Client: Indian Coast Guard, Ministry of DefenseEngines: MTU 4000 Series, 2720 kW, Water Jet Propulsion Challenge: Need for High Reliability and Predictive Maintenance for Critical Maritime Operations Context The Indian Coast Guard (ICG) plays a critical role in safeguarding India’s

Client:  Cargo & Logistic operator from Great LakesEngines: Bergen, 3000 kW EachChallenge: Aging Fleet, High Operational demand, and downtime Costs Context The Company operates a fleet of vessels in the Great Lakes; USA, where vessels operate for 9 ~ 10

Client: Indian NavyApplication: Main Propulsion Engine Monitoring (9.3 MW MAN Engine)Objective: One-Year Trial for Comprehensive System Evaluation Context The Indian Navy installed our Vib 360 Monitoring System on one of the tankers, a high-capacity tanker powered by a 9.3 MW

Client: Indian NavyVessel: India’s First Indigenous Aircraft Carrier (IAC)Application: 44,000 kW Twin-Shaft Gas Turbine Propulsion SystemChallenge: Accurate, Reliable, and Low-Maintenance Shaft Power Measurement for Critical Naval Operations Context The Indian Navy required a state-of-the-art shaft power measurement system for their

Problem Statement   The owner of a high-performance Offshore Supply Vessel (OSV) approached us to diagnose the cause of increased vibrations on the vessel’s port engine. Both the port and starboard engines had operated for 4000 hours since their last

Client: Leading Container Shipping CompanyEngine: 2-Stroke, 64,000 kW Main Propulsion EngineChallenge: Undetected Engine Inefficiency Leads to higher Fuel Consumption Context A major player in the shipping industry, operating a Post-Panamax container vessel with a 64,000 kW 2-stroke main engine, approached

Innovation The Vib360 System has pioneered a world-first solution for real-time, online peak pressure measurement. By installing a single digital peak pressure sensor on any one cylinder, the system can accurately provide peak pressure readings (in bar) for all the

Problem Statement   A prominent power generation site in France encountered operational inefficiencies in one of its key turbines. The turbine began to exhibit performance issues. During a routine quarterly review, the VIB 360 system, integrated with the VibBox, which

Problem Statement   A power generation facility was facing recurring mechanical failures in its steam turbine, resulting in substantial downtime and revenue loss. The turbine, crucial for energy production, frequently experienced high vibration levels and unexpected shutdowns. Initial diagnostics pointed

Problem Statement   A high-capacity turbine at a power generation plant was facing periodic and unexpected downtimes, severely affecting both operational efficiency and revenue generation. Symptoms such as excessive vibrations, abnormal noise, and overheating were observed, but the root cause