91制片厂 has been selected by Doral Renewables to deliver three key phases of its 1.3 gigawatt_AC Mammoth Solar facility in Indiana. As one of the largest solar facilities in the U.S., Mammoth will play an important role in strengthening the U.S.鈥� supply of reliable, clean energy and boost total solar capacity in Indiana by more than 20%. The project kicked its construction activities to a higher gear earlier this month, and Doral Renewables has now granted 91制片厂 Full Notice to Proceed (FNTP).

91制片厂 will design, engineer, and construct Mammoth South, Mammoth Central I, and Mammoth Central II, which together represent 900 megawatt_AC of clean energy capacity. Doral and 91制片厂 kicked off construction preparatory works earlier this year. The commencement of FNTP enables 91制片厂 to complete design and begin permanent construction works including installing solar panels, power cables, and substations.

鈥�91制片厂 is proud to partner with Doral to deliver one of the nation鈥檚 largest solar projects,鈥� said Scott Austin, 91制片厂 General Manager of Renewables & Clean Power. 鈥滱 project of this scale depends on strong collaboration with local building trades to ensure access to the skilled workforce needed. We鈥檙e working closely with craft professionals, creating high-quality jobs, and being a reliable partner to the community as we help deliver Mammoth Solar and increase the supply of clean, reliable solar power.鈥�

鈥淭hanks to the meticulous planning and collaboration over the past several months, we are now poised to move confidently into construction鈥� said Amit Nadkarni, Doral Renewables SVP of Project & Asset Management. 鈥淲e remain deeply committed to the highest standards of safety, quality, and environmental stewardship throughout this phase. We are equally focused on fostering strong community relationships, ensuring meaningful local participation from the workforce and vendors, and supporting the county through direct, indirect, and induced economic benefits.鈥� 

91制片厂 is leading the project鈥檚 design and delivery, overseeing all aspects of engineering, procurement, construction, commissioning, and project management. Over the next two years, the three upcoming phases will include the installation of approximately two million solar modules, one million of which will be US-made. 91制片厂 will apply its award-winning digital delivery approach and autonomous technologies to streamline construction and enhance project delivery.

At peak construction, the project is expected to create over 1,200 jobs, including at least 15% dedicated to apprenticeships that will provide hands-on training for young professionals and newcomers to the construction industry.

When complete in 2027, Doral Renewables will implement agrivoltaics initiatives across the site which includes integrating on-site livestock grazing and crop cultivation around the panels. This dual-use technique enables local landowners to continue farming operations and maximize land use.

About Doral Renewables

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 22 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 over $2.5 billion in long-term wholesale power purchase agreements with U.S. customers. Our global management and leadership team includes the Doral Group (TASE: DORL), Migdal Group (TASE: MGDL), Clean Air Generation, APG, and Apollo Global Management (NYSE: APO). Learn more at and follow us on and .

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This week 91制片厂 received the final go-ahead for construction of the Thacker Pass lithium mine and processing facility in northern Nevada. This project is a turning point for U.S. energy security and the transition to cleaner energy technologies.

We鈥檙e off to a running start. Early works are complete, site preparation and excavation are under way, we鈥檝e ordered long-lead items, and awarded contracts for key services.  To make the project a reality, we are marshalling our long-standing capabilities in the global supply chain while forging new relationships with local suppliers in northern Nevada.

Rising Demand for Lithium

Lithium is a key ingredient for electric vehicle batteries, and demand for it has surged dramatically. But the world a worsening supply gap in crucial energy transition metals such as lithium and copper.  

Benchmark Mineral Intelligence that demand for lithium will and eclipse worldwide production by 2030. By 2040, supply will barely meet half of total  lithium demand. Learn more about how lithium will be a powerful force in the energy transition in our blog on the journey from ore to lithium energy.

The U.S. currently produces only 5,000 tons of lithium carbonate per year. To put this in perspective, the world about 500,000 tons of lithium in 2021, and that number is expected to reach over 2.6 million tons by 2030. So, the U.S. still relies heavily on outside sources for mining and refining this critical mineral. Most lithium comes from Australia, China, and South America but 鈥� critically 鈥� most of it is refined in China.

