Commissioning as a Service (CaaS): De-risking Complex Industrial Infrastructure

Q: What is Commissioning as a Service (CaaS)?

Commissioning as a Service (CaaS) is Navsar's engineering-led approach to project commissioning. Unlike traditional commissioning which is often reactive, CaaS integrates early into the project lifecycle to define boundaries, systemise logic, and ensure a predictable, auditable handover through our Completions Management System.

Q: What does Engineering stand for in your services?

Engineering Services form the core of our operations. Navsar provides engineering leadership and completions authority — directing, verifying and taking technical control of the works to deliver a first-time-right startup and an audit-ready handover. We own the engineering outcome; we do not supply manpower or act as a staffing agency.

Q: Which geographic regions does Navsar cover?

Navsar has a global footprint with significant project experience across 25+ countries across 4 continents. Our teams are mobile and equipped to support critical infrastructure projects in both established and emerging markets worldwide.

Q: What industries do you specialise in?

We specialise in high-stakes critical infrastructure, including Power Generation (Thermal, Renewable, Nuclear), Oil & Gas (Offshore FPSO, Onshore Refineries), Hyperscale Data Centres, Metro Rail systems, and EV Charging infrastructure.

Q: How does Navsar de-risk critical infrastructure projects?

We de-risk projects through technical precision and early intervention. This includes rigorous design reviews, interface management between siloed vendors, standardised test procedures, and our 'Commissioning Assurance Audit' which identifies potential single points of failure before startup.

Navsar Engineering

Service Line

Installation & Construction

Navsar delivers end-to-end technical oversight, site management, and specialised electro-mechanical installation across complex industrial assets, renewable energy facilities, and critical utility upgrades. Navsar owns field outcomes and ensures construction activities adhere to engineering design integrity.

Scope & Capabilities

What This Service Covers

Comprehensive site development administration and construction management

Mechanical and electrical installation for heavy power generation blocks

Utility conversions, burner retrofits, and boiler modifications

Renewable energy site construction (utility-scale solar and wind farms)

Marine-spec DC fast-charging systems and offshore topsides integration

Rigorous QA/QC inspection regimes and HSE-certified site operations

Tangible Outputs

Typical Deliverables

Site execution plans, logistics coordination, and HSE protocols

Audit-Ready Artifact

Daily construction milestone tracking and progress logs

Audit-Ready Artifact

Mechanical completion dossiers and pre-commissioning walkdown records

Audit-Ready Artifact

Quality assurance inspection test plans (ITP) and sign-off records

Audit-Ready Artifact

Grid synchronisation readiness dossiers for utility interconnection

Audit-Ready Artifact

Governance & Compliance

Interfaces & Technical Standards

International construction safety and engineering standards (OSHA, WSH)
IEC / IEEE electrical installation and earthing regulations
Civil, structural, mechanical, and electrical subcontractor interfaces
OEM installation manuals and warranty-preserving specifications

Industry Application

Related Industry Sectors

Power Generation Marine and Offshore Oil and Gas Rail

Field References

Selected Projects in This Domain

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Marine and Offshore

Marine EV Fast Charger Commissioning — Southeast Asia

Commissioning a marine-spec DC fast charger for an electric harbour craft required overcoming unique signal integrity issues. Standard automotive chargers are designed for short cables, but the extended run from a vessel's CCS2 inlet to its internal Battery Management System (BMS) degraded communication signals, jeopardizing the essential charging handshake.

Read Case Study

Oil and Gas

APH Turnaround Contract — India

Replacing four Air Pre-Heaters (APHs) across critical Hydrogen and Delayed Coker units within a strict 20-day shutdown. The project required coordinating parallel scopes, a single heavy crane, and a 150-person workforce at a major refinery.

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Power Generation

Arab Potash Plant Conversion

Transitioning a major facility in Jordan from Heavy Fuel Oil (HFO) to Natural Gas to improve efficiency and meet sustainability goals.

Read Case Study

Completions Authority

Discuss Your Installation & Construction Requirements

Connect with our engineering specialists to define scope, systemise logic, and ensure audit-ready execution.

Discuss Your Project See the CaaS Model