
As part of a memorandum of understanding (MoU), the companies aim to achieve a gas turbine hydrogen co-firing ratio of 20% at an EGAT power plant.

As part of a memorandum of understanding (MoU), the companies aim to achieve a gas turbine hydrogen co-firing ratio of 20% at an EGAT power plant.

The additional production capacity will help satisfy the increasing demand for bulk LNG, primarily driven by Pasha Hawaii’s LNG-powered container ships.

Adhering to Flowserve’s Energy Advantage Program recommendations, Heide Refinery is expected to reduce its power consumption by more than an estimated 2,000 MWh per year.

The high voltage direct current (HVDC) electric offshore transmission system will help connect 40 GW of wind energy in the German and Dutch North Sea.

The hydrogen supply will allow TotalEnergies to reduce net greenhouse gas emissions by 40% from its oil and gas operations by the end of the decade.

Turbomachinery operators can prevent leakage at pressure stations and pneumatically operated valves along the length of the compressor by using leak- or loss-free technologies, says NETL.

The partners signed a letter of intent (LOI) to develop an integrated electrolysis solution to produce hydrogen.

The multi-year contract includes the deployment of wireline, coiled tubing, cementing, tubular running, and more within Petrobras’ salt fields offshore Brazil.

A new Miecznik frigate will comprise four mtu 20V8000 main propulsion engines and four mtu 12V4000 on-board generators.

The Element complex, located in the Port of Brownsville, TX, recycles and produces low-carbon fuels and hydrogen from high-gravity shale oil.

Toshiba ESS, in addition to other partners, will manage the plant construction and maintenance, support for plant restarts, decommissioning, and dismantlement when required.

ACWA Power will install 4 GW of renewable energy units, 2 GW of electrolyzer capacity, and battery storage facilities to generate 200,000 tons of green hydrogen in the first phase.

As part of the IgniteX CO2 Removal Accelerator, the selected participants will work with Black & Veatch to co-develop, pilot, and market new climate technology.

The power plant will operate with biomass as fuel to produce power with net-negative greenhouse gas emissions and will capture up to 550,000 tons of CO2 per year.

Torghatten Nord A/S contracted MAN Cryo to design and integrate bunkering systems, hydrogen piping, vent masts, and a hydrogen process plant for two new-build vessels.

With Turbo Expo 2024 in London, held June 24 – 28, on the horizon, we’re looking back at insights from our interview with NETL at last year’s meeting.

As part of an EPC agreement, four M501 JAC air-cooled gas turbines will operate in simple cycle at the Portocem Thermoelectric Power Plant in Brazil.

The MT30 is a power-dense marine gas turbine that has a small footprint but generates a lot of power for propulsion applications.

The $70 million investment will be allocated toward the expansion of its manufacturing and logistics (M&L) center in Maryland Heights, MO.

The course will use the Agile Engineering Design System (AEDS) and Advanced Rotating Machine Dynamics tools (ARMD) to design and develop an electric turbopump for a notional rocket engine.

The floating production, storage, and offloading (FPSO) unit that will operate in the Sépia field will reduce emission intensity by 30%.

Baker Hughes and Tecnimont (MAIRE) will supply 20 compression trains to increase gas production at Algeria’s Hassi R’Mel gas field.

The JMS Sunshine, owned and operated by Seatrium, is equipped with two 16-cylinder mtu Series 4000M55RN gas engines and a gas regulating unit (GRU).

ThinkLabs AI is developing a software application that uses intelligent automation and artificial intelligence (AI) to improve power grid planning.

The ammonium nitrate solution will be sourced from LSB and Lapis Energy’s carbon sequestration project at the El Dorado ammonia production facility.

The project is designed to reduce greenhouse gas emissions by up to 40% compared to its current processes with the help of steam-assisted gravity drainage technology.

The new unit increased the facility’s capacity by about 50%. The company’s air permit from New Source Review (NSR) supports additional expansion projects.

The project, co-led by Black & Veatch and the Grand River Dam Authority (GRDA), will install Unit 4 with Mitsubishi Power’s 426 MW J-class simple-cycle combustion turbine.

The direct air capture (DAC) installation will remove CO2 from the atmosphere in Oregon—the company’s DAC technology will also be supported by $50 million in Series B funding.

The ATS consortium received funding to develop a microturbine prototype that uses carbon-neutral fuels in micro-grids.