Stationary gas engines, drilling equipment, compressors, field generators, and heavy equipment are commonly exposed to continuous operation, high temperatures, and demanding load conditions. In such context, proper cooling-system performance is essential to protect equipment and maintain operational reliability.
Monitoring fluids, coolants, and lubricants is part of a preventive maintenance strategy. In operations where equipment availability is critical, understanding their condition makes it possible to anticipate potential issues and make decisions before a deviation develops into a failure.
In this regard, coolant analysis provides relevant information on the condition of the fluid and the system in which it operates.
Coolant analysis also provides system information
Not only can the coolant control temperature and protect the system but also it provides condition indications while it is being used.
Through sample analysis, different types of changes can be identified, including:
- Coolant degradation.
- Contamination or the presence of unwanted elements.
- Loss of protective properties.
- Conditions that could result in corrosion, cavitation, or deposit formation.
Such data is not always visible to the naked eye or is associated with an immediate failure. However, detecting said information makes it possible to incorporate it into the maintenance program and assess system condition before deterioration has a greater impact on the equipment.
Analyze the coolant to take action earlier
The value of the analysis does not lie solely in obtaining a laboratory result. The information must be interpreted according to the equipment, its operating conditions, and the type of coolant used, whether inorganic or organic, depending on the need.
The objective is to act before any failure occurs to reveal the problem as well as to identify changes in fluid condition while there is still enough good margin to assess the situation and take action.
A change detected in time may make it possible to assess the need for an intervention, correct an operating condition, replenish or replace the fluid, and, if necessary, review the solution being used.
As detailed above, coolant analysis becomes a tool that complements maintenance strategies and helps to reduce the risk of major interventions and unplanned shutdowns.
ISI: A Chemical Solution tailored to each operation
As not all equipment or operating conditions require the same solution, the characteristics of each application and the demands to which the system will be exposed should be taken into account before choosing the pertinent coolant.
At ISI Oilfield Chemicals, we combine experience in the formulation and supply of inorganic and organic coolants and antifreezes for Light and Heavy Duty applications, together with laboratory analysis and developments tailored to specific requirements.
Our approach supports each operation from fluid selection through in-service condition monitoring. Besides, we offer responsiveness and last-mile delivery capabilities to meet our customers’ needs.
In operations where reliability is critical, having information on fluid condition is what makes it possible to act in time, before a major action becomes the only option.