Delivering Expertise, Efficiency, and Growth

DEDICATED TO NTISOL CONTROL

Our mission is to offer innovative and effective vibration, noise and shock control solutions for demanding environments and applications globally.

Resonance Killer is our core product, globally patented and based on passive broadband mass damper technology.

With our expertise and solutions customers are able to improve the lifetime and durability of machines, equipment and structures.

Our products are manufactured and services provided completely from Finland.

Worldwide expert services in vibration, noise, and shock control—on-site or in the lab, with precision diagnostics, mechanical testing, and cloud-based monitoring. Our team combines decades of field experience with advanced simulation and measurement tools to ensure reliable results for every project. From quick on-site troubleshooting to full-scale laboratory shock and vibration testing, we provide tailored solutions that meet international standards.

On-site troubleshooting

Fast response to customer needs.
Vibration diagnosis on site.
Written analysis report.
Recommendation for vibration, noise or shock control solution.

On-site vibration, strain and gauge measurements

Vibration and noise source identification
ISO 10816
Modal analysis (ODS, EMA)
Torque, power and torsional vibration on rotating shafts
Fatigue analysis .

Cloud service measurement and monitoring

Condition based maintenance can be conducted using continuous measurement analysis
Affordable solution using automated analysis
Long term measurements (from months to years)
NTISOL provides complete solution.

Finite Element Analysis

Structural durability
Vibration and shock phenomenon analysis
Non-linear analysis
Fast response to customer needs.

Condition Monitoring Services

Our Condition Monitoring solutions are designed to detect early signs of machine degradation before they lead to failure. We provide end-to-end diagnostics using modern, non-invasive techniques to ensure your machinery operates efficiently and safely

Acoustic Emission Testing

Detect microscopic cracks, leaks, or bearing defects by capturing high-frequency stress waves emitted from active faults.

Infrared Thermography

Identify hot spots and thermal anomalies in motors, bearings, electrical systems, and pipelines using high-resolution IR cameras.

Vibration Analysis

Diagnose unbalance, misalignment, looseness, resonance, bearing wear, and other mechanical faults with industry-grade analyzers.

Oil Analysis

Evaluate lubricant condition and detect wear particles to understand internal machine wear and contamination levels.

Field Balancing

Perform on-site dynamic balancing of rotating machinery to reduce vibration, improve efficiency, and prevent long-term damage.

Laser Shaft Alignment

Precise alignment of motor and pump shafts to reduce coupling wear, energy losses, and mechanical strain.

We cover.

Our broad range of services cover all kind of rotary and static installations including but not limited to

Motors
Pumps
Gearboxes
Compressors
Steam Turbines
Gas Turbines
Hydro Turbines

Pipework
Storage Tanks
Pressure Vessels
Bridges and Buildings
Power transmission Towers
Wind Turbine Towers
Critical Components of aircrafts

NTISOL

EI AVIFF Pipeline Inspection

Objective: Assess pipeline vibration using AVIFF methodology as per Energy Institute (EI) Guidelines.
Scope: Covers high-pressure, high-flow pipelines with ICP accelerometer and strain gauge analysis techniques.
Key Elements:
Sensor Placement: Strain gauge and ICP accelerometers positioned at critical locations.
Data Acquisition: Continuous monitoring of vibration amplitude and frequency.
Threshold Analysis: Compare measured vibration levels against EI guideline thresholds.
Risk Assessment: Identify potential fatigue and failure risks.

Studies we offer

We offer specialized Solutions and Services to effectively identify and rectify maintenance challenges.
Reliability Centered Maintenance (RCM)
Consultation / Solution Planning
Supplies & Services (as per the need identified under consultation)
Condition Based Monitoring (CBM) of Rotary Equipment
Vibration Induced Fatigue Failure ((VIFF) Studies and Integrity Assessment as per Energy Institute UK guidelines
Remaining effective life for Rotary Equipment (RELA)
Root cause failure and criticality analysis (RCFA, FMEA, FMECA)
Pump performance evaluation as per API610

Our resources

Asset Reliability Practitioner-Leader (ARP-L) 01
Category III Certified Vibration Analysts by Mobius Australia 01
Category II Certified Vibration Analysts by Mobius Australia 02
Data Collection Staff (BOSIET Certified)

Condition Based Monitoring (CBM)

CBM is a maintenance strategy that periodically monitors five key machine parameters to access the actual condition of an asset by to plan its maintenance.
Key Technologies
Vibration Analysis
Oil Analysis
Infrared Thermography
Ultrasonic Analysis
Motor Current Analysis
CBM Process Steps:
Data Collection: Gather data from sensors and other monitoring tools.
Data Analysis: Analyze the collected data to identify patterns and trends.
Condition Assessment: Evaluate the asset’s condition based on the analysis.
Maintenance Decision: Decide on maintenance actions based on the condition assessment.

Pump Performance Evaluation (API-610)

It ensures the pump operates safely, efficiently, and reliably, particularly in demanding industries like oil and gas, by setting strict guidelines for design, construction, and performance, ultimately minimizing the risk of failure and optimizing system efficiency throughout the pump's lifespan
Safety and Reliability
Performance Optimization
Reduced Maintenance Costs
Cost-Effectiveness
Performance Curves
Vibration and Noise Levels

Vibration Induced Fatigue Failure Studies

Continuous vibrations from fluid flow or machinery can cause cyclic stresses on the pipe material, leading to cracks and potential failures over time, posing a significant safety risk and impacting the reliability of the system, especially in high-pressure or hazardous environments
Methodology, Vibration Screening, Identification of Hotspots, Dynamic Strain measurements (if Required)
Target Action

Major Projects

A few of the recent project to mention here are as follows:

Online Condition Monitoring System to Gazprom Refinery, Iraq
Solution Designing
Supply & Commissioning
Consultation to KAR group of Companies, Iraq for:
Pump performance evaluation as per API-610
Remaining effective life for Rotary Equipment
Consultation to Qatar Petroleum for:
Remaining Effective life for Rotary Equipment
Root cause failure and criticality analysis of rotary equipment
Risk based analysis for Rotary equipment
Service to Wood plc and British Petroleum (off-Shore)
Piping Vibrations and AVIFF Studies as per EI Guidelines (Dynamic Strain measurement)
FLIP Monitoring
HFT(High Flow Trial For Gas Export)

Research & Development

At Novatech, our dedicated team of expert researchers is committed to developing innovative, customized solutions tailored to meet the unique needs of the local industry. Our state-of-the-art R&D facility is equipped with cutting-edge infrastructure, enabling the design and development of highly sensitive micro- and mesoscale sensors, including
accelerometers, gyroscopes, gravity sensors, and switches

The right measurement tools
Data collectors can be

Portable and battery operated (Route Based Measurements), Can capture Dynamic signal, Multichannel with simultaneous data acquisition, Having capabilities of incorporating multiple types of sensors as per scope of the work, Upgradable in terms of I/O for larger scope, Powerful software platform:
Severity evaluation on the basis of desired criteria, Storage of collected measurement data, Analysis and diagnosis of problems, Reporting capabilities, Interface to e.g., CMMS (SAP) etc…

NTI SOLUTIONS

Telephone: +92 333 5193862
E-mail: info@ntisol.com
NTI Solutions
03, Street 07, Sector G-13/3, Islamabad, Pakistan