91制片厂 today announced it has received Limited Notice to Proceed (LNTP) from Cheniere for Train 7 at the Sabine Pass Liquefaction听(SPL)听Expansion Project听 (Phase 1)听in Southwest Louisiana, advancing one of the next major expansions of U.S. liquefied natural gas (LNG) export capacity into the engineering, procurement, and construction (EPC) phase. Full construction is expected to begin in early 2027.听

The milestone marks the latest chapter in 叠别肠丑迟别濒鈥檚 nearly two-decade relationship with Cheniere at Sabine Pass and comes as rising global energy demand, increasing power needs, and heightened focus on energy security continue to drive investment in large-scale LNG infrastructure. 

Reflecting on the significance of the milestone, Paul Marsden, President of 叠别肠丑迟别濒鈥檚 Energy business, shared: 

鈥淭he decision to move forward with Train 7 at Sabine Pass reflects something bigger than a single project 鈥� it signals the next phase of U.S. energy infrastructure growth. As global energy demand rises and countries seek secure, reliable supply, LNG will continue to play an essential role in the energy mix for decades to come. 

鈥淪abine Pass helped establish the United States as a global LNG leader ten years ago, and today鈥檚 milestone demonstrates how that leadership continues to evolve. Over the last decade, 91制片厂 and Cheniere have shown what is possible when world-class execution meets long-term vision 鈥� delivering complex infrastructure safely, predictably, and at scale. 

鈥淭rain 7 represents the next chapter in a partnership that has helped reshape global energy markets. We are proud to continue supporting Cheniere as it expands the infrastructure needed to strengthen U.S. energy leadership and help meet growing demand around the world.鈥� 

The SPL Expansion Project builds on nearly two decades of collaboration between 91制片厂 and Cheniere at Sabine Pass. Between 2005 and 2009, 91制片厂 designed, built, and expanded the original LNG receiving terminal, helping lay the foundation for its transformation into the first large-scale LNG export facility in the continental United States. 

Between 2016 and 2022, 91制片厂 delivered six liquefaction trains at Sabine Pass, adding approximately 30 million听tonnes听per annum (MTPA) of export capacity and helping launch the modern U.S. LNG export industry. Today, at Corpus Christi Stage 3听midscale trains,听91制片厂 continues to听advance听one of the largest LNG expansions underway globally, including delivering Train 1 to Cheniere鈥檚 operations team more than six months ahead of schedule. The milestone reflects the pace, certainty, and high-quality execution that define 叠别肠丑迟别濒鈥檚 long-standing partnership with Cheniere.听

91制片厂 is the world鈥檚 leading LNG EPC contractor, with 17 liquefaction trains currently under construction and five midscale trains turned over across five sites in two countries. When complete, these projects will produce approximately 90 million tonnes of LNG annually 鈥� equivalent to roughly 25 percent of global LNG export capacity 鈥� underscoring the company鈥檚 role in helping expand global energy infrastructure. 

About Sabine Pass Liquefaction (SPL) Expansion Project 

Sabine Pass currently includes six liquefaction trains, LNG storage tanks, three marine berths, and supporting infrastructure, positioning the facility as a critical hub for U.S. LNG exports. 

Train 7 will feature an approximately 5 MTPA optimized cascade process (OCP) configuration, along with approximately 1 MTPA of boil-off gas (BOG) re-liquefaction provided by Chart. The project will incorporate streamlined flare systems with minimal outside battery limits (OSBL) infrastructure and a BASF heater/hot catalyst (HHC) system, reflecting an integrated and efficient approach to LNG project delivery. 

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Polskie Elektrownie J膮drowe (PEJ), Westinghouse Electric Company and 91制片厂 received the 2026 Energy Dominance Deal of the Year award from the Export-Import Bank of the United States (EXIM) on April 30, 2026. The award recognizes the strong partnership that has been forged between PEJ and the Westinghouse-91制片厂 Consortium to build Poland鈥檚 first nuclear power plant.  

PEJ is a Polish state-owned entity entrusted with delivering Poland鈥檚 nuclear energy ambitions. The company plays a pivotal role in the implementation of the Polish Nuclear Energy Programme, responsible for the development of the country鈥檚 first nuclear power plant based on advanced Generation III+ pressurized water reactor technology. Under the supervision of the Government Plenipotentiary for Strategic Energy Infrastructure in Poland, PEJ is committed to strengthening Poland鈥檚 long-term energy security, supporting the low-carbon transition and building a modern, resilient energy system for future generations. 