Creating a Domestic Supply Chain

Ensuring an abundant and reliable capability is a national imperative. In 2024, the U.S. Department of Energy provided Lithium Americas a $2.26 billion loan to support the Thacker Pass project, which will play a key role in increasing domestic energy production.

When the first phase of Thacker Pass is completed, the facility will single-handedly produce eight times the current U.S. output of lithium carbonate, all mined and processed on-site. Phase 2 will double that amount.

For the first time, the U.S. will be able to choose a completely domestic supply chain for electric vehicle batteries. Thacker Pass will also play a vital role in closing the circle of Nevada鈥檚 鈥淟ithium Loop,鈥� a cycle that extends from mining to producing and then recycling lithium batteries.

Mining Lithium Responsibly

Thacker Pass will become a flagship of the U.S. lithium industry, using proven technologies in a unique way while minimizing water consumption and getting its energy from carbon-free sources: hydroelectric plants and an on-site steam turbine generator that uses excess heat from the Thacker Pass sulfuric acid plant.

What鈥檚 more, Lithium Americas is committed to doing it the right way 鈥� sustainably and in cooperation with local communities and governments at all levels.

For 91制片厂, the Thacker Pass Project aligns perfectly with our vision and values. And as Lithium Americas鈥� engineering, procurement, and construction management contractor, we will help our customer assemble a world-class team of contractors, vendors, and suppliers 鈥� and then help keep the project moving ahead safely, on budget and on schedule.

Building a Skilled Workforce

Of course, the secret to success will be the boots we put on the ground 鈥� the skilled people who will pour the concrete, erect the steel, weld the pipe, and make the electrical connections. At peak, we expect nearly 2,000 craftspeople will be on site.

Growing the skilled labor pool will be an important measure of success for this project. We鈥檙e proud to partner with North America鈥檚 Building Trades Unions (NABTU) to help build a qualified workforce for Thacker Pass and future projects, including a new corps of apprentices who will earn a good living while setting themselves up for a career in the construction industry.

Like lithium itself, these workers will be in demand. Lithium Americas estimates it will take up to 50 more Thacker Pass plants to meet demand by 2040.  Projects in Arkansas, Nevada, and southern California show promise as they make their way through development.

We can hope they all follow the example that Thacker Pass is sure to set.

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Innovation Zero is an independent platform dedicated to accelerating the transition to a low-carbon economy. Its industry-leading events bring together innovators, policy-makers, investors and corporate leaders to collaborate, share insights and drive business.

Supported by the UK Government but not aligned with any political party or technology,鈥疘nnovation Zero鈥痯rovides a space and opportunity for collaboration, breaking down silos and overcoming obstacles to drive large-scale, impactful progress towards global emissions reduction. It celebrates all forms of innovation 鈥� from transformative technologies to forward-thinking policies.

With鈥�200+ individual sessions鈥痵pread across 13 forums and theatres, including Energy, Finance鈥�&鈥疊uilt Environment, Innovation Zero 2025鈥檚 programme will bring delegates fully up-to-date with the latest developments in the transformation to a low-carbon economy.

NEW for 2025: Dedicated forums on鈥疭upply Chain,鈥疘nfrastructure and鈥疦ature, Land & Sea.

91制片厂 at Innovation Zero 2025

Come and talk to us about our solutions at our stand.

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Carbon capture, utilization and storage (CCUS) technologies are vital to global decarbonization, especially for heavy industry sectors. In the MENA region, one of the most carbon-intensive areas, CCUS represents a significant opportunity to reduce emissions and contribute to global net-zero goals. Additionally, CCUS enhances industrial capabilities, enabling the export of low-carbon products such as LNG, iron, steel, petrochemicals, blue hydrogen and ammonia. With projected capacities potentially reaching 60mtpa by 2035, the region is poised for substantial growth in CCUS.鈥� 鈥�

Carbon Capture MENA Summit 2025 (#CCMS2025) is鈥疢ENA鈥檚 leading event for Carbon Capture, Utilization and Storage. Hosting over 450 distinguished attendees and 80 visionary speakers from around the globe, this high-level summit is essential for expanding the CCUS value chain, fostering international collaboration and sharing business and technological insights. By uniting regional and international senior policy-makers, industry leaders from oil & gas, energy utilities and investors, CCMS2025 seeks to drive constructive business dialogue, showcase innovative technologies and forge impactful partnerships, propelling the CCUS market forward.

