Eastman Therminol® heat transfer fluid case studies shine a spotlight on instances when a Therminol product notably impacts a customer and its business. Case studies demonstrate the benefits, outcomes, and advantages of using Therminol products. To learn more about how Therminol heat transfer fluid products bring our customers to new heights in various applications, explore our case studies.
New Russian fiberboard plant sees surprising benefits of Eastman Therminol® synthetic heat transfer fluid.
Russia has vast forest reserves yet, until recently, has been an importer of wood-based panels. That’s all changing due to the construction of a massive high-strength laminated veneer lumber plant in the Russian river city of Torzhok. Therminol 66 was selected for this project because it offers high-temperature thermal stability. It’s ideal for organic Rankine cycle (ORC) systems and is generally specified by Turboden, a world leader in manufacturing ORC equipment. The energy produced by the ORC installation provides the plant with its own energy source, which allows the plant to produce wood products far more cost-effectively.
From forest to beautiful wood floors
Bozovich is one of the world's leading forestry companies, and as such, slow production time is unacceptable. When Bozovich's kiln drying plants were experiencing bottlenecks and added maintenance, Eastman Therminol's heat transfer fluid proved to be the needed solution.
Sun, salt, and the Colorado highway.
In the winter months, Colorado requires salt to keep its roads clear. Unfortunately, saltwater runoff can be harmful to the surrounding environment. To safely recycle this salt water, the Colorado Department of Transportation utilizes newly developed solar-powered units that incorporate Eastman Therminol’s proven heat transfer fluid technology.
Eastman Therminol gets green “thumbs up” from oil recyclers.
Because oil recycling requires an extremely high-temperature heat transfer fluid, Eastman Therminol® heat transfer fluids are the right fit. Therminol’s products bring with them decades of experience in system design and fluid monitoring. As a result, two North American oil recyclers are able to provide recycled oil to the marketplace while reducing pollution and conserving energy.
From garbage to green at Canada’s Enerkem
When an energy start-up needs reliable plant operations and processing support, the Eastman Therminol engineering team brings clarity, simplicity, and a proven track record to heat transfer fluid selection. Because of Therminol’s influence, the company’s plant is now fully operational.
From wood to wattage: Canadian forestry companies turn trees into eco-treasure.
Canadian environmental legislation requires sawmills to end traditional burn-off practices commonly used to dispose of waste wood. This legislation led the Canadian forestry industry on a hunt for energy-smart solutions to manage wood waste. Many of these companies invested in organic Rankine cycle (ORC) technology. Because of the hand Eastman Therminol® heat transfer fluids play in these ORC systems, these Canadian forestry companies are powering their plants with their own waste wood while providing excess energy for their local grids.
Linea Energia brings biomass energy to two Italian communities.
When an Italian energy company searched for new ways to decentralize green energy production with small, green technology plants, organic Rankine cycle (ORC) technology offered a solution to convert biomass into fuel on a local level. When Linea Energia chooses Eastman Therminol 66® heat transfer fluid for its new plants, the company successfully produces green energy for Italian towns.
Little country, big accomplishments: Therminol experts help launch a dual fuel project in Denmark.
Denmark sought to make progress in solar-powered energy despite the country’s northern geography. A biomass-fueled organic Rankine cycle (ORC) makes energy independence possible, even on days that lack sunshine. Therminol 66 provides the high thermal stability and low vapor pressure necessary to control both the CSP and biomass heat. Because of Therminol 66, Aalborg CSP’s hybrid plant becomes operational, heating and powering Brønderslev, Denmark.
MyTherminol and TLC Total Lifecycle Care®: A winning combination
When a customer’s heat transfer system began to experience increased fluid makeup rates in 2004, the Therminol heat transfer fluid specialists immediately entered the picture. Using MyTherminol, the team identified the cause of the problem and saved the customer lost production time and $250,000/year in fluid makeup.
Parallel systems, contrasting results: Therminol® 66 heat transfer fluid delivers superior performance for Grupo Primex.
Grupo Primex (now Mexichem) had been using Therminol 66 in one of its two heat transfer systems and a non-Eastman product in the second. When the customer’s production manager noticed losses in distillation efficiency, increases in system vapor pressures, increased unplanned downtime, and impacts to the finished product quality, he turned to the Therminol technical support team. A fluid analysis revealed the Therminol fluid composition demonstrated a resilience to chemical changes and excellent performance over extended time frames. The decision to transition the second system to Therminol 66 was clear. Since the fluid switch, the customer has not experienced downtime or other problems.
Reaching new lows with Therminol® VLT heat transfer fluids
Pharmaceutical industry trends demand systems that operate at extremely low temperatures. Because of this, Cambridge Major Laboratories was on the search for a low-temperature solution. After gauging and understanding pharmaceutical heat transfer fluid needs, the Therminol team developed the ideally suited Therminol VLT.
Resitol Industria Química, TLC Total Lifecycle Care®, and Therminol® LT heat transfer fluid: A “cool” combination
In 2008, Resitol Industria Química experienced two major leaks from their heat transfer system. After the first leak, the company’s previous fluid supplier was unable to deliver enough fluid to replenish the system. When the second incident occurred, Resitol reached out to its local Therminol team. Therminol heat transfer fluid experts conducted a system design review. After consultation, Resitol switched it silicone-based fluid to Therminol LT synthetic heat transfer.
Alternative energy projects and Therminol technical services: A powerful combination
For decades, Therminol heat transfer fluids were used in natural gas processing applications. With the world making major steps toward alternative energy, Therminol fluid expanded to projects involving biofuels, cogeneration, nanotechnology, oil sands, and solar energy. Pristine Power Inc., EnPower Green Energy Generation Limited Partnership, and Chinook Engineering are companies that utilized Eastman Therminol products in various phases of this transition.
TLC Total Lifecycle Care® and Therminol fluids support ORC clean energy projects.
In alternative energy projects, the success of the organic Rankine cycle (ORC) process is the creation of clean energy that reduces greenhouse gas (GHG) emissions. Many elements of the various heat transfer systems differ from project to project—except for Eastman Therminol® heat transfer fluids.