Together, Westinghouse and 91制片厂 bring more than 140 years of nuclear power experience to this historic project that will deploy three Westinghouse advanced AP1000^庐 modular reactors to the Lubiatowo-Kopalino site in Pomerania. The project will deliver long-term economic benefits in Poland by creating thousands of highly skilled jobs and expanding opportunities for Polish businesses to participate in the nuclear supply chain, while also supporting thousands of manufacturing and engineering jobs in the United States. 

鈥淭his project is a clear demonstration of how American energy leadership extends well beyond our borders,鈥濃��said EXIM President and鈥疌hairman鈥疛ohn Jovanovic.鈥�淏y supporting U.S. nuclear exports, EXIM is helping our allies build next-generation energy infrastructure while supporting jobs, innovation, and long-term competitiveness back here at home.鈥� 

鈥淭he nuclear project being implemented by Polskie Elektrownie J膮drowe is an investment of strategic importance. The recognition awarded by the Export-Import Bank of the United States confirms that the construction of Poland鈥檚 first nuclear power plant at the Lubiatowo-Kopalino site is perceived as a credible project delivering long-term economic benefits, strengthening Poland鈥檚 energy security, and reinforcing transatlantic cooperation,鈥� said Marek Woszczyk, President of the Management Board, Polskie Elektrownie J膮drowe. 鈥淭he award also confirms the growing trust of international institutions in our investment and in PEJ鈥檚 cooperation model with the Westinghouse鈥�91制片厂 Consortium.鈥� 

鈥淎s one of Poland鈥檚 largest-ever energy investments, this historic project will drive Polish energy and economic security for generations while directly supporting American exports, jobs and engineering expertise. Westinghouse thanks EXIM for enthusiastically supporting this important endeavor to bring safe, abundant and reliable nuclear power to our customers, partners and allies abroad,鈥� said Dan Lipman, President, Global Business Initiatives, Westinghouse. 鈥淲e also appreciate the close collaboration we have with PEJ and our partner 91制片厂 and look forward to making the Polish AP1000 project reality.鈥� 

鈥�91制片厂 is honored to support Poland鈥檚 first nuclear project. In close collaboration with Polskie Elektrownie J膮drowe, EXIM, and our partners at Westinghouse, we are advancing our customer鈥檚 objectives while also supporting U.S. jobs and exports,鈥� said Ahmet Tokpinar, General Manager of 叠别肠丑迟别濒鈥檚 Nuclear Power business. 鈥淲e look forward to continuing our work with EXIM and our Polish partners to help deliver a safe, reliable facility that will strengthen Poland鈥檚 long-term energy security.鈥� 

Recently the Westinghouse-91制片厂 Consortium assisted PEJ in securing financing through EXIM鈥檚 Engineering Multiplier Program to support critical engineering and environmental site work needed prior to the construction phase of the plant. This agreement allows the companies to provide engineering expertise to the project, which will support both American and Polish jobs for the construction and operation of the Lubiatowo-Kopalino AP1000 plant. 

The advanced AP1000 reactor is the only operating Generation III+ reactor with fully passive safety systems, modular construction design and the smallest footprint per MWe on the market. There are six AP1000 reactors currently setting operational performance and availability records worldwide with 14 additional reactors under construction and five more under contract. The AP1000 technology has been selected for nuclear energy programs in Poland, Ukraine and Bulgaria, and is also under consideration at multiple other sites in Europe, the Middle East, and North America. 

