Gas Turbine Equipment Supplied In Florida

The MHPS F-Series gas turbines are among the world’s best known gas turbine products. Progressive design updates and enhancements have kept the MHPS F-Series a major contributing work horse in its class for more than 20 ...

The G-Series gas turbine technology is based on the F-Series design with a wide range of incremental design enhancements, such as an improved compressor design, state-of-the-art combustor cooling, and advanced blade path seals among ...

With the highly efficient, advanced J-Series gas turbines, MHPS raised the bar for combined cycle performance. The J-Series gas turbine was the first commercially available gas turbine capable of sustained operation at turbine inlet temperatures of 1600°C. The design is based ...

The H-25 Series gas turbines are based on a rugged, single-shaft, heavy-duty type frame gas turbine design that has been successfully applied since 1988 in the oil & gas, as well as the power generation industry. The H-25 fleet is highly reliable and mature, with over 5,000,000 actual fleet operating ...

Class leading gross electrical efficiency performance. Simple cycle power generation (ISO) up to 5.8 MW(e). Easily deployable for dependable, efficient and flexible heat and ...

Better performance, longer lasting, more cost efficient and supported with faster service. We bring to the market the finest IGT parts available today. Our Turbine parts are engineered to eliminate compromises and deliver maximum value by providing more durable, superior quality and higher performing replacement parts at very competitive ...

Outstanding in cogeneration and combined cycle applications. Simple cycle power generation (ISO) up to 62 MW(e). Combined cycle efficiency: >60%. A robust industrial gas turbine designed for ...

Simple cycle output (ISO), 593 MW(e), Combined cycle efficiency: > 64%, Derived from proven H-class technology. The next generation of advanced air-cooled gas turbines. Our HL-class gas turbines are paving the way to the next level of efficiency and performance. Derived from proven H-class technology in an evolutionary ...

Engineered for maximum flexibility, Simple cycle power generation (ISO) 32.8 MW(e), Mechanical drive: 33.7 MW. Highly fuel-flexible gas turbine, capable of dual fuel ...

Engineered for maximum flexibility. Simple cycle power generation (ISO) 39.8 MW(e), Mechanical drive: 41.0 MW. Top-class performance for oil and gas industry as well as industrial power ...

Dürr Universal’s qualified team of engineers provides all components for a complete gas turbine inlet and/or gas turbine exhaust system, including noise abatement baffles, exhaust liners, diffusers, insulated ducting, oxidation catalysts, exhaust stacks and support steel (including platforms, ladders, supports and doors). ...

Well-proven H-class technology backed by largest commercially operating fleet experience in the market. Simple cycle power generation (ISO), 450 MW(e), Combined cycle efficiency: 62%, Powerful gas turbine for highly efficient combined cycle ...

Trusted F-class technology for reliable performance. Simple cycle power generation (ISO), 385 MW(e), Combined cycle efficiency: 62%, Robust gas turbine with extensive fleet ...

For example, the user may change the physical hardware of a heat exchanger within a HRSG, to make it match the specs provided by the HRSG’s vendor. As another example, the user may adjust a steam turbine nozzle area at the inlet to any group of stages, to match the pressure-flow characteristics supplied by the steam turbine vendor. As yet another example, ...

GT PRO® automates the process of creating a combined cycle or gas turbine cogeneration plant design, guiding the user to rapidly and easily attain an optimal configuration and technical parameters. The user inputs design criteria, starting with the big picture and progressing in a logical sequence into greater details. ...

PDETM (Plant Design Expert) is an intelligent shell that uses the GT PRO/GT MASTER design and simulation engines. PDE is a compact expert program, with built-in logic to create and configure suitable gas turbine power and cogeneration plants based on the user’s electricity and heat demands, site parameters, and constraints. It rapidly creates side-by-side ...

The Turbophase system is an innovative air injection technology designed to enhance the performance and efficiency of combustion turbines. It addresses the common issue of reduced turbine output due to ambient temperature fluctuations by injecting hot, high-pressure air directly into the compressor. This process increases mass flow and consequently improves ...

The patented non-contacting seal has been proven to increase performance, lower fuel consumption for military and commercial gas turbine engines, and industrial gas ...

The FastLight Storage Engine is an innovative technology designed by Powerphase International for efficient grid-scale renewable energy storage. Utilizing existing gas turbines, this system converts surplus renewable or off-peak energy into compressed air, stored for both short and long-term use. This method significantly reduces the cost and environmental impact ...

Operates on any pressurized gas (0-220 psig). Break-away torques up to 3,700 ft lb. Output speeds up to 12,000 RPM. For industrial gas turbine or reciprocating engines. Standard and custom interfaces available. Helical rotor design. Positive displacement. Roller-ramp overrunning clutch to pre-engage the starter to the turbine. ...