbine solutions can run on blends of hydrogen, supporting “a future path towards a 100% hydrogen combustion over this ...

SMYRNA, GA — Georgia Power says it has completed a second trial blend of hydrogen and natural gas at a gas turbine at the power company’s McDonough-Atkinson Plant in Smyrna. This is the first ...

Many companies have established plans to blend hydrogen with natural gas to reduce carbon emissions from gas-fired combustion turbines. In some cases, the long-term goal is to ultimately burn 100% ...

The plan for the gas turbine combined cycle plant is to initially use a 30% hydrogen blend with natural gas and eventually increase the percentage of hydrogen as Mitsubishi improves its technology.

Construction has begun on a 30MW 100%-hydrogen turbine in Ordos, northern China. The turbine is being implemented into a ...

Home / Coal / Plant Decommissioning Turbine Fleet Management launched to serve combustion turbine power plants and fleets September 4, 2002 Clarion Energy Content Directors 4 min read ...

Liquid hydrogen requires even more specialized equipment, as it must be kept at or below -423 ºF (-253 ºC) to remain liquid. The advantage of liquid hydrogen over its gaseous form is in storage.