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Project: HARP Haweswater Aqueduct Resilience Programme

PHC Status Report
HARP Haweswater Aqueduct Resilience Programme

A PHC Service project created to support governance-first Risk Management on a major UK water infrastructure programme. The PHC approach strengthens risk ownership, action closure discipline, interface control, and evidence-based reporting, while resolving outputs into the programme’s formal risk register and reporting standards.


Progress

The PHC Service proposal for P461 – HARP has been prepared and is ready for deployment, but has not yet been actively promoted to the delivery organisations or client stakeholders. In parallel, initial project research has been completed to clarify the programme context, likely delivery structure, and the main governance and risk control pressure points that typically arise on a multi-party water resilience programme of this scale.

The current focus is therefore not technical development of the PHC offer, but targeted engagement strategy: identifying the most relevant decision makers and influencers across the organisations involved, and selecting the most effective route to secure early conversations at Project Controls Director / Programme leadership level.

A draft PHC-style risk/concerns register and example reporting outputs have been produced as supporting artefacts to demonstrate how PHC would operate in practice (governance rhythm, ownership control, action closure discipline, and evidence-based reporting), while remaining aligned to the programme’s existing risk register and reporting standards.

Barriers

No barriers identified.

Further Work

The next phase is to shift from preparation to structured outreach. The PHC proposal will be introduced in a controlled sequence, supported by concise “proof of method” artefacts (sample risk/concerns register extract, 1-page Risk Health Snapshot, and a short delivery approach note) designed to make it easy for senior stakeholders to understand the value without needing a long briefing.

Planned further work includes:

  • Stakeholder mapping across client, delivery consortium, design partners, and project controls consultancies to identify the shortest path to decision makers (and the best internal champions).
  • Message and artefact sequencing (Round 1: capability + availability; Round 2: sample reporting outputs; Round 3: formal proposal + call to action) to maximise engagement while avoiding “cold proposal overload”.
  • PHC Port project setup for P461 so that, if engagement progresses, authorised staff/contractors can request access and contribute via timechunks and structured governance tracking from day one.
  • Refinement of the PHC offer into a short “starter intervention” option (e.g., 2–4 week mobilisation/stabilisation) and a longer embedded support option, allowing flexible adoption depending on the organisation’s immediate needs.

The objective of this phase is to secure one or more senior discussions that convert preparation into a live engagement—either via a consultancy channel or directly with programme leadership—while maintaining a professional, non-disruptive posture that complements existing project controls arrangements.


[+] Project Summary

HARP Haweswater Aqueduct Resilience Programme is a long-duration renewal programme intended to protect strategic raw water transfer for approximately 2.5 million customers in the North West of England.

The programme is currently in a mobilisation and definition stage, with early effort focused on investigations, detailed design progression, governance setup, and stakeholder engagement to build confidence in scope, ground assumptions, and delivery controls ahead of a main construction start in 2026.

Delivery is led by Cascade Infrastructure (a Strabag and Equitix partnership), supported by Arup for detailed design, and Turner & Townsend acting as Independent Technical Adviser for assurance. The programme scale is reported at around GBP 3bn and is expected to support a major supply chain and a peak workforce in the region of 1,200.

HARP’s core intent is to replace the most critical sections in a controlled, evidence-backed sequence, delivering long-term operational confidence while minimising disruption through predominantly underground works.

[+] Top Risks (6)

# ID Risk Summary Mitigation
1462Geotechnical Surprise / Ground ConditionsDefine ground risk owners; ensure investigation findings are integrated into design; maintain a live ground risk log; set clear escalation triggers; link to schedule risk and contingency.
2466Mobilisation Readiness Failure (Sites/Logistics/Systems)Define readiness checklist; hold mobilisation gate reviews; evidence-based sign-off; link readiness gaps to risks/actions.
3463Design Maturity Not Reaching Construction-ReadyImplement design maturity gates; track "open design decisions"; assign interface map ownership; tie design freeze to mobilisation readiness checks.
4464Interface Ownership Gaps (Multi-Party Delivery)Create explicit interface risk register view; assign cross-package owners; weekly interface review of top exposures; escalate decisions early.
5465Consents / Stakeholder Constraints Delay WorksCreate approvals tracker aligned to milestones; define lead times; establish escalation route; integrate constraints into schedule and risk reviews.
6467Specialist Plant / TBM / Long-Lead Supply Chain ConstraintsMap long-leads; set procurement maturity gates; define spares/maintenance strategy; track commissioning readiness; integrate into schedule risk.

[+] Concern Classifications

Total Concerns 0 | 0 Open | 0 Closed

TECHNICAL
T1 Project Scope
T2 Design / Eng.
T3 Technical Processes
T4 Construction
T5 Startup
T6 Logistics / Warehouse
COMMERCIAL
C1 Feasibility/Business Case
C2 Market/Product
C3 Finance / Funding
C4 Estimate Uncertainties
C5 Suppliers / Vendors
C6 Legal / Contract Terms
C7 Currency/Inflation
C8 Tax/Tariff
MANAGEMENT
M1 Project Management
M2 Project Organisation
M3 Communication
M4 Project Resourcing
M5 Operations / People
M6 Operations / Permits
M7 Operations / Logistics
M8 Project Quality
M9 Health / Safety / Environment
REGIONAL
R1 Environment / Weather
R2 Security / Language
R3 Regulations
R4 Infrastructure
R5 Utilities
R6 Approvals / Permits / Licenses
R7 Workforce Availability / Capability
R8 Political / Government

00 gen

The classifications table is not set in stone! we can adapt to project standards and conventions.

[+] CLAMPED Engagement

Total Engagement Comments 0

[+] Heatmap (9 open risks)

Current Ranking

P \ I12345
5
4
3
2
1

Residual Ranking

P \ I12345
5
4
3
2
1

Risk Summary

ID Title Owner Current Score Residual Score
466 Mobilisation Readiness Failure (Sites/Logistics/Systems) - 20 (5×4) 12 (3×4)
467 Specialist Plant / TBM / Long-Lead Supply Chain Constraints - 20 (4×5) 15 (3×5)
463 Design Maturity Not Reaching Construction-Ready - 16 (4×4) 12 (3×4)
464 Interface Ownership Gaps (Multi-Party Delivery) - 16 (4×4) 12 (3×4)
468 Risk Register Drift (Reporting Over Control) - 16 (4×4) 12 (3×4)
470 Programme Controls Not Integrated (Risk/Schedule/Change) - 16 (4×4) 12 (3×4)
471 Commissioning / Verification Readiness Late - 16 (4×4) 12 (3×4)
465 Consents / Stakeholder Constraints Delay Works - 12 (3×4) 8 (2×4)
469 Action Closure Failure (Owners/Authority/Resourcing) - 9 (3×3) 6 (2×3)

[+] Dashboard (10 risks)

Distribution - All

Open (9)
Current
H
(7)
M
(2)
L
(0)
Residual
H
(1)
M
(8)
L
(0)
Top Risks (6)
Current
H
(5)
M
(1)
L
(0)
Residual
H
(1)
M
(5)
L
(0)
Proposed (0)
Closed (1)

Exceptions

Risks Overdue (0)
Risks with Actions Overdue (10)
Risks to Review (9)
Risks with Actions to Review (10)
[not assigned] (9)
Dormant (9)
No Action Plan (0)

[+] Links and Documents