Gas Turbines

Parker has recently supplied a total of six gas turbine filter houses to support a new Golden Pass liquefaction and export terminal

Carving a future for gas turbines in the face of decarbonization, hydrogen, and sustainability.

Valmet will deliver a BioPower 5 power plant to produce electricity and heat for the city of Salzburg, Austria.

Texas A&M University students collaborated with Siemens Energy to deliver a rotating equipment selector app to aid in product selection.

This year, the Western Turbine Users, Inc. (WTUI) conference took place virtually over the course of several weeks. This article summarizes week one.

Garland Technology and Dragos announced a partnership that will enhance cybersecurity for industrial controls systems and industrial environments

GE and IHI of Japan announced a Memorandum of Understanding for collaborative development of an ammonia gas turbine business roadmap.

Capstone has secured several orders for microturbine rentals

Australia’s first dual-fuel capable natural gas/hydrogen power plant to be built at the Tallawarra B Power Station in New South Wales

Siemens Energy is to build a gas-fired power plant for grid-related equipment in Bavaria

MTU Power and Amazonas GT have signed a maintenance, repair, and overhaul agreement for five LM6000 turbines

Nearly three-quarters of Americans support oil and natural gas transport via pipeline

What will be the role of gas turbines and centrifugal compressors in the years ahead and how can they be designed to operate on hydrogen?

Mitsubishi Power Aero installs five 30 MW FT8 MobilePac aeroderivatives in Mexico

Capstone Green Energy signed a 10-year service contract for two Capstone C1000S systems installed in Mexico

Bakken Energy and Mitsubishi Power have signed an agreement to create a hydrogen hub in North Dakota.

Reducing maintenance costs by upgrading aging inlet air-cooling systems.

Summit of Bangladesh received delivery of a GE 9HA.01 gas turbine at a power plant located near Dhaka

The microturbine will operate on hydrogen at an offshore DC-power based microgrid that will support offshore research and aquaculture for food production.

Expander-compressor units provide refrigeration for extracting heavier hydrocarbon components while having low energy costs.

The initial stage of the project aims to provide proof of concept for a DC microgrid with multiple renewable sources that can support a sustainable seafood production project in Australia. Subsequently, a full marinization and commercialization of the system will be completed to support remote, offshore operation.

Technologies are emerging to perform maintenance, repairs, retrofits, and overhauls while gauging asset health remotely. Drones are being deployed for inspections. Some parts can be scarce, so plant operators are increasingly seeking alternatives.

A stable renewable-rich grid needs transmission build-out, and incentivized ancillary services.

The Commonwealth Chesapeake Power Plant provides standby power to the local grid as well as offering spinning reserve availability to the region.

The power generation industry is in transition with increasing momentum to reduce carbon emissions. Each year more renewable-based power is generated, changing the traditional electrical grid model. However, the grid still requires firming with dispatchable assets. In the future, these assets may need to have reduced or zero carbon emissions.