< News
May 5, 2026
Reflections from experienced, practical project delivery
| Key takeaways: Capital projects often slow down when a small number of technical decisions stay unresolved for too long, especially in live, brownfield environments. Early scope definition is the best window to reduce delivery risk, because constraints, interfaces, operability, and compliance requirements can still be shaped (not managed around later). Practical, independent technical input embedded with the client-side team helps resolve uncertainty before it hardens into rework, delay, or compromise. As projects near completion, operational readiness becomes time-critical late changes around systems, procedures, and handover are expensive and disruptive. |
This month, we’re sharing insights from Rhys Knauf, Industrial Plant Services Lead at TEG Projects. Drawing on hands-on experience delivering complex industrial upgrades across manufacturing and utilities, Rhys reflects on where brownfield projects typically stall and how early technical input helps keep delivery moving.
Most capital projects don’t slow down because the plan was wrong. In practice, they slow down when a small number of technical decisions remain unresolved for too long , not because people aren’t capable, but because the moment to make the call arrives while everyone is busy and day-to-day operational issues take priority. By the time attention returns to the project, the consequences of delay are already taking shape.
Our experience shows that having the right technical guidance and industry knowledge available at the time a decision needs to be made, often during early scope definition, determines whether an issue is resolved cleanly or simply deferred into the implementation phase. This is where IPS supports project delivery: providing practical, independent technical guidance early, so decisions are made inside the window where they can still be shaped rather than managed around later.
The complex, industrial brownfield environments of our manufacturing industry often present the biggest project challenges. They require technical trade-offs, careful application of compliance requirements to suit aging plants, and a solid understanding of the operating environment. IPS technical input is applied at key decision points as the project progresses, when constraints, interfaces, and operability risks become clear and choices need to be locked in, so uncertainty is resolved before it hardens into rework, delay, or compromise. IPS specialists provide practical, independent technical input at the points in a project where uncertainty and delivery risk are highest. Rather than operating as a standalone design or advisory function, IPS integrates directly with client-side project management teams, supporting timely decision-making around operability, integration, compliance, and long-term performance, while the window to influence outcomes is still open.
We work alongside experienced client-side Project Managers, including other TEG staff on secondment, to help manage scope, cost, schedule, risk, and coordination from concept through to commissioning and handover. As professional engineers and project managers, working inside an organisation changes the shape of delivery and better equips project managers to identify organisational issues and their impact on outcomes, early enough to make the necessary calls. These are typically issues that might otherwise surface late due to limited site and operational visibility, but are more likely to be recognised earlier, when there is still time to adjust the plan, align stakeholders, and make decisions before they become constrained by schedule and sunk cost.
As projects approach completion, attention shifts from construction progress to operational readiness. This phase creates a new set of time-critical decisions, about systems, interfaces, procedures, and handover readiness, where late changes are expensive and disruptive. IPS specialists provide targeted support through design development, factory acceptance testing (FAT), installation, and commissioning, addressing foreseeable issues while they are still manageable and supporting the project manager to work with operational teams to commission and hand over a plant that works around them, not the other way around.
Because IPS is focused on its primary service as an Engineering and Project Management provider, the IPS team deliberately maintains independence. With no commercial relationships with equipment suppliers, IPS can be relied on for confident, transparent decision-making, especially at critical decision points, based on operational fit, risk, and long-term value.
Need support with an industrial plant upgrade or a complex brownfield project? The Industrial Plant Services team at TEG Projects can help. If you’d like to talk through your scope, constraints, and delivery risks, Rhys is happy to have a chat and help you work out whether TEG Projects’ IPS is the right fit and what a practical path forward could look like.
FAQ
What does “operational readiness” mean before commissioning?
Operational readiness is the work done to ensure the plant, people, and processes are prepared to operate safely and reliably before commissioning is complete. It includes confirming systems and interfaces work as intended, ensuring procedures and handover requirements are clear, and aligning operational teams so late changes don’t disrupt commissioning.
Why do brownfield projects get delayed?
Brownfield projects are often delayed because key technical decisions get stuck behind day-to-day operational priorities, and constraints only become clear once interfaces and operability risks are understood. When uncertainty isn’t resolved early, it tends to reappear later as rework, change, and schedule pressure.
How do you reduce rework and late-stage changes in capital projects?
Reduce rework by resolving uncertainty early, during scope definition and key technical decision points, before choices become constrained by schedule and sunk cost. Practical, independent technical input helps identify constraints, interfaces, operability, and compliance requirements early enough to shape the solution rather than
