Minimize Unexpected Downtime. Improving Your Reliability
Every machine tells a story through its operating condition. Our Condition Monitoring services help you understand that story by identifying early signs of wear, defects, or performance issues before they develop into costly unexpected failures.
Rather than waiting for equipment's to break down or replacing major components on a fixed schedule, we monitor the actual condition of your assets. This allows maintenance to be planned at the right time, reducing unexpected downtime, lowering maintenance costs, and improving overall equipment's reliability.
By combining advanced diagnostic technologies with experienced engineering expertise, we provide clear insights into the health of your machinery and practical recommendations that support informed maintenance decisions.
Vibration Analysis is a predictive maintenance technique used to monitor the condition of rotating machinery by measuring and analyzing vibration levels.
Precision maintenance service that accurately aligns rotating equipment to reduce vibration, extend equipment life, improve energy efficiency, and enhance overall machine reliability.
Dynamic balancing performed on-site while the rotor remains in its own bearings and operational environment, eliminating the need for removal.
A non-contact inspection technique that detects abnormal heat patterns to identify electrical, mechanical faults, furnace tube inspection, leak of volatile organic compounds and hazardous pollutants.
Non-contact inspection method used to identify abnormal temperature conditions in electrical panels, connections, and components to prevent failures, improve safety, and enhance system reliability.
Non-contact inspection technique used to identify abnormal heat patterns in rotating and static equipment to detect faults, prevent failures, and improve equipment reliability.
Advanced infrared thermal imaging to detect abnormal temperature variations, heat loss, insulation defects, and operational issues in furnaces for improved efficiency, safety, and reliability.
Infrared thermal imaging solutions to identify heat loss, moisture intrusion, insulation defects, and electrical or structural issues in buildings for enhanced energy efficiency and safety.
Systematic inspection process used primarily in the oil, gas, petrochemical, and chemical industries to detect and repair fugitive emissions - especially leaks of volatile organic compounds (VOCs) and other hazardous air pollutants from equipment.
Advanced electrical condition monitoring technique that analyzes motor current patterns to detect faults such as rotor defects, winding issues, bearing problems, and mechanical abnormalities without equipment shutdown.
Advanced computer simulation to evaluate stress, deformation, vibration, and structural integrity for optimized equipment performance and reliability.
Advanced condition monitoring technique that uses high-frequency sound detection to identify early-stage faults. It enables non-invasive inspection, improves equipment reliability, reduces energy losses, and helps prevent unexpected failures through proactive maintenance.
Comprehensive oil condition monitoring to detect wear particles, contamination, and lubricant degradation, ensuring equipment reliability, optimized maintenance, and extended component life.
Evaluation of oil properties such as viscosity, flash point, water content, acidity, and contamination levels to assess lubricant health and ensure reliable equipment performance.
Advanced oil monitoring technique to identify and analyze wear particles, detecting early equipment faults and providing valuable insights for predictive maintenance.
Measurement of oil cleanliness levels by identifying particle contamination according to ISO and NAS standards, ensuring effective lubrication and preventing premature equipment wear.
Continuous real-time monitoring of critical equipment parameters using permanently installed sensors and remote data acquisition systems to detect developing faults, optimize maintenance decisions, and prevent unexpected failures.
Aries Energy performs Motor Current Signature Analysis (MCSA) to identify electrical and mechanical faults including rotor bar defects, bearing problems, and air-gap eccentricity while motors are running. This enables condition monitoring without requiring unnecessary equipment shutdowns.
Aries Energy performs predictive maintenance surveys using vibration analysis, thermography, oil analysis, electrical testing, and condition monitoring techniques to assess equipment health. These services help identify early-stage faults and reduce unexpected machinery failures in industrial and offshore facilities.
Aries Energy performs in-situ dynamic balancing for turbines and rotating equipment by analysing vibration data and applying calculated correction weights at the installed location. This reduces downtime and avoids the cost associated with dismantling and transporting equipment for workshop balancing.
Aries Energy provides environmental engineering and condition monitoring services including indoor and ambient air quality testing, emission testing, particle monitoring, water and oil analysis, asbestos surveys, hazardous material assessments, noise monitoring, and vibration analysis.
