Hydrogen

Powered by three 9HA.02 gas turbines, the plant will add 2.4 GW to the national grid, reduce fuel consumption and carbon emissions, and advance China’s coal-to-gas energy transition.

Tyler Clifford of Siemens Energy speaks on alternative fuels like methanol, gas turbines, 3D printing, and decarbonizing industrial markets.

The Emirates Central Cooling Systems Corp. (Empower) will supply chilled water for cooling to residential, commercial, healthcare, educational, and multi-use projects.

The plant will convert from cogeneration of heat and electricity to injecting biomethane into the local gas network in Belgium’s Flemish region.

The 2025 Handbook includes a comprehensive outlook of the power industry and gas turbine market as well as an industry-wide directory and specifications listings.

Methanol as an alternative fuel can cut CO2 emissions between 10 – 95% depending on how it’s produced.

Upon completion, the 300-MW floating facility will produce up to 55,000 tons of green hydrogen and nearly 300,000 tons of green ammonia per year.

Koloma leverages its technology, proprietary data, and human capital advantages to discover and commercialize geologic hydrogen resources on a global scale.

With the largest CO2 pipeline network in the United States, ExxonMobil will leverage its infrastructure for the newly leased 271,000-acre offshore storage site.

The final turbine’s construction marks the on-time completion of a project awarded in 2018, featuring two gas turbine combined-cycle (GTCC) plants in Chonburi and Rayong.

The H-class power generation equipment will increase plant efficiency and replace aging conventional assets: three boilers and three steam turbines.

Siemens Energy is developing three technologies—an advanced rotor hydrogen compressor, a Turbo Heater, and a rotating olefins cracker—to drive the energy transition and reduce carbon emissions.

The United States and Brazil will collaborate on various clean-energy initiatives: bioenergy-to-hydrogen, clean energy for remote communities, carbon and methane management, and more.

Related assets, manufacturing capability, and personnel have been transferred to Honeywell, including the coil-wound heat exchanger manufacturing facility in Port Manatee, FL.

At full capacity, the new gigahub will enable the automated series production of PEM stacks with a potential total electrolysis capacity of more than 5 GW per year.

The AE94.3A gas turbine delivers high flexibility, leveraging a ramp rate of 50 MW/min and reaching full load in 26 minutes.

The core equipment was manufactured and tested at Mitsubishi Heavy Industries Compressor Corp.’s facility in Hiroshima, Japan, and was delivered in April 2024.

The first phase capacity of 1.5 million tons of CO2 per year is fully booked, and the joint venture owners are working to further increase the transport and storage capacity.

The AI Assistant—HySAGE—will enable modeling capability and flexibility for incorporating hydrogen codes, standards, and environmental scenarios.

In addition to powering the NH3 Kraken tugboat with green ammonia, Amogy demonstrated this technology in an aerial drone, commercial farm tractor, and semi-truck.

The initial facility will sequester and permanently store 75,000 tons of CO2 per year while generating 5 MW of clean electricity with plans for full-scale operation in 2030.

Ammonia-cracking technology uses catalyst materials to crack ammonia into hydrogen and nitrogen at lower reaction temperatures, reducing heating and maintenance requirements.

Green hydrogen produced through water electrolysis will support the Castellón refinery’s transition to an integrated energy hub.

Peru LNG’s assets consist of a natural gas liquefaction plant, a 490-km pipeline, two storage tanks, a marine terminal, and a truck loading facility.

As part of the center’s equipment testing, development, and quality assurance work, liquid hydrogen pumps will be tested with hydrogen at -253°C.

CarbonEdge, leveraging an integrated dashboard, delivers real-time data and CO2 flow alerts across carbon capture, utilization, and storage (CCUS) infrastructure.

The mtu Series 1163 and 8000 engines are now equipped with exhaust gas aftertreatment, which reduces NOx emissions by 75% compared to the previous IMO II limits.

ADNOC will acquire a 35% equity stake in the Baytown facility, which is slated to be the world’s largest, upon startup, low-carbon hydrogen and ammonia production plant.

Small modular reactors (SMRs) and advanced modular reactors (AMRs) benefit from lower investment costs, operational flexibility, and construction modularity.

Using hydrogen-capable H-class technology, the power plant produces up to 60% fewer emissions than plants powered by diesel, coal, and other fossil fuels.