| Product | Description | Temperature Range | Applications |
|---|---|---|---|
Heat Transfer Fluid |
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| ADDOTHERN K600 | Addotherm™ K-600 is a high performance synthetic heat transfer fluid specifically designed for use in non-pressurized, indirect, liquid heat transfer systems. |  |
• Oil and Gas Processing • Natural Gas Purification • Asphalt Processing & Storage • Gas to Liquid • Plastic Moulding • Organic Rankine Cycle • Bio fuel Manufacturing • Desalination • Food & Beverage Processing |
| ADDOTHERN K660 | ADDOTHERM K-600 LT is a high performance synthetic heat transfer fluid specifically designed for use in non pressurized liquid heat transfer systems up to 351°F (177°C). It can also be used in a pressurized liquid or vapor phase system up to 600°F (316°C). |  |
• Synthetic Fiber Manufacturing • Environmental Test Chambers • Pharmaceutical Manufacturing • Specialty Chemical Manufacturing |
| ADDOTHERN K680 | It’s a synthetic base heat Transfer Fluid, especially designed for use up to 360 °C (680 °F) in liquid phase systems with static pressure of about 2 bar at high operating tempterature. |  |
• Refining • Chemical Manufacturing |
| ADDOTHERN K-A | ADDOTHERM™K- A is synthetic base Heat Transfer Fluid and its the preferred product for a wide range of heat transfer operations. It may be used in the vapor phase or as a pressurized liquid between 15º to 400ºC (60º to 750ºF). |  |
• Gas to Liquid • Synthetic Fiber Manufacturing • Chemical Manufacturing • Concentrated Solar Power • Biofuel Manufacturing |
| ADDOTHERN K600LT | ADDOTHERM K-600 LT is a high performance synthetic heat transfer fluid specifically designed for use in non pressurized liquid heat transfer systems up to 351°F (177°C). It can also be used in a pressurized liquid or vapor phase system up to 600°F (316°C). | |
• Oil and Gas Processing • Refining • Gas to Liquid • Plastics and Polymer Manufacturing • Synthetic Fiber Manufacturing • Plastic Molding • Specialty Chemical Manufacturing • Chemical Manufacturing • Concentrated Solar Power • Organic Rankine Cycle • Biofuel Manufacturing • Desalination • Food & Beverage Processing |
| ADDOTHERN K-FQ | It’s a synthetic base heat Transfer Fluid, especially designed for the use up to 330 ° heat transfer fluid contains a mixture of diphenylethane and alkylated aromatics. Compared to hot oils, it exhibits better thermal stability, particularly at the upper end of hot oil’s use range, and significantly better low-temperature pumpability. |  |
• Oil & Gas • Chemical Processing • Heat Recovery |
| ADDOTHERN K-SAT | ADDOTHERM K-SAT is a synthetic base, High performance, very high thermal stable Heat Transfer Fluid, designed for the use in non-pressurized systems up to 350 °C (662°F) with maximum film Temperature of 375°C (710°F). |  |
• Oil & Gas • Heat Recovery • Plastics & Chemical Processing |
| ADDOTHERN Flushing Fluid | It is a mixture of synthetic hydrocarbon, very stable compounds, with a high flash point and high initial boiling point. It is a “super solvent” we recommend be used prior to fluid replacement. The Flushing Fluid will dissolve tars and residues within the system and improve the use-life of subsequently charged heat transfer fluids and heat transfer efficiency when the system is brought back on-line. | • Oil and Gas Processing • Refining • Gas to Liquid • Plastics and Polymer Manufacturing • Synthetic Fiber Manufacturing • Plastic Molding • Specialty Chemical Manufacturing • Chemical Manufacturing • Concentrated Solar Power • Organic Rankine Cycle • Biofuel Manufacturing • Desalination • Food & Beverage Processing | |
| ADDOTHERN K-FG | It is synthetic base, a food grade Heat Transfer Fluid recommended for use in non-pressurized, liquid phase, closed heat transfer systems operating at bulk temperature up to 326˚C (617°F). | • Oil and Gas Processing • Refining • Gas to Liquid • Plastics and Polymer Manufacturing • Synthetic Fiber Manufacturing • Plastic Molding • Specialty Chemical Manufacturing • Chemical Manufacturing • Concentrated Solar Power • Organic Rankine Cycle • Biofuel Manufacturing • Desalination • Food & Beverage Processing | |
Sulfolane |
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| Sulfolane | Sulfolane was first developed commercially by Shell Oil Company in 1960s in UK. Ever since it was first developed, the product has become one of the most essential and Key Ingredient as raw material in production processes of more than 12 applications. The reason for the success and worldwide demand of Sulfolane is the fact that it has exceptional thermal and chemical stability. The technical name for Sulfolane (one of the few) is tetramethylene sulfone. It is a colourless liquid which is commonly used in the chemical industry as a solvent for extractive distillation and chemical reactions. | Aqueous: Water content less than 3.0% Anhydrous Sulfolne: Water content less than 0.25% Electronics Grade : Same as Aqueous but metal contents in ppm & ppb level | |
Sufinol |
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| Sufinol | Sulfinol is a composite solvent which has better properties than purely chemical properties. The main properties that ake Sulfinol the better choice of a solvent are: • Higher acid Gas Loading • The required energy for regeneration if relatively lower. The other main advantage of using Sulfinol over other solvent chemicals is the ability of meeting with severs product specifications. Is also has the ability for selective abortion and co absorption. The example of such a process would be the selective absorption of the Hydrogen Sulphide H2S, Carbonyl Sulphide COS and mercaptans while co-absorption of Carbon Dioxide CO2. | Sulfinol X : This product has a mixture of Water, Sulfolane, Methyl diethanol amine (MEDA) and Piperazine Sulfinol M : This Product is a combination of water, Sulfolane, and Methyl diethanol amine (MEDA) Sulfinol D :This product has a mixture of Water, Sulfolane, di isopropanol amine. | |
