DPDEEP PILES LTD.Foundation Expertise

FEED & ECI Advisory

Resolve foundation risks while change is still affordable.

Deep Piles Ltd. provides practical construction input during FEED and ECI so foundation systems can be designed, packaged, procured, and scheduled with execution in mind.

Why This Matters

Why foundation input is needed during FEED.

By the end of FEED, most of the project's cost and schedule are effectively locked in. Foundation methodologies, equipment strategies, and procurement packages defined without construction perspective often need to be reworked mid-execution — at a much higher cost.

Foundation systems are chosen before construction constraints are fully understood.

Geotechnical information is interpreted for design, not for installation.

Production assumptions are inherited from generic benchmarks, not local contractor capability.

Scope boundaries between piling, earthworks, concrete, and structural packages are unclear.

Process

Our FEED and ECI review process.

  1. STEP 01

    Review geotechnical, design, and site information

  2. STEP 02

    Assess proposed foundation methodology and productivity

  3. STEP 03

    Test equipment, access, and logistics assumptions

  4. STEP 04

    Package the work for procurement and execution

Deliverables

Typical deliverables.

Foundation constructability report
Construction execution plan
Piling-methodology assessment
Preliminary foundation schedule
Production-rate review
Equipment and crane assessment
Working-platform and access review
Site-logistics plan
Foundation risk register
Procurement and packaging strategy
Scope-interface matrix
Long-lead-item assessment
Contractor-market engagement strategy
Design-readiness review
Construction-readiness assessment
Project-controls framework

Timing

When to engage Deep Piles Ltd.

Best case

During feasibility or Pre-FEED, before the foundation concept and geotechnical program are locked in.

Common case

During FEED or ECI, before procurement packages are issued and long-lead equipment is ordered.

Still useful

At tender and preconstruction, to validate bids, close scope gaps, and confirm construction readiness.

Recovery

During active construction when productivity, methodology, or scope issues threaten schedule and cost.

Questions We Help Resolve

Foundation questions we help resolve.

  • Q01

    Does the geotechnical investigation provide enough information for construction planning?

  • Q02

    Can the proposed piles be installed using locally available equipment?

  • Q03

    Are pile lengths, diameters, installation tolerances, and testing requirements practical?

  • Q04

    Have refusal, obstructions, drivability, spoils, groundwater, noise, vibration, and environmental constraints been considered?

  • Q05

    Are anticipated installation rates realistic?

  • Q06

    Is there sufficient access and working-platform capacity?

  • Q07

    Can cranes and piling equipment be safely positioned?

  • Q08

    Are temporary works and marine access requirements identified?

  • Q09

    Are foundation interfaces clearly assigned?

  • Q10

    Is the package sufficiently developed to tender?

Outcomes

Expected project benefits.

  • Fewer late-stage design changes
  • Realistic pricing and production assumptions at tender
  • Cleaner scope boundaries between piling, concrete, and structural packages
  • Reduced equipment and access conflicts on site
  • Foundation risks identified before they hit critical path
  • Higher probability of on-schedule construction start

Foundation Certainty

Before the design is issued, the tender closes, or equipment mobilizes—make sure the foundation plan can be built.

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