For engineers and facilities managers—our system maintenance resource center provides assistance in start-up, operation and safety training, analysis of fluids, assistance on discharge and recharge of fluids, and much more.
Chemical Engineering Article—Heat-transfer-system maintenance during slow periods
Periods of reduced heat transfer fluid (HTF) system operation offer opportunities for mechanical integrity engineers to perform necessary maintenance. Safety, preventive maintenance, fluid servicing, and general maintenance are some suggestions to perform during these downtimes.
Chemical Engineering article—ASTM standards for heat transfer fluids
With unique chemistries, each type of heat transfer fluid has different properties—and ASTM standards provide a considerable amount of technical information about a fluid. Eastman’s Gerald Guffey gives an overview of relevant ASTM standards, offering you a practical road map for peace of mind when selecting and evaluating your heat transfer fluids.
Chemical Engineering article—Selecting a heat transfer fluid supplier
Lean workforces are the norm in current plant environments. In the context of heat exchange systems, the current situation amplifies the need to select a heat-transfer fluid supplier with the expertise and technical resources to handle non-routine circumstances. This one-page reference outlines questions that operating companies should consider when selecting a supplier.
A practical guide to sustained heat transfer fluid performance
Did you miss our recent webinar in partnership with Chemical Engineering? Watch it now, and learn more about how to sustain the performance of your heat transfer fluid.
Hydrocarbon engineering article—Monitor to maintain
Matthias Schopf, Eastman, Germany, shares the importance of including a fluid monitoring system when designing and operating heat transfer fluid systems.
Therminol technical information bulletin—Cleaning organic heat transfer systems
Heat transfer fluids will provide long and trouble-free service in properly designed and operated systems. However, less-than-ideal operating conditions can result in degradation of the heat transfer fluid, formation of solids, and even deposits on heat transfer surfaces.
Therminol technical information bulletin—In-use testing of heat transfer fluid
When Eastman Therminol® heat transfer fluids are used within suggested temperature limits, they should provide years of service. To help keep that long-lasting performance optimal, Eastman provides a heat transfer system fluid testing service. This service helps detect system malfunction, fluid contamination, and moisture and thermal degradation as well as other areas that impact system performance.
Therminol technical information bulletin—Fluid filtration: how and why
Indirect heating of processes by organic thermal liquid fluids, such as Eastman Therminol® heat transfer fluids, generally offers highly reliable, low-maintenance operation. Occasionally, the Therminol heat transfer fluid can become contaminated by dirt infiltrating the system, resulting in the formation of sludge particles. This contamination can cause operational problems.
Therminol technical information bulletin—Heat transfer system expansion tank design
The design of the expansion tank in a liquid-phase heat transfer system using Eastman Therminol® heat transfer fluid or other organic fluids is an important parameter in the total system’s successful operation. A correctly installed and maintained expansion tank can contribute to increased fluid life along with lower maintenance associated with the various mechanical components of the system, such as pumps, gaskets, seals, and heaters.
Therminol technical information bulletin—Moisture removal from heat transfer fluid cooling systems
For single organic heat transfer media used in cooling systems, it is important to prevent the chiller’s heat exchange surfaces from being coated with ice. This icing will reduce the efficiency of the chiller and can occasionally cause blockage in the system piping.
Therminol technical information bulletin—Heat transfer fluid maximum temperature ratings
Every heat transfer fluid manufacturer assigns a maximum use temperature or maximum temperature rating to each of its fluids. How is this maximum temperature rating determined, and how does this rating relate to the safe and efficient operation of the fluid in a heat transfer system?
In-service heat transfer fluid sample analysis
Eastman offers testing of in-service heat transfer fluids to detect contamination, moisture, thermal degradation, and other conditions that may impact system performance. This comprehensive analysis includes acid number, kinematic viscosity, insoluble solids, low boilers, high boilers, and moisture content. Additional special analyses are available on request. Sample analysis includes sample collection kits that are easy to use. Most systems should be sampled annually. Users should also sample anytime a fluid related problem is suspected.
Safely sampling fluid from heat transfer systems
Don’t skip important safety precautions while sampling fluids from heat transfer systems. Not all heat transfer systems are the same, and you should consult your health and safety and technical experts to determine the right safety precautions for your system.
Therminol white paper—Optimizing heat transfer fluid performance
Even a perfectly designed and installed heat transfer fluid system is vulnerable to operational stress factors which can deteriorate its performance and can reduce fluid and system component lifetimes. Heat transfer fluids are an essential component of the operation of many high-temperature processes.
Therminol flushing fluid
Deposits from oxidized, thermally degraded, or contaminated fluid can foul interior surfaces, making it necessary to clean the system prior to charging with new fluid. Eastman Therminol® FF flushing fluid is a key component of a low-cost alternative to chemically cleaning a heat transfer system containing severely degraded or contaminated organic heat transfer fluid.
Chemical engineering article—Maintaining Heat Transfer Fluid Quality
Organic heat transfer fluids (HTFs) are robust workhorses that are quite stable both thermally and chemically. However, they can yield to attacks from powerful or sometimes even subtle forces, falling short of the hopes and expectations of system owners. The best defense against these attacks is to know the strengths of a fluid and how to strategically intervene.
Process heating article—Organic Heat Transfer Fluid Oxidation and Its Prevention
Heat transfer fluid systems used in the process industry can be considered the heart of the plant. However, the heat transfer fluids are frequently taken for granted. Commonly, incomplete knowledge about operation and maintenance of heat transfer fluid, or thermic fluid, may result in premature oxidation or thermal degradation.
Chemical engineering article—Five Steps to Replacing Aged Heat Transfer Fluid
Changing out used heat transfer fluid is critical to the efficiency of a heat transfer fluid system. A well-operated heat transfer fluid system can enable efficient production, fewer shutdowns, less maintenance time, and lower costs. In order to maintain a sound heat transfer system, it is critical that the fluid is well cared for and, when the fluid reaches the end of its life, is efficiently changed out for new fluid.
Chemical engineering article—Cost Management in Heat Transfer Fluid Systems
By taking ownership of fluid-related decisions for the entire life of the project, from design through dismantling, users can secure the best and lowest-cost approach in process heating and cooling.
Chemical engineering article—Heat Transfer Fluid Leaks: Break the Fire Triangle
Extreme processing temperatures present the greatest risk. Know where leaks are most likely to occur and how to prevent them.