About Polskie Elektrownie J膮drowe

Polskie听Elektrownie听J膮drowe听sp. z听o.o.听is a company responsible for activities including the preparation of the investment process and acting as the investor in the project to build Poland鈥檚 first nuclear power plant with a total capacity of 3.75听GWe听based on safe, proven, large-scale generation III (+) pressurized water reactors (PWR), and potentially, their future operation. The Company also supports the government administration in activities aimed at the execution of the Polish Nuclear Power听Programme听and the development of a civil nuclear power program and the civil nuclear power sector in the Republic of Poland. For more information, please visit:听.听听

About Westinghouse Electric Company

Westinghouse Electric Company听is the future of energy,听providing听reliable, innovative nuclear technologies and services globally. Westinghouse听pioneered commercial nuclear power,听delivering听the world鈥檚 first commercial pressurized water reactor in 1957.听The company听has industrialized more听nuclear听reactors than any other company, with its听technology听forming the basis听of听half of the world’s operating nuclear plants.听More than听140听years of innovation makes Westinghouse the preferred partner for advanced technologies covering the complete nuclear energy life cycle. For more information, visit听听and follow us on听,听听and听.听

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Today,鈥�91制片厂, a global leader in engineering, procurement, and construction (EPC), serving as TerraPower鈥檚 EPC partner, has begun mobilizing teams and transitioning into field execution at the Natrium庐 Kemmerer Unit 1 (KU1) site in Wyoming. 

Reflecting on today鈥檚 milestone, Dena Volovar, President of 叠别肠丑迟别濒鈥檚 Nuclear, Security & Environmental business, shared the following: 

鈥淭oday鈥檚 start of construction at TerraPower鈥檚 Natrium Kemmerer Unit 1 marks an important step forward 鈥� not only for the project, but for the future of advanced nuclear delivery in the United States. 

At 91制片厂, our focus is on helping bring advanced nuclear technologies from first-of-a-kind innovation to repeatable, scalable delivery. Projects like Natrium play a critical role in demonstrating what鈥檚 possible, and long-term success will come from building on that foundation with approaches that enable consistent, nth-of-a-kind execution. 

As U.S. electricity demand continues to rise, including from data centers powering AI and other digital infrastructure, the industry needs more than innovation. It needs proven execution models that reduce risk, improve predictability, and allow projects to be delivered consistently, safely, and at scale. 

That is where 叠别肠丑迟别濒鈥檚 focus is distinct: making advanced nuclear buildable again 鈥� and again. At Natrium, we are applying disciplined planning, standardization, and digital execution practices that are designed to make repetition possible. That focus on constructability and execution readiness is critical to driving learning effects, controlling cost, and shortening schedules as advanced nuclear moves beyond demonstration projects toward broader deployment. 

Over the past year, 91制片厂 teams completed early works at the Natrium site, including the Test and Fill Facility and the Kemmerer Training Center, laying the foundation for safe construction and long-term operations. With construction now underway at Kemmerer Unit 1, we are moving into field execution with a high level of readiness, supported by integrated planning, early collaboration, and close alignment with regulators. 

Natrium also represents a milestone for the industry more broadly, as the first utility scale advanced reactor project in the United States to receive a construction permit from the U.S. Nuclear Regulatory Commission. That regulatory progress, combined with a delivery approach designed for repeatability, is what will enable advanced nuclear power to move from promise to impact. 

We鈥檙e听proud to partner with TerraPower on this first of a kind project, and to help听establish听a blueprint for how advanced reactors can be delivered to support a cleaner, more reliable energy future.鈥�听

91制片厂 is delivering the future of nuclear energy now by bringing the latest in digital tools and mega-project delivery to build with execution certainty. Currently deployed on the Poland AP1000 project, Natrium Plant, and the Tennessee Valley Authority Clinch River Small Modular Reactor, 91制片厂 maintains the largest U.S. nuclear talent pool. 91制片厂 has been leading the nuclear industry for over 70 years and has safely delivered 76 gigawatts of nuclear power. With our work at Vogtle Units 3 & 4, 91制片厂 is the only EPC contractor to successfully bring 21st-century nuclear plants online in the U.S.   

Learn more about how 91制片厂 is helping customers around the world increase energy security and efficiency through next-generation energy sources: www.bechtel.com. 

91制片厂 in Nuclear Power

91制片厂 has been leading the nuclear industry for over 70 years, designing and constructing critical projects worldwide. We have designed, built, or provided services for 150 nuclear plants worldwide. With a proven track record, we work with customers to deploy a full range of reactor designs, including gigawatt-scale, small modular reactors, and advanced reactors, turning innovation into power generation. We offer integrated, full-service solutions from initial site selection to start-up, using the latest NQA-1 digital delivery tools that allow us to execute projects with certainty. 