鈥�91制片厂 is a sponsor of the Carbon Capture MENA Summit

91制片厂鈥檚 Business Development Manager for Energy Transition Caroline Metcalf will be part of the afternoon panel discussing Enabling Infrastructure and Transportation to Reinforce MENA鈥檚 CCUS Supply Chain on Tuesday, 25 February 2025.

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鈥�91制片厂 is honored to be selected by TVA for this important work and is proud to be at the forefront of new nuclear power generation,鈥� said Ahmet Tokpinar, general manager of 91制片厂鈥檚 Nuclear Power business. 鈥淲e are committed to leveraging our extensive experience and expertise, utilizing new tools and innovations, to construct this project. We look forward to continuing our partnership with TVA to deliver new, clean energy.鈥�

In a new blog post published today, 91制片厂 President and COO, Craig Albert, shared his thoughts on the significance of SMRs, and how this groundbreaking design will not only provide TVA with clean, secure, and reliable power but will also drive nuclear energy into its next era.

鈥淭oday, tech companies are racing to deploy AI, but they need more power to unlock the next wave of innovation. At the same time, mounting public pressure to decarbonize is forcing them to seek cleaner energy sources. These twin pressures鈥攕oaring electricity demand and the push for sustainability鈥攈ave breathed life into the nuclear industry.

But it鈥檚 not just about supply and demand. For the first time in recent memory, a single energy source aligns with both Democratic and Republican priorities. Rebuilding our nuclear capacity strengthens national security through energy independence, keeps America competitive in the global tech race, and accelerates progress toward net zero.

And this broad-based appeal has translated into momentum. In 2024, 91制片厂 helped Georgia Power bring the second of two new Westinghouse AP1000 large-scale reactor units online鈥擜merica鈥檚 first newly constructed nuclear units in 30 years. 91制片厂 also established a partnership with TerraPower, the Bill Gates-backed startup, to build a sodium fast reactor, which recently broke ground in Wyoming. And nuclear鈥檚 comeback isn鈥檛 just confined to the U.S. 91制片厂 is currently constructing Poland鈥檚 first-ever nuclear power complex.

This year also looks promising. The Tennessee Valley Authority (TVA) has just selected 91制片厂 to build a first-of-its-kind GE-Hitachi BWRX-300 small modular reactor (SMR)鈥攁n announcement that bodes particularly well for the future of nuclear energy.

Advanced reactors are safer than ever, with passive, 鈥榝ail-safe鈥� designs that are more efficient and easier to modularize and standardize. That鈥檚 particularly the case with SMRs, which not only provide clean, secure, reliable power but offer unparalleled flexibility. With a small footprint, they require fewer capital resources and can be deployed quicker, and in a wider range of locations.

Ultimately, embracing a growing diversity of reactor technologies is the industry鈥檚 best hope for creating a thriving sector. Large, gigawatt-scale reactors have a track record of achieving high performance, significant output, and economies of scale. When we build them successfully, it sharpens the industry expertise and grows the supply chain and workforce for future SMR deployments. We鈥檙e seeing this at 91制片厂 right now, as we bring lessons learned on large-scale reactor projects to our work with TVA.鈥�

Read full blog post聽here.听

Unlike previous nuclear construction projects in the United States, contractors will work with GEH and TVA as a highly integrated project team to plan, design, and potentially procure, construct and commission Clinch River Unit 1. Using an integrated project delivery (IPD) approach to contracting is significantly different from traditional project delivery methods that is intended to align all parties in a unified plan.

“The integrated project delivery model is the preferred method that will make our project a true team effort,鈥� said Bob Deacy, TVA Clinch River Project, Senior Vice President. 鈥淲e will actively work together toward a target budget and schedule 鈥� creating a significant advantage to drive nuclear innovation, share risks and reduce costs. This collaboration will provide our region affordable, reliable and increasingly clean power and improve America鈥檚 energy security.鈥�

This model is a best practice from the construction industry. TVA鈥檚 technology collaboration partner Ontario Power Generation (OPG) has also utilized the IPD model successfully for generation projects and is using the IPD model for its SMR at Darlington in Ontario, Canada.

