Auxiliaries & Components

The Rumah 1 and Nairyah 1 projects are combined-cycle, gas turbine-equipped power plants with a combined 3,600 MW of generating capacity.

The project secured multiple customers across Norway and continental Europe, including Hafslund Celsio, Heidelberg Materials, Yara, Ørsted, and Stockholm Exergi.

Port Arthur LNG Phase 2 includes two liquefaction trains producing approximately 13 MTPA of LNG, increasing total liquefaction capacity up to 26 MTPA.

Over 730,000 gallons of liquid hydrogen will power NASA’s Artemis missions, returning humans to the Moon and establishing a long-term presence off Earth.

The power plant, supported by six gas engines and auxiliary equipment, balances the grid and provides flexible power during peak demand or energy shortages.

Michael Michaud of the Hydraulic Institute says design improvements, more efficient motors, and AI-enabled analysis technologies will improve pump reliability and maintenance.

Once AMIGO LNG’s first liquefaction train comes online in late 2028, the project will represent Mexico’s first large-scale LNG export terminal on the west coast.

In addition to delivering centrifugal pumps, vaporizers, control systems, insulated pipelines, and more, Nikkiso will provide engineering services and auxiliary equipment.

Since 2023, the company has invested over $130 million in the Schenectady facility to increase manufacturing space and boost gas power/onshore wind capacity.

The carbon-capture technology leverages an electrochemical process—CO2 is released and then captured by amines with electricity, reducing costs and energy requirements.

Bonatti is executing engineering, procurement, construction, pre-commissioning, commissioning and startup for port facilities, underground pipelines, and fiber optics.

MEYER RE and Everllence, previously MAN Energy Solutions, will draft a technical and operational roadmap to accelerate methanol retrofits for Everllence’s four-stroke engines and fueling infrastructure.

With Advanced Mobile Leak Detection and vehicle-mounted sensors, Cadent gains data-driven insights on methane emissions across its large-scale gas distribution network.

The Energy Innovation Program is supporting TerraFixing in developing direct air capture technology with up-scaled CO2-capture beds, applicable to colder climates.

The Optimized Cascade process technology recovers heavy hydrocarbons and may remove nitrogen, allowing Coastal Bend LNG to efficiently liquefy natural gas.

M&A involves more than just finances, as major technology developers combine portfolios to consolidate related products and simplify supply chains.

HAZOP reviews are a key process for identifying potential hazards and ensuring appropriate safety measures.

In conjunction with dual-inlet, high-flow technology, the P650 DF allows for easy maintenance through its split gear case, split bearing, seal, and detachable airend designs.

High-speed balancing for rotors operating above their first critical speed isn’t always necessary; it depends on a detailed analysis of the rotor’s dynamic behavior and modal response at operational speeds, not a blanket rule.

GE Vernova invests over $25 million to modernize its Veresegyház facility, enhancing gas turbine manufacturing and supporting Hungary's energy transition.

The July/August 2025 issue highlights our industry survey and key factors shaping the turbomachinery sector, including supply-chain challenges, labor shortages, and the rise of mobile and advanced technologies to meet power demand.

Turbomachinery faces challenges like labor shortages and supply chain issues, but innovative solutions help the industry meet growing energy demand.

GE Vernova’s integration of Alteia’s software into GridOS Visual Intelligence will give utilities AI-powered visual tools for situational awareness and actionable insights.

GE Vernova’s aeroderivative packages are expected to provide almost 1 GW of electricity to Crusoe AI data centers.

Flexible solutions such as synchronous condensers and battery storage stabilize power supply and address critical issues like inertia, voltage, and short-circuit power.

Two of the four existing ORC units will be replaced with Exergy’s ORC system, based on a single-pressure-level cycle, to produce clean electricity using its radial outflow turbine technology.

The investment in its Aiken, SC, facility will expand production capacity for the mtu Series 4000 engines by enhancing in-house machining capabilities and enlarging the site.

Chart’s pre-cooled single mixed refrigerant process technology and modular liquefaction solution increase efficiency and lower costs.

Jeffrey Goldmeer of GE Vernova says ammonia is an efficient option to reduce greenhouse gas emissions across the entire lifecycle.

Using AI-assisted optimization methods, Voith and the DLR Institute are improving the water turbine design process and enhancing turbine development.