SERVICES

To partner our customers to achieve optimum plant reliability through the application of knowledge and technologies which deliver the highest level of service and results.

This is the predominant technology employed in condition monitoring to determine the condition of various mechanical components and hence be able to make a prediction on service life expectancy and urgency of repairs.

Through a continuous commitment to quality BSC strives to provide solutions for industry.

Air leaks are one of the biggest contributors to needless costs in any industrial plant/facility.

Did you know that only 10% of bearings reach their design service life in the real world!

For Asset Optimization. Predictive maintenance PdM aims to find measures of machinery condition and use them to prevent breakdowns. Establishing trends allow accurate pinpointing of machinery problems and their severity. Increasing up time on machines is the primary aim, while reduced likelihood of secondary failures and less unnecessary maintenance are additional benefits.

Using a camera designed to capture heat energy in the infra-red (IR) spectrum, abnormal temperature conditions in machines and electrical devices can be identified.

BSC Engineering Services can provide bearing refurbishment services which could save you thousands compared to a new bearing, particularly if lead times are longer than required for large or specialized bearings.

Oil analysis is a cost effective method for determining the condition of existing lubricants and hence, predicting remaining service life.

Mis-alignment in mechanical systems such as motor/pump assemblies is a major factor in increased wear and premature failures.

Unbalanced fans, pumps and rotors place undue stresses and additional loads on bearings, motors and couplings substantially reducing component service life, and potentially causing a catastrophic failure which can damage surrounding equipment and harm employees.

BSC can provide engineering consulting services for upgrades and new equipment designs.

Energy consumption can be reduced up to 40% by analysing inefficient and poorly designed drives and adopting good drive design practices.