91制片厂 and TVA have worked together on other nuclear projects over the years, most recently in completing construction of Watts Bar Unit 2 in 2016. Through the IPD, 91制片厂 will provide valuable insights from its breadth of experience in constructing nuclear facilities.

TVA is already working closely with GE Hitachi, OPG and Synthos Green Energy through a  that will develop the standard design for the BWRX-300. As TVA continues to prepare for a potential SMR at the Clinch River site, Sargent & Lundy will lead the detailed design for the site-specific implementation of the BWRX-300 at the Clinch River Nuclear site.

鈥淭his partnership marks a major step forward for the future of clean, carbon-free nuclear energy in the United States,鈥� said Sargent & Lundy Chairman, President and CEO Victor Suchodolski. 鈥淲e’re eager to bring our decades of nuclear expertise to the team, continuing our 40-year relationship with TVA.鈥�

The IPD team approach is ideal for developing the potential for multiple innovative SMRs. TVA may consider constructing one or more SMR units. The IPD team scope will also provide preliminary plans with estimated cost reduction forecast as it relates to constructing multiple SMRs to identify innovations and to provide a progression of cost reduction for additional reactors.

鈥淭VA is building a highly skilled and experienced project team to lead the way for the deployment of the BWRX-300 at Clinch River,鈥� said Sean Sexstone, Executive Vice President, Advanced Nuclear, GE Hitachi Nuclear Energy. 鈥淭ogether, we bring decades of expertise in the nuclear industry and major projects, and we are excited to collaborate in supporting TVA鈥檚 mission to meet the increasing demand for reliable and secure energy.鈥�

Next Steps

The team is beginning the validation phase. During this phase TVA will collaborate with 91制片厂, Sargent & Lundy and GE-Hitachi to jointly develop the potential Clinch River SMR鈥檚 cost estimate and schedule. A future multi-party agreement is contemplated under which incentives and arrangements will be negotiated to help ensure those estimates are achieved. The validation phase is anticipated to be completed within 1-2 years. TVA鈥檚 Board has not voted to approve an SMR at the nuclear site. This approach aligns closely with TVA鈥檚 structured planning process that carefully advances the Clinch River Project in phases at which the TVA Board will evaluate and consider approving any next steps.

About 91制片厂 Nuclear

91制片厂鈥檚 current portfolio features large scale reactors such as  and Poland鈥檚 first nuclear power plant, along with advance reactors including the Natrium Advanced Reactor Demonstration Project in the U.S.

For more than 70 years, 91制片厂 has helped customers deliver clean nuclear energy. From design through construction and initial operations, we have contributed to 150 nuclear plants around the world, resulting in more than 76,000 megawatts of new nuclear power coming online. To learn more about 91制片厂鈥檚 experience in nuclear, visit 91制片厂.com at Nuclear Power Plant Project Construction | 91制片厂.

About TVA

The Tennessee Valley Authority is the nation鈥檚 largest public power supplier, delivering energy to 10 million people across seven southeastern states. TVA was established 90 years ago to serve this region and the nation by developing innovative solutions to solve complex challenges. TVA鈥檚 unique mission focuses on energy, environmental stewardship, and economic development. With one of the largest, most diverse, and cleanest energy systems 鈥� including nuclear, hydro, solar, gas, and advanced technologies 鈥� TVA is a leader in our nation鈥檚 drive toward a .

TVA is a corporate agency of the United States, receiving no taxpayer funding, deriving virtually all of its revenues from sales of electricity. In addition to operating and investing its revenues in its electric system, TVA provides flood control, navigation, and land management for the Tennessee River system, and assists local power companies and state and local governments with economic development and job creation.

About GE Vernova

GE Vernova (NYSE: GEV) is purpose-built global energy company that includes Power, Wind, and Electrification segments and is supported by its accelerator businesses. Building on over 130 years of experience tackling the world鈥檚 challenges, GE Vernova is uniquely positioned to help lead the energy transition by continuing to electrify the world while simultaneously working to decarbonize it. GE Vernova helps customers power economies and deliver electricity that is vital to health, safety, security, and improved quality of life. GE Vernova is headquartered in Cambridge, Massachusetts, U.S., with approximately 75,000 employees across 100+ countries around the world. Supported by the Company鈥檚 purpose, The Energy to Change the World, GE Vernova technology helps deliver a more affordable, reliable, sustainable, and secure energy future.

