Balfour Beatty Highlights Role in Net Zero Teesside Power Project
Balfour Beatty has been featured in New Civil Engineer for its role in delivering the Net Zero Teesside Power (NZT Power) project, a major energy infrastructure development in Teesside, England. The project is being developed as a commercial-scale gas-fired power station designed to operate with integrated carbon capture and storage (CCS) technology, marking an important development in the UK’s efforts to reduce emissions from power generation.
NZT Power is designed to generate up to 742 megawatts (MW) of electricity, providing enough power to meet the average annual electricity needs of more than one million homes in the United Kingdom. At the same time, the facility is expected to capture approximately 95% of its carbon dioxide emissions, with the captured carbon intended for storage as part of the wider carbon capture and storage system.
The project combines large-scale power generation with carbon management infrastructure and requires extensive construction, engineering and coordination. Balfour Beatty is serving as the main construction subcontractor, delivering significant civil engineering works needed to support the power station and associated carbon capture facilities.
Civil Engineering at the Core of Construction
Balfour Beatty’s responsibilities include delivering major civil engineering elements of the project, including extensive foundations and supporting infrastructure.
The civil works are essential to the development because the project requires foundations capable of supporting large and complex items of plant and equipment. These structures must also accommodate the systems associated with carbon capture and processing.
The scale of the construction program creates a wide range of technical and logistical requirements. Coordinating civil works with the installation of major equipment, carbon capture systems and other project components requires close collaboration among multiple organizations and specialist teams.
The New Civil Engineer feature highlights the complexity of delivering infrastructure of this scale while maintaining progress on an ambitious construction schedule.
Supporting the UK’s Energy Transition
The NZT Power project is being developed as part of the UK’s broader transition toward lower-carbon energy systems. By combining natural gas-fired electricity generation with carbon capture and storage, the project is intended to significantly reduce the emissions associated with power production.
The planned capture rate of approximately 95% represents a central feature of the facility’s design. The project therefore requires not only conventional power-generation infrastructure but also additional equipment and systems for capturing, processing and managing carbon dioxide.
This integration adds another level of complexity to construction and requires engineering, civil works and installation activities to be coordinated throughout the project lifecycle.
The planned generation capacity of up to 742MW also gives the project a substantial role in the UK’s electricity infrastructure. According to the project description, the facility will be capable of supplying electricity equivalent to the average annual demand of more than one million UK homes.
Investment in Local Skills and Employment
Beyond its technical objectives, the NZT Power project is expected to generate significant economic activity in Teesside and across the UK supply chain.
More than 3,000 people are expected to work on the project during the construction phase, creating demand for a broad range of engineering, construction, technical and support roles.
Balfour Beatty has highlighted the importance of using the project to develop local skills and create opportunities for workers in the region. Large infrastructure projects can provide training and career development opportunities while helping build a workforce with experience in complex engineering and construction activities.
Andy Lambden, project director at Balfour Beatty, said major projects of this scale have been relatively uncommon in the UK in recent decades. He noted that delivering a large development at speed can create challenges associated with workforce availability and specialist skills.
At the same time, Lambden emphasized the potential for the project to create long-term opportunities for local workers and contribute to the development of talent within the region.
“Projects of this scale have been relatively rare in the UK in recent decades, and delivering a major development at pace inevitably brings challenges around skills and workforce availability,” Lambden said. “However, it also presents a significant opportunity to develop local talent, create long-term careers and leave a lasting legacy within the region.”
Collaborative Delivery Model
The scale and technical complexity of NZT Power also require close coordination among the various companies and teams involved in the project.
Julie Cranga, project sponsor at Technip Energies, highlighted the collaborative approach being used by the project’s delivery partners. While individual organizations and teams maintain clearly defined areas of responsibility, the project requires them to work together toward shared goals.
“Although everybody has a clear scope, we work in a collaborative manner with people at each level knowing how to work together towards common objectives,” Cranga said.
This approach is particularly important on a project where civil engineering, power generation, carbon capture and associated infrastructure must be delivered as part of a coordinated system.
Building Complex Energy Infrastructure
Balfour Beatty’s involvement in NZT Power demonstrates the role that major civil engineering contractors can play in delivering emerging energy infrastructure. The company’s work extends beyond conventional construction to include the foundations and infrastructure needed for a facility that combines power generation with carbon capture technology.
The project also presents logistical challenges associated with managing large volumes of materials, specialist equipment, construction personnel and multiple work packages within a single development.
As construction progresses, coordination between engineering disciplines and project partners will remain central to maintaining delivery schedules and ensuring that the different parts of the facility can operate together as intended.
A Major Development for Teesside
The NZT Power project represents a significant investment in Teesside and the UK’s energy infrastructure. Its combination of gas-fired power generation and integrated carbon capture is intended to provide electricity while substantially reducing the project’s carbon dioxide emissions.
For Balfour Beatty, the project offers an opportunity to contribute its civil engineering expertise to a major energy development while supporting local employment and skills development.
As the development progresses, its impact will extend beyond the physical infrastructure. The project is expected to support thousands of construction jobs, strengthen supply-chain activity and provide opportunities for workers to gain experience on one of the UK’s major energy projects.
With a planned generating capacity of 742MW and a target of capturing approximately 95% of its carbon dioxide emissions, NZT Power is being delivered at a scale that requires extensive engineering and construction coordination. Balfour Beatty’s role in the civil works forms a key part of that effort, supporting the foundations and infrastructure needed to bring the project to completion.
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