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91制片厂 at Innovation Zero World 2026

The following 91制片厂 colleagues will be in attendance at this year’s summit:

91制片厂’s Business Development Manager

91制片厂’s Manager of Engineering

91制片厂’s Senior Business Development Manager

91制片厂’s Process Manager

This year鈥檚 conference will take place at the Olympia in London. 91制片厂 will be present at Stand C9 – stop by to meet the team and see a demo of a carbon capture model and green hydrogen solution.

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BBTC MENA takes place in Bahrain on 10-11 February, with the presence of the Bahrain Ministry of Oil and Environment. It is the region鈥檚 leading technical forum focused on residue upgrading, advanced conversion routes, and cleaner product strategies. With the industry under pressure to maximise efficiency, flexibility and value recovery from heavier fractions, this high-level event provides a platform for technology alignment, knowledge exchange and commercial strategy development.

At BBTC MENA, regional refiners, licensors, and solution providers explore next-gen process integration, feedstock innovation and pathways to cleaner, high-value outputs 鈥� from bitumen and base oils to carbon black and petrochemical intermediates.

ME-CAT is the Middle East鈥檚 only technical platform fully dedicated to refining and petrochemical catalyst technologies.

Taking place in Bahrain 鈥� the region鈥檚 hub for downstream innovation 鈥� on 11-12 February 2026, with the presence of the Bahrain Ministry of Oil and Environment, ME-CAT 2026 focuses on boosting operational performance, decarbonisation and process reliability through innovative catalyst design, application and lifecycle strategies. This highly targeted conference brings together R&D specialists, operations leaders, licensors and catalyst providers to share best practices and advancements in hydrogenation, FCC, hydroprocessing and reforming units. With sessions on circular catalyst economy, process intensification and emissions reduction, ME-CAT 2026 is where catalytic science meets operational strategy.

91制片厂 at BBTC MENA

The following 91制片厂 colleague will be a featured presenter at this year’s conference:

叠别肠丑迟别濒鈥檚 Principal Advisor, Fuels David Chaplin will present during Residue Upgrading & Petrochemical Integration sessions on Tuesday, February 10.

91制片厂 is a bronze sponsor of this years conference and will be present at booth 21.

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91制片厂 and Westinghouse Electric Company have chosen Arabelle Solutions to supply three half-speed Arabelle steam turbine and generator sets for the AP1000庐 nuclear project in Poland. The selection was confirmed by Polskie Elektrownie J膮drowe (PEJ), the Polish state-owned company developing the country鈥檚 first nuclear power plant at the Choczewo site in Pomerania.

Arabelle Solutions will provide the steam turbine and generator systems for all three units at the Choczewo nuclear plant, along with the major supporting equipment needed to run the steam cycle. In a nuclear power plant, heat from the reactor turns water into steam, which spins a turbine and generator to produce electricity.

鈥淭his is an important milestone and reflects the strong partnerships required to deliver Poland鈥檚 first nuclear power plant,鈥� said Ed Gore, Project Director, Poland AP1000 Project, 91制片厂. 鈥淎rabelle Solutions brings deep regional capabilities and provides opportunities for Polish producers to participate in this project. We are proud to apply 叠别肠丑迟别濒鈥檚 world-class construction expertise to support the energy transition of Poland.鈥�

“As a result of a transparent, competitive and extremely demanding procurement process, a supplier of one of the largest components of the conventional part of our power plant was selected. The procurement process itself, in which PEJ participated, was based on the highest technical and quality standards. We have chosen a partner who guarantees experience, and above all reliability and a wide chain of suppliers – largely Polish,” said Marek Woszczyk, President of the Management Board of Polskie Elektrownie J膮drowe.

Arabelle Solutions, firmly established in Poland, works with a broad network of Polish suppliers on international projects, including manufacturers of equipment designed for its steam turbines and generators. The company also supports Poland鈥檚 growing nuclear workforce through its strategic partnership with the Warsaw University of Technology.

