Marine and Offshore

Industry Context

Marine and offshore assets live on survey cycles. Classification societies mandate special surveys on five-year cycles, offshore structures face underwater inspection in lieu of dry-docking, and every extension of a vessel or platform beyond design life must be argued with measured data, not opinion.

As fleets and offshore infrastructure in Indian and Gulf waters age, that evidence burden grows. TCR serves it with hull and weld NDT, corrosion evaluation to marine coating standards, underwater robotic inspection through the Planys alliance, and the TCR Arabia robotic field record on submerged and difficult-access structures, backed by a laboratory that can qualify steel, welds, and coatings to DNV, API, and class requirements.

The marine and offshore vertical splits across five buyer pools.

Indian offshore upstream operators (ONGC at Bombay High, Reliance at KG-D6, Cairn at Ravva and Bombay Western, Vedanta) anchor offshore platform structural integrity work.

Indian shipyards (Cochin Shipyard, Mazagon Dock Shipbuilders Limited, Garden Reach Shipbuilders and Engineers, Goa Shipyard, Hindustan Shipyard) carry naval-vessel and merchant-vessel materials testing and welding qualification.

Port and marine-terminal infrastructure (Mumbai Port Trust, Adani Ports, JNPT, Visakhapatnam Port, Chennai Port, Kandla, Mundra) carries jetty pile, mooring dolphin, and breakwater inspection.

LNG re-gas terminals (Petronet Dahej, Adani-Total Dhamra, Hazira) bring refrigerated-material and cryogenic qualification.

Maharashtra coastal infrastructure under CIDCO and the Mumbai Coastal Road Project brings sub-water bridge-pier inspection and structural testing.

The static-equipment specialist line is held: TCR is the laboratory and structural-integrity bench for jacket structures, jetty piles, mooring dolphins, refrigerated tanks, and offshore export pipework, not a rotating-equipment field service contractor.

Damage Mechanisms We Investigate

Service Applications Across the TCR Continuum

Marine and offshore assets live under classification society discipline: Indian Register of Shipping, DNV, American Bureau of Shipping, and Lloyd's Register rules set the survey calendar, and every intervention must produce class-acceptable evidence.

The recurring problem set is hull steel wastage and ballast tank coating breakdown, weld quality in newbuilding and repair, corrosion fatigue at structural details, mooring chain and wire rope degradation, and the splash-zone corrosion that no coating fully survives. Dry-dock windows are the industry's turnaround equivalent, priced by the day; procurement risk sits in plate, section, and consumable quality at the yard. TCR Engineering and TCR Advanced service the five-stage Trusted Relationship Model (see Why TCR) for shipyards, owners, offshore operators, and the naval and defence ecosystem.

Stage One, Sourcing and Procurement: Shipbuilding plate, sections, castings, and forgings are tested to classification society requirements: tensile, impact, and bend testing, chemical analysis, and metallurgical evaluation, alongside weld consumable evaluation and coating system testing. Vendor audits, sample picking, and loading supervision cover outfitting equipment, anchors, and chain, and fastener and rigging components are qualified before installation.

Stage Two, Construction and Commissioning: At the yard, TCR provides newbuilding weld inspection: radiography, ultrasonic, magnetic particle, and penetrant testing to class rules, welder certification and procedure qualification per ASME Boiler and Pressure Vessel Code Section IX and AWS D1.1 as applicable, positive material identification on alloy systems, and the baseline thickness and weld records that follow the vessel or platform through its class life.

Stage Three, In-Service: In service, TCR supports underwater inspection in lieu of dry-docking through the Planys submersible remotely operated vehicle alliance (see ROV Underwater), thickness gauging campaigns, thermography of machinery and electrical systems, and corrosion monitoring of ballast and cargo spaces, with condition data structured for class survey credit.

Stage Four, Shutdown and Turnaround: In dry dock and during offshore shutdowns, TCR delivers hull thickness surveys, weld repair inspection, tank and void space examination, heat exchanger and cooler tube inspection, in-situ metallographic replication on high temperature exhaust and boiler components, and non-destructive testing of cranes, davits, and lifting appliances, sized to the docking window.

Stage Five, Continuum: Engineering closes the cycle: fatigue assessment and engineering critical assessment of structural details and girth welds, fitness for service per API 579-1/ASME FFS-1 on offshore process equipment, failure analysis of propulsion, mooring, and structural components, remaining life assessment of ageing offshore assets, and life extension studies that let a platform or vessel trade beyond its original design life on evidence.

Marquee Projects

Non-metallic sealing and sealing-related components for subsea service are qualified to NORSOK M-710, with rapid gas decompression and ageing resistance assessed for offshore duty. High-tensile strand for marine and coastal prestressed structures is tested per IS 14268 and ASTM A416, including stress-corrosion and 2 million-cycle fatigue.

Submersible ROV inspection with SONAR silt assessment and an ultrasonic gimbal covers sub-water structures and basins.