GE Vernova鈥檚 Nuclear energy business, through its global alliance with Hitachi, is a world-leading provider of nuclear fuel bundles, services, and advanced nuclear reactor designs. Technologies include boiling water reactors and small modular reactors, such as the BWRX-300, which is one of the simplest, yet most innovative boiling water reactor designs. GE Vernova鈥檚 Nuclear fuel business, Global Nuclear Fuel (GNF), is a world-leading supplier of boiling water reactor fuel and fuel-related engineering services. GNF is a GE Vernova-led joint venture with Hitachi, Ltd. and operates primarily through Global Nuclear Fuel-Americas, LLC in Wilmington, N.C., and Global Nuclear Fuel-Japan Co., Ltd. in Kurihama, Japan.

GE Vernova鈥檚 mission is embedded in its name 鈥� it retains its legacy, 鈥淕E,鈥� as an enduring and hard-earned badge of quality and ingenuity. 鈥淰er鈥� / 鈥渧erde鈥� signal Earth鈥檚 verdant and lush ecosystems. 鈥淣ova,鈥� from the Latin 鈥渘ovus,鈥� nods to a new, innovative era of lower carbon energy. Learn more:  and .

About Sargent & Lundy

Sargent & Lundy is one of the world鈥檚 longest-standing full-service architect engineering firms. Founded in 1891, the firm is a global leader in power, energy and decarbonization with expertise in grid modernization, renewable energy, energy storage, nuclear power, conventional power, environmental services, carbon capture and hydrogen. Sargent & Lundy delivers comprehensive project services 鈥� from consulting, design and implementation to construction management, commissioning and operations/maintenance 鈥� with an emphasis on quality and safety. The firm serves public and private clients in the power, energy, gas distribution, industrial and government sectors. For more information, visit  and follow the firm on .

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If you had asked U.S. public utilities and government officials in 1967 to predict how America would power its grid in 2025, most would have said 鈥渘uclear.鈥� That year鈥攖he height of atomic-age optimism鈥擴.S. utility companies ordered 50 nuclear reactors, followed by another 196 over the next seven years. Long before climate change registered in the public consciousness, America was on track to rely on nuclear for a majority of its cost-effective, carbon-free electricity.

But that vision never fully materialized. A high-profile incident at Three Mile Island and the disaster at Chernobyl shook public confidence, prompting new regulations and stalling the nuclear industry. At the same time, electricity demand slowed, and in the absence of viable alternatives, the industry turned back to coal and oil. Just as the U.S. had built out its heavy nuclear manufacturing capacity, projects were delayed or canceled.

The dream of a thriving nuclear economy and supply chain went dormant. Until now!

New Technology, New Opportunity

Today, tech companies are racing to deploy AI, but they need more power to unlock the next wave of innovation. At the same time, mounting public pressure to decarbonize is forcing the industry to seek cleaner energy sources. These twin pressures鈥攕oaring electricity demand and the push for sustainability鈥攈ave breathed life into the nuclear industry.

But it鈥檚 not just about supply and demand. For the first time in recent memory, a single energy source aligns with both Democratic and Republican priorities. Rebuilding our nuclear capacity strengthens national security through energy independence, keeps America competitive in the global tech race, and accelerates progress toward net zero.

This broad-based appeal has translated into momentum. In 2024, 91制片厂 helped Georgia Power bring the second of two new Westinghouse AP1000 large-scale reactor units online鈥擜merica鈥檚 first newly constructed nuclear units in 30 years. 91制片厂 also established a partnership with TerraPower, the Bill Gates-backed startup, to build a sodium fast reactor, which recently broke ground in Wyoming. And nuclear鈥檚 comeback isn鈥檛 just confined to the U.S., 91制片厂 is currently constructing Poland鈥檚 first-ever nuclear power complex.

