Engineering precision, solving complexity, delivering innovation across every frontier.
From intelligent subsea flow control and modular vessel handling systems to off-grid renewables and aerospace cargo solutions, our case studies reflect the breadth of challenges we solve. Each project demonstrates how we deliver tailored, high-performance engineering — whether it’s controlling pressure, managing motion, enabling autonomy, or integrating complex systems in unforgiving environments.
Project: Subsea Compression Upgrade
Sector: Oil & Gas
Challenge:
Aging subsea infrastructure required capacity expansion to maintain flow rates. Traditional solutions posed risk to uptime and CAPEX targets.
Our Approach:
We conducted a full FEED assessment and multi-discipline design for retrofitting high-efficiency subsea compressors into existing manifolds.
Solutions Delivered:
Mechanical & thermal redesign of compression module
Finite Element Analysis (FEA) for structural validation
CFD to model flow turbulence under reconfigured geometry
Materials engineering to meet corrosion and pressure specs
Outcomes:
Increased throughput by 18%
Installed with zero NPT
Full compliance with DNV and API 17D
Key Stats:
+18% Flow Capacity · 0 Days NPT · 25-Year Fatigue Life Verified
Case Study: Intelligent Flow Control System for HPHT Field
Sector: Oil & Gas – Upstream Production
Project: Multi-zone production optimization in a high-pressure, high-temperature (HPHT) offshore reservoir
Case Study: Modular Deck Handling System for Pipe & Mattress Deployment
Sector: Maritime – Offshore Construction Support
Project: Design of a multi-function back deck handling system for pipe laying and subsea mattress deployment on a fleet of converted supply vessels
Case Study: Back Deck Tubular handling system.
Sector: Maritime
Telescopic A-frame with 45° outreach and 25t SWL. Interchangeable handling heads
Full FEA and fatigue analysis for 15-year design life. DNV approval documentation package + site installation supervision
Case Study: The client required a reconfigurable cargo bay system to increase load/unload efficiency during high-tempo operations. Existing net-and-pallet solutions were:
Slow to reconfigure between missions
Prone to human error in lashing/strapping
Not optimized for modern cargo diversity (mixed pallets, containers, mission kits)
Requirements included:
Compatibility with NATO-standard tie-down points
Non-electric, tool-free assembly
Survivability under 9g deceleration
Case Study: The client needed a clean, silent, and maintenance-light power solution for vehicle-mounted, mobile structures operating in remote terrain for up to 12 months. The goal was to:
Eliminate diesel reliance
Support sensitive electronics and lighting
Survive extreme weather and rough transport
Be expandable across 3–5 vehicle base layouts
INNOVATIVE DESIGN SOLUTIONS
Together, we move forward — united in purpose, driven by curiosity, shaping a brighter world where every challenge becomes a chance to build something extraordinary.
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