As industrial operators across the UK face mounting pressure to improve efficiency, meet compliance demands and deliver more sustainable operations, the role of asset performance is undergoing a fundamental shift.
Rod Agnew, Senior Vice President, Business Unit Asset Performance, Segment Western Europe, at Bilfinger, explores how integrated service models are redefining maintenance – moving it from a reactive necessity to a strategic driver of reliability, safety and long-term performance. He writes:
Across the UK’s process industries, asset performance is no longer viewed as a standalone maintenance function. Instead, it is becoming a strategic lever – central to improving efficiency, ensuring compliance and supporting long-term operational resilience.
For operators working in complex, regulated environments, the expectations have changed. Maintenance providers are no longer simply asked to maintain assets – they are expected to enhance performance, reduce risk and contribute to broader business outcomes.
In my view, this shift is fundamentally reshaping how industrial services are delivered.
A more complex operating landscape
Process industries such as life sciences, energy and chemicals are operating under increasing pressure. Facilities must maintain high levels of reliability while complying with strict regulatory frameworks and managing cost and resource constraints.
At the same time, production environments are becoming more technically complex, with tighter tolerances and greater scrutiny on quality and safety. In these conditions, traditional, reactive maintenance approaches are no longer sufficient.
Instead, operators are looking for partners that can deliver integrated, proactive solutions across the entire asset lifecycle.
This includes not only core mechanical, electrical and instrumentation services, but also access, insulation, and specialist support – all delivered in a coordinated way to ensure consistency and efficiency.
The value of integration
An integrated approach to asset performance brings together engineering, maintenance, turnaround execution and project support into a single, aligned delivery model.
When done effectively, this allows for:
Greater operational visibility, with data and insights shared across disciplines
Improved planning and execution, reducing unplanned downtime
Optimised resource allocation, ensuring the right skills are deployed where they deliver the most value
Continuous improvement, driven by standardised processes and best practices
Standardised methodologies play a critical role here. By applying consistent frameworks for maintenance and turnaround delivery, organisations can streamline execution, reduce variability and drive more predictable outcomes.
Ultimately, this moves maintenance from a cost centre to a value driver – directly contributing to plant reliability and long-term performance.
Operating in highly regulated environments
The importance of integration becomes even more pronounced in regulated sectors such as biopharma and life sciences.
In these environments, compliance is not optional – it is fundamental to safe and effective operations. Maintenance activities must be carried out within strict regulatory frameworks, often alongside live production processes.
This requires a deep understanding of:
Good Manufacturing Practice (GMP) requirements
Quality assurance and documentation standards
The impact of maintenance on validated systems
Delivering in this context demands not only technical expertise, but also robust governance and a strong safety culture.
It is here that experience, consistency and a multi-disciplinary capability become critical differentiators.
Reducing risk through smarter delivery models
Beyond maintenance itself, the way services are delivered is also evolving.
One of the most significant developments in recent years has been the increased use of offsite fabrication and pre-assembled systems. By shifting complex work into controlled workshop environments, operators can significantly reduce on-site risk and improve overall project efficiency.
Advances in digital technologies, such as 3D laser scanning, are further enhancing this model – enabling precise measurements and ensuring that fabricated systems integrate seamlessly into existing plant infrastructure.
Supporting performance and sustainability goals
As operators continue to focus on efficiency and sustainability, asset performance plays a central role in achieving both.
Reliability improvements reduce energy consumption, minimise waste and extend asset life – all of which contribute to more sustainable operations. At the same time, integrated maintenance strategies help organisations optimise performance while maintaining strict cost control.
In some cases, asset performance programmes also support the development of new infrastructure and technologies, including facilities that contribute to wider decarbonisation efforts.
This reinforces the idea that maintenance is no longer just about keeping assets running – it is about enabling future-ready operations.
Looking ahead
The direction of travel is clear: asset performance is becoming more integrated, more data-driven and more closely aligned with strategic business objectives.
For industrial operators, the challenge is not simply maintaining existing assets but doing so in a way that delivers measurable improvements in efficiency, safety and sustainability.
For service providers, this means continuing to evolve – combining technical expertise, digital capability and integrated delivery models to meet increasingly complex demands.
Those that can bring these elements together will be best positioned to support the next generation of industrial performance.
bilfinger.com/en/uk.