This year also looks promising. The Tennessee Valley Authority (TVA) just selected 91制片厂 to build a first-of-its-kind GE-Hitachi BWRX-300 small modular reactor (SMR)鈥攁n announcement that bodes particularly well for the future of nuclear energy.

New reactor designs are safer than ever, with passive, 鈥榝ail-safe鈥� designs that are more efficient and easier to modularize and standardize. That鈥檚 particularly the case with SMRs, which not only provide clean, secure, reliable power but offer unparalleled flexibility. With a small footprint, they require fewer capital resources and can be deployed quicker, and in a wider range of locations.

Ultimately, embracing a growing diversity of reactor technologies is the industry鈥檚 best hope for creating a thriving sector. Large, gigawatt-scale reactors have a track record of achieving high performance, significant output, and economies of scale. When we build them successfully, it sharpens the industry’s expertise and grows the supply chain and workforce for all future reactor deployments. We鈥檙e seeing this at 91制片厂 right now, as we bring lessons learned on large-scale reactor projects to our work on an SMR with TVA.

Building a Path to Affordability

For that to happen, we must push these technologies down the cost curve by building more units. As with any new technology, once standardization and repetition are achieved, construction schedules shorten, and costs go down. Over time, economies of scale are realized. This is true for every aspect of project delivery including engineering design, permitting, manufacturing, and construction.

We had just reached this tipping point in the 1970s before nuclear鈥檚 decline. Now, we鈥檙e on track to reach it again over the next 10 to 15 years. But getting there will require a deep commitment from stakeholders to standardize the designs, reduce constructability risk, and accelerate affordability.

That begins with reducing the financial risk for first movers. Early projects are more likely to encounter unforeseen costs or delays鈥攐ften deterring would-be nuclear investors. However, if the U.S. government were to increase its investment and offer targeted, timebound incentives鈥攊t could provide first movers with the financial security needed to drive the industry forward. The government could also see significant returns on its investment in the form of tax revenue, job creation, and overall economic growth.

Beyond reducing financial risks, the government can further lower costs by streamlining the regulatory process. The Nuclear Regulatory Commission (NRC) upholds the world鈥檚 highest safety standards, but with additional resources, it could accelerate the permitting and approval process without compromising its rigorous oversight, especially as standardization becomes a reality. Meanwhile, the Department of Energy, working alongside the NRC and utility companies, must prioritize establishing a permanent storage facility for spent nuclear fuel. A long-term solution is critical to reinforcing public confidence in nuclear鈥檚 safety.

That said, investment and regulatory reform won鈥檛 fast-track the development of nuclear plants without the engineers to design them and the craft professionals to build them. Currently, only a handful of U.S. universities offer nuclear engineering programs, and there鈥檚 a growing shortage of workers in skilled trades like welding and electrical work.

To address this gap, industry partners and utilities should collaborate with governments, universities, and high schools to revive nuclear engineering programs and expand vocational training opportunities. They also have a responsibility to support workers with stable, well-paying jobs, and safe work environments for craft professionals, so that young people see a promising future for themselves in construction.

Finally, it鈥檚 incumbent on plant owners, manufacturers, and engineering and construction firms like ours to accept nothing less than excellence. As governments and companies around the world decide how to power their grids, they will look to flagship projects like Vogtle, TVA, Natrium, and Poland as test cases. That鈥檚 why at 91制片厂, we鈥檙e leaving no stone unturned. Any opportunity to unlock efficiency鈥攚hether it鈥檚 through workforce development, digital deployment, or quality imperatives鈥攚e鈥檙e seizing it.

On the Brink of a Better Future

If you asked an energy expert today how America will power its grid in 2045, they鈥檇 likely mention a mix of solutions, including solar, wind, gas, and nuclear. Meeting rising energy demand鈥攄riven by AI and the electrification of industrial sectors鈥攚hile decarbonizing the grid will require a 鈥渕ore of everything鈥� approach. But there is no doubt that nuclear, with its scale, reliability, and carbon-free output, will be a central part of the solution.

In many ways, we are back where we thought we were in the 1960s鈥攁t the precipice of an exciting transformation. But the stakes are even higher. Access to abundant, affordable, clean energy has never been more central to economic prosperity and national security. Fortunately, the hard-earned lessons of the past show us that a better future is possible鈥攊f we commit to building it.