鈥淲e are proud to partner with 91制片厂 and Westinghouse Electric Company to deliver the turbine hall equipment for the first nuclear power plant in Poland, contributing to providing reliable, low-carbon electricity to the country,鈥� said Catherine Cornand, Chief Executive Officer, Arabelle Solutions. 鈥�This project reflects both the trust of our partners and the commitment of our teams to carry forward our long-standing expertise and legacy of innovation to meet the world鈥檚 growing energy needs. We aim to develop further Polish supply chain in cooperation with our AP 1000 partners and Government programs to enhance this industrial base and deliver the skills for the future.鈥�

The selection follows a rigorous procurement process evaluating both technical and financial criteria. Arabelle Solutions will adapt its standard steam turbine design for the Turbine Island at the Choczewo site, with fabrication expected to begin after the Engineering, Procurement and Construction (EPC) agreement for the project is finalized.

鈥淭he choice of Arabelle Solutions for the project鈥檚 steam turbine generator is a strong complement to the AP1000庐 reactor, the most advanced, proven technology that is setting operational and performance records at six operational units worldwide,鈥� said Dan Lipman, President of Westinghouse Energy Systems. 鈥淗aving such a major European supplier involved in the project underscores Westinghouse-91制片厂 consortium 鈥楤uy Where We Build鈥� philosophy and our commitment to having Polish companies participating throughout the entire project.鈥�

Together, 91制片厂 and Westinghouse bring more than 140 years of nuclear power experience to bring Poland鈥檚 first nuclear plant online at Choczewo. The project includes building three proven Westinghouse AP1000 units, the only advanced operating Generation III+ reactors with fully passive safety systems, modular construction design and the smallest footprint per MWe on the market. Currently, there are six AP1000 reactors setting operational performance and availability records worldwide with twelve additional reactors under construction and five more under contract. There will be 18 units based on AP1000 technology in operation globally by the end of the decade.

About Polskie Elektrownie J膮drowe

Polskie Elektrownie J膮drowe sp. z o.o. is a company responsible for activities including the preparation of the investment process and acting as the investor in the project to build first Polish nuclear power plant with a total capacity of 3.75 GWe based on safe, proven, large-scale generation III(+) pressurized water reactors (PWR), and potentially, their future operation. The Company also supports the government administration in activities aimed at the execution of the Polish Nuclear Power Programme and the development of a civil nuclear power program and the civil nuclear power sector in the Republic of Poland. For more information, please visit: and follow us on and .

About Westinghouse

Westinghouse Electric Company is shaping the future of carbon-free energy by providing safe, innovative nuclear and other clean power technologies and services globally. Westinghouse supplied the world鈥檚 first commercial pressurized water reactor in 1957 and the company鈥檚 technology is the basis for nearly one-half of the world’s operating nuclear plants. Over 135 years of innovation makes Westinghouse the preferred partner for advanced technologies covering the complete nuclear energy life cycle. For more information, visit and follow us on , and .

About Arabelle Solutions

Arabelle Solutions is a global leader in nuclear turbine island technologies and services, helping its customers produce reliable, low-carbon electricity. Its innovative technology ranges from the world鈥檚 most powerful steam turbine in operation, to pioneering modular designs optimized for SMRs, as well as generators, pumps, heat-exchangers, and controls. Arabelle Solutions technologies and services are used in around a third of nuclear power plants globally. The company has around 3,500 employees across 16 countries and is a subsidiary of EDF Group.

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91制片厂, a global leader in engineering, construction, and project management, has been selected by Doral Renewables to design and build the Cold Creek Solar+Storage project in Schleicher and Tom Green counties, Texas.

The facility is expected to generate approximately 430 megawatts (MW) of clean energy using more than 850,000 solar modules. The Cold Creek project will also feature a 340 megawatt-hour (MWh) battery energy storage system to capture and store excess energy generated during the day and deliver it to the Texas electricity grid when consumer demand peaks.

鈥淭he Cold Creek project highlights the power of an all-of-the-above energy strategy,鈥� said Scott Austin, 91制片厂 General Manager of Renewables & Clean Power. 鈥淭exas continues to lead the nation in blending traditional and renewable resources to strengthen its grid. By combining 430 MW of solar generation with 340 MWh of storage, Cold Creek will make the Texas grid stronger and more reliable for years to come. We are proud to bring 91制片厂’s experience to this important project and support Doral Renewables鈥� mission to deliver reliable, homegrown power to Texas.鈥�

鈥淭he Cold Creek project is a major milestone for our company鈥檚 growth,鈥�said Jason Van Deusen, Doral Renewables VP of Project Management.鈥淲e are thrilled to extend our partnership with 91制片厂. The strong relationship forged between the two organizations through collaboration, transparency, and shared values of community engagement, local workforce participation, safety, quality, and environmental stewardship has set the stage for continued success. We are excited to continue this momentum as we embark on another significant project and contribute to the vision of a diverse energy portfolio and resilient grid in America.鈥�

Key highlights of the project include:

• 91制片厂 will provide engineering, procurement, and construction services for the solar and storage facilities across the two counties, which will deliver power to the Electric Reliability Council of Texas grid.
• At peak construction, the Cold Creek project is expected to create more than 500 jobs, offering training opportunities and stimulating economic activity that will benefit the regional economy and surrounding communities.
• Engineering is already underway, with commercial operations expected to begin in 2028.

91制片厂 is building three key phases of the Mammoth Solar program in Indiana for Doral Renewables.

Cold Creek is 叠别肠丑迟别濒鈥檚 second project with Doral Renewables and its fifth utility-scale solar facility in Texas. Across the United States, 91制片厂 has a robust and growing renewables portfolio at various stages of development and delivery. Scaling to meet demand, 91制片厂 employs a first-of-its-kind digital hub that enables 100% digital delivery. The platform integrates field data into interactive, map-based visualizations, helping 91制片厂 build clean energy projects faster and more reliably.

Learn more about how 91制片厂 is advancing renewable energy infrastructure at 91制片厂.com.

About Doral Renewables LLC

Doral Renewables is a Philadelphia-based developer, owner, and operator of renewable energy assets throughout the United States. Our solar and storage development portfolio comprises nearly 18 GW, which includes 400 MW currently in operation and 950 MW under construction. Doral Renewables operates in 21 states and across seven electricity markets. With a strong focus on community engagement, we aim to integrate agrivoltaics practices throughout our pipeline, creating additional opportunities for farming communities. We have secured nearly $3 billion in long-term wholesale power purchase agreements with U.S. customers. Our team of global partners includes the Doral Group (TASE: DORL), Migdal Group (TASE: MGDL), Clean Air Generation, APG, and Apollo Funds. Learn more at .

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Pumped storage hydropower (PSH) has delivered energy storage capacity and transmission benefits to the United States since the 1920s. Today, are operational nationwide, providing 97% of the country鈥檚 utility-scale energy storage.

By 2050, the U.S. will require an estimated 鈥攎ore than double what exists today鈥攖o meet growing energy security and grid stability needs. However, realizing this potential is far from straightforward. PSH projects are among the most complex infrastructure undertakings鈥攄emanding not only technical excellence but, crucially, a foundation of trust, transparency, and collaboration among all delivery stakeholders. 

Key Challenges Facing PSH Development 

• Prolonged Development Timelines Introduce Additional Uncertainty: 
  • PSH projects take at least 4-5 years to develop (some have taken over a decade), far exceeding typical investment horizons, limiting the number and type of potential developers. 
  • Delays and cancellations have further eroded market confidence amid a dynamic policy environment. 
• Costs and Complex Risks Create Investment Barriers: 
  • Multi-phase design, geotechnical investigations, permitting, and execution planning drive up development costs and risks. 
  • Potential investors and project champions are hesitant to enter the market due to high costs and risks. 
• Misaligned Commercial Structures Undermine PSH鈥檚 Value:  
  • Despite PSH鈥檚 unmatched operational flexibility and lifecycle cost advantages, its unique risk profile (including significant underground, geotechnical, and integration risks) requires tailored commercial frameworks. 
  • Poorly aligned contracts can lead to inflated outturn costs through conservative assumptions, excessive contingencies, claims and resequencing, reduced engineering, procurement and construction (EPC) engagement, and financing challenges. Ultimately, this misalignment erodes trust, accountability, and the full potential value of PSH. 

Prerequisites for Success: Partnership and Collaboration 

Globally, PSH champions increasingly recognize that overcoming such barriers requires trust and transparent, proactive collaboration among developers, owners, engineers, contractors, and Original Equipment Manufacturers (OEMs). With a foundation of partnership in place, project teams are far better positioned to navigate complexity, accelerate delivery, and maximize value鈥攖ruly operating as one team.

