Our Services
Condition Monitoring & Machinery Diagnostic Service
Condition Monitoring Services: Time-Bound, Budget-Friendly, and Transparent Solutions
Condition monitoring or condition-based maintenance is essential for sophisticated rotating and reciprocating devices that require a high degree of precision and performance. These machines must operate 24 hours a day, 365 days a year, without even the slightest calibration error. Being the leading engineering company in Oman, Ocean Technical and Mechanical Services LLC to ensure that the facilities are in perfect working order. We use a competitive condition-based predictive maintenance strategy rather than a calendar-based preventive maintenance programme. Our condition monitoring services aid constructive maintenance and output planning, reducing maintenance costs and downtime. By utilising our experience in condition monitoring and diagnostics, we ensure that you can fully utilise the operational lifetime of technical components.
How condition monitoring can help you?
Extend the life of the installation as a whole.
Maintain a high level of product efficiency throughout.
Reduce unplanned downtime.
Make a repair and inspection schedule that works for you.
Our Expertise
Our experience spans almost every service in condition monitoring and diagnosis, and we’ve worked with a diverse range of clients. Ocean Technical and Mechanical Services LLC reliability engineering services have always been of the highest quality. Some of the services we provide for condition monitoring are as follows:
- Vibration Analysis
- Dynamic Field Balancing
- Laser Shaft Alignment
- Ultrasound Analysis
- Infrared Thermography Services
- Oil Analysis
- Partial Discharge Monitoring
Vibration analysis
Vibration analysis is a non-destructive Condition Monitoring technique that analyses the vibrations caused by a device and can be used to detect faults within a computer. The vibration signatures provide an installation that can be monitored and analysed to determine the system’s health. Vibration testing and diagnosis can aid in detecting repairable and recurrent issues that can arise as a result of mechanical, electrical, or operational irregularities. If there are some unnecessary movements, Ocean Technical and Mechanical Services LLC uses the Rotor Balancing technique.
We have many fleets of proven instruments, parts, and techniques for performing rotating machinery vibration inspections on-site. We have online tracking systems that can be linked and tracked for a more extended period in cases like cooling tower monitoring, and then the collected data will be analysed.
Dynamic Field Balancing
Rotating equipment may be unbalanced for various causes, including rotor corrosion, worn bearings or seals, and poorly balanced rotors in the store. During operations, such imbalances may occur, causing severe damage to the system. Dynamic balancing, one of Ocean Technical and Mechanical Services LLC’s condition monitoring services, will help minimise this costly damage by calculating rotor imbalance and fixing it without dismantling them every time. Based on your specifications, our qualified engineers will complete the work for you. To ensure that the installations run smoothly, we perform valve testing, steam trap testing, and pump inspections.
Benefits of Dynamic Field Balancing Services:
- Reduced transportation, labour, and downtime costs.
- Energy and maintenance costs are kept to a minimum.
- Since there is less noise vibration, there is less structural tension.
- Running conditions have improved.
Laser Shaft Alignment
Two or more rotating shafts may often become misaligned, resulting in significant production inefficiency. Misalignment of the shaft may result in an increase in energy consumption and a reduction in production. Ocean Technical and Mechanical Services LLC’s Laser Shaft Alignment service for industrial equipment is one of the condition monitoring services that align with rotating shafts in a co-linear manner. Proper Laser Shaft Alignment leads to increased performance and uptime, lower operating costs, and longer system life expectancy.
What We Offer
- Precision Laser Shaft Alignment
- Utilizes cutting-edge laser systems for precise alignment.
- Ideal for industries requiring high precision, such as manufacturing, power generation, oil and gas, and marine sectors.
- Increases machine availability and operational efficiency.
ODS Vibration Analysis
ODS (Operating Deflection Shape) Analysis and Modal Vibration Analysis are fundamental techniques in vibration analysis and structural dynamics. They are used to diagnose and enhance the performance and structural integrity of mechanical systems and structures. These methods are essential for identifying vibrational problems and designing solutions to mitigate them, ensuring the reliability, efficiency, and longevity of machinery and structures. Let’s delve into each of these analyses to understand their purposes and how they work.
Our ODS Vibration Service Offers
- ODS analysis effectively illustrates a system’s vibrational patterns
- Helps engineers and technicians comprehend system dynamics
- Essential for detecting mechanical faults like imbalances and misalignments.
- Used to validate and refine finite element models.
- Ensures designs perform well under real operational conditions.
- Enhances system reliability and efficiency.