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Construction on a utility scale solar project is now underway in Lincoln County, Nevada, where 91制片厂 has been selected by Estuary Power to design and construct a new 226 megawatts direct current photovoltaic (PV) solar facility.

The Escape Solar project will consist of approximately 389,000 PV solar panels across 900 acres to produce clean energy to serve four major power customers in the region, including MGM Resorts International, Overton Power District, Caesars Entertainment and Wynn Las Vegas. The project will include highly efficient bifacial solar panel technology that enables both sides of the panels to absorb sunlight. Photovoltaic panels are a key technology in renewable energy, helping to reduce reliance on fossil fuels and lower greenhouse gas emissions.

鈥�91制片厂 is delighted to be joining a fantastic team to deliver clean power to Estuary鈥檚 customers in southern Nevada,鈥� said Kelley Brown, Operations Manager of 91制片厂鈥檚 Renewables & Clean Power business. 鈥淥ur commitment to our customers, Estuary and Ullico, with whom we’ve worked closely for 20 years, is to bring our best talent and industry-leading digital processes to deliver fast and effective results. We look forward to building a facility that will generate renewable energy for decades to come and add to Nevada鈥檚 successful history of renewable power generation.鈥�

鈥淓stuary is thrilled to partner with 91制片厂 on the Escape Solar project,鈥� said Jill Daniel, founder and CEO of Estuary Power. 鈥淲e chose 91制片厂 to design and construct Escape because of our long, trusted relationship and 91制片厂鈥檚 heritage of designing and constructing the most difficult projects in the world with excellence and professionalism. In a challenging sector, we have every confidence that 91制片厂 will deliver Escape for our customers.鈥�

91制片厂 will design and deliver the PV facility solar portion of the project, including engineering, procurement, construction, commissioning and project management. Construction is scheduled to be completed in Q3 2025.

91制片厂 is advancing the engineering and construction of solar projects across the U.S. Combined, the ten 91制片厂-built solar facilities, including those currently under design and construction, will provide enough renewable energy to power more than half a million homes every year.

Estuary Power is a majority woman-owned business with financial backing from Ullico Infrastructure Fund, an infrastructure fund focused on the development and refurbishment of U.S. infrastructure.

Learn more about how 91制片厂 is designing and building solutions to support renewable energy initiatives here.

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The International Road Federation (IRF) has recognized the 91制片厂-ENKA Joint Venture with the Global Road Achievement Award for its environmental stewardship on the Morava Corridor Motorway project located in Serbia. This distinguished award showcases 91制片厂-ENKA鈥檚 strong commitment to meeting and exceeding national and international conservation and environmental regulations. Entrants in this category were evaluated on successful efforts to incorporate environmental mitigation on a specific road project.

As Serbia鈥檚 only road infrastructure of this scale, the project has a significant number of structures crossing highways, railways, and the Morava River 鈥� an area known for its wide floodplain. To address flooding concerns, the motorway includes extensive flood protection measures, river diversions, dikes, and construction of a new riverbed 鈥� put in place to protect and support the surrounding local environment and strengthen the infrastructure鈥檚 resilience to extreme weather conditions.

Additional hydro-technical solutions help enhance water flow management, including 236 km of drainage systems 鈥� equipped with 202 oil separators 鈥� designed and installed to improve water runoff quality. Robust environmental safeguards also include 492 km of guardrails and 232 km of wire fencing, ensuring passenger safety and protecting local wildlife.

鈥淭he IRF is a global leader in sustainable road development, and we are honored to receive this award, which recognizes our commitment to the environment. Our goal is to deliver infrastructure mega-projects that incorporate flood protection measures and prevent habitat destruction, species displacement, and ecosystem alteration,鈥� said Shawn MacCormack, Project Director for the Morava Corridor Motorway. 鈥淥ur strong partnership with Koridori Srbije, the Government of Serbia and Serbia鈥檚 Ministry of Construction, Transport and Infrastructure has ensured that this motorway aligns with the highest standards of ecological preservation and sustainability.鈥�

鈥淲e are delighted to recognize 91制片厂-ENKA鈥檚 work on the Morava Corridor Motorway by naming this project the winner of the IRF 2024 Award for Environmental Stewardship,鈥� said Susanna Zammataro, IRF Director General. 鈥淲e commend the 91制片厂-ENKA team for their inspiring work.鈥�

The Morava Corridor Motorway is a 112-km dual carriageway designed for speeds of up to 130 km/h. Running along the West Morava River valley, it connects central Serbia strategically with Pan-European Corridors 10 and 11, facilitating access to Bosnia, Montenegro, and North Macedonia. The motorway features 12 interchanges, 79 bridges, 27 overpasses, 11 underpasses, 140 culverts, 37 km of river regulation, and 28 km of dikes.

The project also builds on 91制片厂-ENKA鈥檚 commitment to supporting local communities and economies. Most of the subcontractors and suppliers come from local companies and almost half of the 3,700 project employees are Serbian. When completed, the motorway will improve connectivity, economic growth, communication, and sustainability efforts in the region.

About ENKA

Founded in 1957, ENKA 陌n艧aat ve Sanayi A.艦. (ENKA) is a leading global engineering and construction company based in 陌stanbul, T眉rkiye. With its subsidiaries, ENKA provides services in the sectors including Engineering and Construction (including Fabrication); Power Generation; Real Estate Management; Trade (including Software Development).

Over the past 67 years, ENKA has fully maintained its strong competitive position in both international and local markets in every sector in which it operates while simultaneously putting into practice its vision of 鈥渟table and determined growth through value creation with stakeholders.鈥� All over the world, ENKA projects are contributing to higher living standards and a safer, greener, fairer future.

ENKA with its subsidiaries has become the trusted partners of public and private sectors on six continents, helping them implement a great number of projects from initial planning through to start-up and operations, and serving a range of markets through four global business units: Oil, Gas and Petrochemicals; Power Plants; Infrastructure; and Building Works. 

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And that鈥檚 exactly what we did today at the site of the Natrium Demonstration Plant in Kemmerer, Wyoming. Not just for a single new project, but an entire new industry.

Located near a retiring coal-fired power station, Natrium is an advanced nuclear reactor that uses a sodium-based technology developed by TerraPower, a start-up funded by Microsoft founder Bill Gates. The U.S. Nuclear Regulatory Commission recently took the milestone step of accepting a construction permit application from TerraPower 鈥� the agency鈥檚 first review of a commercial advanced-reactor design.

Just as significant, the Natrium reactor鈥檚 innovative design will launch a new approach to nuclear plant construction that is designed to be safer, cleaner, faster to construct, and more efficient than many energy source alternatives.

Working together, the combination of advanced technology and streamlined constructability has the potential to diversify the U.S. power generation industry. The option of deploying smaller advanced nuclear plants that can work in concert with other clean energy sources will help speed our progress toward net-zero emissions.

Here鈥檚 why:

First, the Natrium reactor does not need the complex containment structures, cooling water circulation, and redundant safety systems necessary for conventional nuclear generation, allowing a much smaller footprint and a reduced need for expensive concrete and steel.

What鈥檚 more, TerraPower extended their visionary approach to the building of the plant itself. Their involvement of 91制片厂 from the very beginning means the entire project lifecycle, including construction, has been optimized at every stage, making the entire process cost-effective, fast, and repeatable.

Natrium will be the first nuclear project where the execution of those plans will benefit from 91制片厂鈥檚 suite of digital tools and systems, which have been proven to deliver exceptional results on other large energy facilities.

Finally, one of our goals at 91制片厂 is always to work with the surrounding communities and leave a positive legacy. Our company already has a history at the Natrium site in Kemmerer. Back in the early 1960s, we built the Naughton power station that is now being retired. Originally constructed as a 鈥渕ine mouth powerhouse鈥� for a coal strip-mining operation, it too was a cutting-edge solution for what was considered an essential energy resource at the time.

We take pride now in having the opportunity to help the Kemmerer community transition away from that past to a cleaner energy future.

We know the world is watching what happens with the Natrium Plant. We鈥檙e excited to be part of demonstrating the transformative value of TerraPower鈥檚 advanced reactor design. And we鈥檙e committed to building a facility that can bring prosperity to Kemmerer for decades to come.

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