Keeping major projects on track: A Project Director’s views on cost, risk and delivery

Q2: Is the lowest freight price genuinely the lowest project cost? What should customers challenge logistics providers during a tender?

Allen: The lowest rate can be the right choice when every bidder is pricing the same scope, working from the same cargo information and accepting comparable risks. In project logistics, that level of comparability is often difficult to achieve.

A lower offer may exclude engineering reviews, specialist lifting equipment, port handling, permits, storage or supervision. It may assume vessel space or transport equipment will remain available without firm commitments. It may also require additional handling or deliver cargo in a sequence that conflicts with construction priorities. These gaps often surface later as extra charges, delays, site congestion or cargo arriving in the wrong order.

That is why customers should look at the total cost and risk of delivery. A proposal that costs slightly more at tender stage may create greater project value by reducing rehandling, preserving schedule flexibility and preventing critical equipment from arriving too early, too late or in the wrong sequence.

When comparing proposals, customers should consider price alongside several factors:

• Confirmed versus assumed vessel, equipment and port availability
• Verified route, lifting and site-interface requirements
• Exclusions, qualifications and circumstances that could change the price
• Contingency options if cargo readiness or the original transport plan changes
• Reporting, escalation and decision-making responsibilities during execution
• HSSEQ performance and demonstrated experience with comparable cargo.

One useful question to ask every logistics provider is: “Where do you see the greatest uncertainty in your solution?” The answer often shows how well they understand the cargo, the risks and the realities of the project and allows those risks to be addressed before the contract is awarded.

Q3: Where do you see the strongest project opportunities emerging in Asia?

Allen: We expect continued activity across oil and gas and floating production systems, alongside projects in mining, conventional power, renewable energy, solar, wind and BESS. Rapid data-centre growth adds another layer because every new campus also requires power generation, grid infrastructure and backup capacity. These projects share many logistics challenges like multi-origin equipment, oversized or high-value cargo and delivery schedules closely linked to construction and commissioning.

Although these sectors are different, many of their logistics challenges are similar. Equipment often comes from multiple countries, cargo can be oversized, are usually high-value and deliveries must be closely coordinated with construction and commissioning schedules.

This allows us to apply experience from one sector to another. For example, a control-tower model used to manage equipment for a floating production system can also coordinate generators, battery units or data-centre equipment from multiple suppliers. Lessons from mining and wind projects can also strengthen route surveys, port planning and final delivery to site.

At Blue Water, we bring together technical cargo expertise, global resources and the practical knowledge of our local teams. We understand not only how the equipment needs to be transported and handled, but also the realities of local ports, infrastructure, regulations and operating conditions.

Keeping decisions close to the local teams also helps us respond quickly when schedules or project priorities change. This is especially important for fast-moving data-centre, BESS and renewable-energy projects. 

Q4: When plans change, what separates a transport provider from a genuine project partner?

Allen: Issues will occur in complex projects. Manufacturing dates move, ports become congested due to extreme weather, project cycles or geopolitical developments, vessel capacity tightens, weather affects operations and site priorities change. The real measure of a logistics partner is how prepared they are and how they respond.

That difference is established before disruption occurs. A reliable project partner has already identified the critical milestones, considered alternative routes and equipment, established escalation procedures and understood which parts of the schedule are subject to risks.

When conditions change, customers need early communication supported by facts and available options at a certain cost and schedule. The full solution may still be developing, but early visibility gives the project team more time to make swift decisions and preserve alternatives that may disappear if action is delayed.

Relationships are equally important. Project logistics requires coordination among manufacturers, EPC contractors, carriers, ports, authorities, engineers, surveyors, subcontractors and site teams. Established relationships can accelerate communication and decision-making, provided they are supported by technical competence, commercial clarity and accountability.

A reliable logistics partner acts as an extension of the project team, protecting the overall project outcome rather than focusing narrowly on completing an individual shipment.

Q5: What do control-tower visibility and engineering actually contribute to a project?

Allen: Consider a project sourcing identical generators, transformers or battery units from several factories and allocating the shipments among different logistics providers. This may provide additional capacity and commercial flexibility, but each provider will naturally focus on its own transport scope. Without central coordination, the customer may receive separate reports, different milestone definitions and limited visibility of how all the shipments support the construction programme.

A project control tower creates one coordination layer across those providers. It consolidates supplier readiness, engineering approvals, bookings, documentation, storage capacity and required-on-site dates into a common project view. The customer can retain multiple logistics vendors while applying consistent reporting, escalation and delivery priorities across the programme.

With this overall view, the team can plan ahead instead of reacting when problems arise. Shipments can be combined where it makes sense, capacity can be secured based on the total forecast and deliveries can be arranged around what the site is ready to install. The control tower can also spot when several providers plan to use the same port, warehouse, crane or site-access window, helping to avoid congestion and unnecessary costs.

For the customer, the main benefit is having clearer responsibility and one reliable view of the project. Instead of chasing individual suppliers and logistics providers, the team can quickly see what is ready, what is in transit and what needs to arrive next. Technology brings the information together, while experienced project specialists make sure all the separate logistics packages work as one coordinated programme.

Q6: Project logistics depends heavily on trust. What does earning that trust look like in practice?

Allen: Trust is earned shipment by shipment. Customers need to know that we will take ownership, communicate clearly and keep the project moving even when cargo readiness or transport plans change.

Our work with a leader in China's wind energy sector is a good example. What began with one tender developed into a longer-term partnership after our teams consistently managed complex, multi-origin cargo with transparent processes and flexible execution. By coordinating closely with the manufacturer, moving equipment as it became ready and keeping the customer informed without requiring constant follow-up, we helped maintain an uninterrupted delivery pipeline to the project site.

That consistency gave the customer confidence to entrust Blue Water with further projects in Vietnam and Malaysia. In project logistics, trust grows when the customer sees us as part of the project team, someone who understands the wider objective and takes responsibility for delivering it.

Q7: What does successful project logistics look like and what advice would you give companies preparing a major project?

Allen: Good project logistics is about coordinating deliveries around the installation plan, so the right equipment arrives when the site is ready for it. It supports the wider project without becoming a distraction. Cargo arrives safely, in the correct sequence and with the required documentation, equipment and people ready at every interface. This is really where the challenge lies. 

The best outcomes can look almost uneventful from the outside. Behind that apparent simplicity are engineering reviews, route studies, stakeholder coordination, contingency planning and many small decisions made at the right time.

Delivering that consistently requires people with technical understanding, curiosity, composure and strong communication skills. Project-logistics professionals must be willing to ask basic questions, visit ports and sites, speak with the people physically handling the cargo and test assumptions rather than accepting them. 

My advice to companies preparing a major project is straightforward: engage the logistics team before the transport strategy and cargo design are fixed. Share the preliminary cargo information, construction priorities and known constraints, even if some details are still developing.

It allows the logistics team to test feasibility, compare scenarios and identify risks while they are still manageable. Ultimately, it preserves more options for the project and fewer surprises during execution.