Power plant products | Everllence CO2


Everllence has been commissioned to supply the CO2


compression systems for Net Zero Teesside Power (NZT Power) and the Northern Endurance Partnership (NEP), two flagship projects within the UK’s government-backed East Coast Cluster decarbonisation initiative in northeast England. NZT Power will be the UK’s first commercial- scale gas-fired power plant with integrated carbon capture and storage. NEP will provide the transportation and storage backbone of the East Coast Cluster, gathering CO2


UK flagship CCS project from NZT Power and


other industrial sources and permanently storing it in offshore geological formations beneath the North Sea.


Developed as a joint venture between bp and Equinor, NZT Power will generate more than 740 MW of dispatchable low-carbon electricity, while capturing up to 2 million tonnes of CO2


year. Combined with emissions from additional industrial sources, NEP’s infrastructure will eventually be able to transport and store up to 10 million tonnes of CO2


Valley region. NEP is a joint venture of bp, Equinor and TotalEnergies. Dr Uwe Lauber, CEO of Everllence, commented: “This major initiative sets a precedent for climate-compatible power generation at scale. It shows how flexible gas- fired plants can become part of a net-zero energy system when paired with carbon capture.” As leader of a consortium with GE Vernova, and with the support of construction partner Balfour Beatty and technology partner Shell Catalysts & Technologies, Technip Energies is responsible for the design, procurement, construction and commissioning of the facility, including its CO2


handling systems. per


Everllence has been selected to supply five centrifugal compressor trains for two different stages of the CO2


compressors (type RG) will boost wet CO2 annually from the Tees


process: two integrally geared at low


pressure, driven by fixed-speed motors with soft starters and regulated through inlet guide vanes (IGV). The three radial barrel compressors


Next–G intelligent tracking system launched


Antaisolar has launched its next-generation intelligent solar tracking system ‘AT Spark’. Designed for utility-scale solar plants, the system is said to meet the growing demand for higher


energy yield and lower LCOE, by offering an integrated solution that optimises performance across the entire project lifecycle. AT-Spark features a multi-slew drive system and octagonal torque tube, which is found to increase stiffness by 40% and strength by 50%, while reducing material costs by 30%. Its optimised design enables a 143 m tracker span, reducing pile usage by 20%. With 145 mm and 170 mm shaft options, AT-Spark can be adapted to various terrains and wind conditions. Other features include the newly patented dual-spherical bearing which automatically adjusts to terrain slopes, minimising manual alignment. Its modular, quick-install bearing


Latwind deploys ZX Lidar for EDF in Patagonia


LatWind, a service provider of ZX Lidars, has successfully deployed a ZX 300 wind Lidar in support of a major wind measurement campaign for EDF Power Solutions Chile in southern Patagonia. The deployment will capture wind data across an extensive site featuring complex terrain, and has enhanced wind flow modelling and significantly reduced resource uncertainty during the development phase of a planned large-scale wind energy project.


The campaign, managed and executed by


LatWind, included a complete suite of services: Lidar supply and operation, Lidar-to-tower verification, and comprehensive data campaign management.


Tomás Dattwyler, commercial manager at LatWind said: “We are delighted to have successfully implemented a ZX 300 wind Lidar … in such a challenging environment as the Chilean Patagonia.” “ We have [previously] deployed these wind Lidars in various locations across Chile, from the Atacama Desert to other extreme environments,


48 | November/December 2025| www.modernpowersystems.com


such as Magallanes. In wind flow models, and we have seen an important reduction in wind resource uncertainty by using remote sensing, including sites with complex wind flow.”


housing is believed to improve installation efficiency by 25%. The system is equipped with the ‘SmartTrail’ control system which integrates Antaisolar’s advanced tracking algorithm to optimise module angles based on direct, diffuse, and reflected irradiance, effectively increasing energy yield. The system includes four intelligent protection modes against extreme weather conditions. Having passed 42 extreme tests, it offers IP65/IK07 protection, industrial-grade chips, and encrypted data communication. The mobile app, SCADA Station, and SCADA Remote enable real-time monitoring, remote control, and smart O&M management.


technology for (type RB) will process dry CO2 at high pressure


for offshore transmission via the Northern Endurance Partnership network. Together the five units will compress over 370 000 kg/h of CO2


The scope further includes a dynamic process simulation, enabling the compressor systems to operate at their full potential in terms of process efficiency. The integrally geared compressors will feature a digital twin with virtual sensors. Using machine learning capabilities, the system can continuously adjust and refine its performance based on operating data.


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