At 91制片厂, we believe early investments in building trust and confidence among stakeholders are critical. Through the International Hydropower Association鈥檚 Working Group on De-risking Pumped Storage, we took a leading role in convening developers, owners, engineers, financiers, and policymakers to confront the unique risks associated with PSH and collaborate on to address them.  

The following recommendations outline how early alignment, thoughtful planning, and tailored commercial structures鈥攇rounded in trust and transparency鈥攃an help stakeholders unlock and successfully deliver PSH projects. 

1. Select and Align with Partners Early 

Stakeholder engagement is a cornerstone of effective project planning. Early stakeholder engagement is critical to avoid rework, delays, and misalignment. We recommend that project development establish a successful project culture from day one by including: 

• Early vetting, selection, and alignment of key delivery partners鈥攄esigners, contractors, OEMs, and insurers 
• Experienced teams, proven processes, and deep lessons learned 

At 91制片厂, we deploy proven tools and processes to support early collaboration, such as:

• Safety and constructability reviews that optimize design for autonomous and semi-autonomous equipment (e.g., earthworks, tunnelling, and logistics). These reduce the number of personnel underground and near heavy equipment, eliminating safety hazards before they materialize.
• Mobile Equipment Personnel Interface (MEPI) plans tailored to each project to enhance safety and operational efficiency.
• Experienced teams and structured lessons learned, drawn from 叠别肠丑迟别濒鈥檚 extensive megaproject portfolio, to guide early decision making and de-risking.

2. Plan with Foresight and Efficiency

Given the long timelines and multi-billion-dollar budgets, PSH projects demand thoughtful, streamlined planning. To shorten development cycles and improve efficiency in planning, we recommend: 

• A gated process for progressing design, planning for execution, and estimating 
• Structured expert reviews across disciplines throughout the development 
• Integrated planning to identify issues before they escalate 

叠别肠丑迟别濒鈥檚 PSH and Hydro Playbook brings together decades of lessons learned in megaproject delivery, along with our deep engineering and construction expertise in a structured, gated development process. We are also investing in digital and AI-supported design and construction planning, enabling earlier modelling of design and execution scenarios. 

3. Align Commercial Structures with Project Realities 

PSH projects require a tailored commercial model and should reflect the collaborative foundation of the project. We believe that successful commercial strategies share these key principles: 

• Robust risk identification and assessment 
• Balanced incentives 
• Right-sized contingency planning 

Transparent risk assessments and cost estimates help ensure project budgets are realistic and provide greater certainty of outcome. We advocate for models that utilize concepts such as target cost compensation and change provisions based on a Geotechnical Baseline Report鈥攚hich build trust and accountability among all stakeholders. 

Partnership is the Key to Unlocking PSH 

PSH is foundational to the future of energy security and grid stability in the U.S. To unlock the next wave of PSH development, stakeholders must embrace a partnership-first approach. By building trust, aligning early, planning efficiently and robustly, and structuring contracts responsibly, we can deliver PSH projects that meet the needs of tomorrow鈥檚 grid and deliver lasting value to consumers. 

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Now in its seventh year, the flagship UK conference of the Carbon Capture & Storage Association has received wide acclaim 鈥� fast becoming the CCUS conference to attend; both for UK and wider international stakeholders. The conference is set to take place in another critical year for CCUS. With financial close now reached for the first UK CCUS projects and for a number of projects across Europe, the industry is ramping up more than ever before. 

Key themes for CCUS 2025 include delivering the first 4 UK clusters and beyond, the EU Clean Industrial Deal, learnings from other countries, cross-border frameworks, CO2 transport and further NPT development, strategies for cost reduction, delivering CDR/GGRs, COP30 and the implementation of Article 6.4, and much more. 

CCUS 2025 offers an excellent opportunity for industry and wider stakeholders, UK and international governments, academics and more to come together to drive progress on CCUS. The conference agenda features high-profile keynotes and panel discussions across three streams of content, with ample time set aside for networking.鈥� 

91制片厂 at CCUS 2025

叠别肠丑迟别濒鈥檚 Operations Manager for Low Carbon George Whittaker will鈥痶alk about delivering the necessary skills in the supply chain to support CCUS scale-up in break-out session 2 on Tuesday, 14 October 2025.

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