Honeywell Technology Supports Major UK Decarbonization Programs
Honeywell announced its selection by Technip Energies to deliver automation and safety technologies for the NZT Power and NEP projects. These initiatives represent key milestones in the United Kingdom’s national decarbonization strategy. Moreover, both projects rely on advanced industrial automation to achieve high safety and reliable performance.
Integrated ICSS Architecture Enhances Operational Efficiency
Honeywell will provide an Integrated Control and Safety System that combines process control and safety functions under one architecture.
This unified design improves operational clarity and reduces complexity across plant systems.
Moreover, it supports long-term digitalization by connecting DCS, PLC platforms and plant-wide control systems.
In my experience, such integrated systems significantly reduce unexpected shutdowns and lower lifecycle maintenance costs.
NZT Power Builds a Low-Carbon Gas Plant with CCS Technology
The NZT Power facility aims to become the world’s first commercial gas-fired station with full carbon-capture capability.
The plant will generate more than 740 MW of flexible low-carbon electricity for UK consumers.
Moreover, it expects to capture up to two million tonnes of CO₂ every year.
As a result, the project will accelerate the UK’s transition toward net-zero industrial operations and strengthen regional energy security.
NEP Creates the UK’s First Multi-Site CO₂ Transport Network
The NEP project will collect CO₂ from industrial sites across Teesside and the Humber regions.
It will transport the captured CO₂ through onshore pipelines and offshore storage formations beneath the North Sea.
In addition, Honeywell’s automation technology will support stable operation across the entire transport and storage network.
This approach follows proven global practices used in large pipeline and offshore reservoir projects.
Industry Collaboration Strengthens Project Delivery
Technip Energies leads a consortium that includes GE Vernova and Balfour Beatty.
Together, they manage engineering, procurement and construction activities for both projects.
Moreover, this collaboration sets a global benchmark for future CCS developments and highlights the importance of automation in large-scale energy infrastructure.
According to Honeywell, advanced automation is essential when operators scale emerging carbon-capture technologies.
Honeywell Reinforces Its Commitment to Clean-Energy Automation
Honeywell supports these projects with extensive local expertise and a strong UK workforce.
Its technology portfolio, including Honeywell Forge and the Honeywell Accelerator operating system, improves safety, productivity and sustainability across multiple sectors.
Moreover, the company continues to invest in digital tools that help industrial users modernize legacy systems and enhance plant performance.
This commitment strengthens its leadership within the factory automation and process-control markets.
Practical Applications and Industrial Use Cases
The automation technology used in NZT Power and NEP applies to many industrial sectors.
Refineries can integrate CO₂ capture units into DCS or PLC networks.
Power plants can use ICSS platforms for flexible, low-carbon energy dispatch.
Moreover, petrochemical facilities can deploy high-integrity safety systems for complex reactors and compressor stations.
As a result, operators gain higher efficiency and more reliable emissions-reduction performance.
Author Insights on Industry Trends
In my view, CCS projects will continue to drive upgrades in modern control systems.
Many operators now replace aging automation platforms to meet new safety, data and emissions requirements.
Moreover, integrated ICSS solutions help streamline operational workflows and reduce engineering time.
These UK projects may become reference models for future CCS investments in Europe and the Middle East.
As a result, suppliers with strong automation expertise will gain a clear advantage in the global energy-transition market.