Ultrasound Analysis
Ultrasonic inspection or acoustic inspection Early-stage problems in switchgear panels, such as lubrication issues, Steam Trap Inspection, Valve Leak Testing, Mechanical Inspections, Air Leak Detection and Quantification, and Partial Discharge Inspection, may all be identified by Ocean Technical and Mechanical Services LLC.
Benefits of the Ultrasound Analysis Service:
- It’s easy to locate a fault’s exact position.
- Detection of any issues until they become a problem.
- Contribute to the advancement of preventative maintenance methods.
- Inspection of electrical arc flashes and leaks
- Early wear and tear detection.
Infrared Thermography Services
Infrared Thermography, also known as Infrared Thermal Imaging, is a condition monitoring service that uses temperature or heat flow to diagnose equipment failure. Partial Discharge, burnt or damaged circuits, abnormal heating of equipment, loose connections, overloaded connections, damaged electrical components, abnormal heating of equipment, and all related defects are all detected by our team of analysts and engineers. Based on the observations, various steps would be recommended to correct the faults before the system is seriously harmed.
Benefits of Our Infrared Thermography:
- Prevents machinery from overheating.
- Prevents boiler or refractory leaks or blockages that reduce thermal efficiency.
- Overloaded connections are detected and regulated.
- Prevents heat exchangers from being blocked
Oil Analysis
Oil analysis assists with ensuring that the system is running in accordance with the specifications. As one of the condition monitoring services, oil analysis can be used to identify any abnormalities in the device’s operation and take prompt action to resolve the problem. Oil analysis will determine the current physical and chemical condition of the oil and the extent of contamination, and the existence of particles due to mechanical wear.
Benefits of Our Oil Analysis Service:
- Assist in determining the oil’s condition.
- Defines the state of the engine.
- The existence of pollutants can be determined.
- To prevent downtime, assist in anticipating problems and planning repair work accordingly.
Partial Discharge Monitoring
At OCEAN Technical & Mechanical Services, we always strive to provide the safest working environment to our clients. Our Partial Discharge (PD) detection systems are preeminent in the industry and it provides early warning indicators of any minute electrical insulation deterioration. Our products are designed to minimize unplanned outages, which range from routine spot testing instruments to highly precise, sophisticated, and permanently held systems catering to different industries. The systems are compatible with Medium volt (MV), High volt (HV), and Extra high volt (EHV)assets operating above 3 kV. This includes switchgear, transformers, cable terminations, and land cables. Whether adopted at the start of a project or later in the asset’s life cycle, we support critical networks to reduce the consequence of failure.
Remote Condition & Machinery Monitoring Services
Remote Condition Monitoring (RCM) is a process that enables real-time monitoring of machinery and equipment remotely. It is an advanced, data-driven service that utilises sensors and CMMS software to collect data on various operational parameters, such as temperature, vibration, and acoustics. By analysing this data, businesses can predict potential equipment failures and schedule maintenance proactively, preventing costly downtimes and improving operational efficiency.
- Tailored sensor installation designed specifically for the client’s equipment.
- AI-driven real-time data analysis for accurate insights.
- Proactive maintenance alerts to notify clients before potential problems occur.
Performance Analysis of a Compressor
Analyzing compressor performance is a proactive strategy to maintain efficiency, reliability, and cost-effectiveness over time. By consistently monitoring key factors such as energy efficiency, capacity, and vibration levels, businesses can gain critical insights into operational performance. This approach enables the early identification and resolution of potential issues, ensuring optimal functionality, enhanced energy savings, and a longer compressor lifespan.
CFD Analysis Services
Computational Fluid Dynamics (CFD) is a valuable analytical tool in fluid mechanics used to study the behavior of fluids, including liquids, gases, and plasmas, within different physical systems. It enables engineers to visualize and analyze complex fluid flow phenomena such as heat transfer, turbulence, pressure distribution, and chemical reactions.
CFD serves as an alternative or complement to traditional analytical and experimental methods across various industries, aiding in the redesign and optimization of products. Oceanme utilizes advanced computational resources and software to conduct detailed simulations, ensuring precise and reliable results for our clients.
FEA Services
Finite Element Analysis (FEA) is a computational method used to predict how structures react to various environmental conditions, forces, and physical influences. It divides complex structures into smaller, more manageable components known as finite elements, which are analyzed separately before being combined to assess the overall structural behavior. This technique is widely used in engineering to evaluate material stress, strain, and deformation, helping to optimize design and ensure safety.
Structural Vibration Analysis
Structural vibration analysis is a vital engineering field that examines how structures react to different vibrational forces. It ensures that structures can endure vibrations from sources such as turbines, buildings, bridges, and rotating machinery.
This analysis plays a key role in maintaining safety and comfort standards while also predicting how structures will behave under dynamic stresses.
