Temperature Control Units
Single fluid heating cooling system
An ideal solution to overcome most limitations of traditional multi-utility based heat transfer and control systems is delivered by leading Heating Cooling Skids Manufacturers in India. Our systems bring precision and efficiency in a compact skid design.
Features offered by top Heating Cooling Skids Manufacturers in India
- Temperature ranges from –25 °C to +150 °C for API / general applications, and up to +350 °C for high temperature reactions, with precise temperature control
- Rapid heating or cooling to reduce batch times
- No switching between jacket service fluids, thus preventing cross contamination
- Fully automatic operation — PLC / DCS based — suitable for gas groups IIA, IIB and IIC
- Lower maintenance demands and easier servicing
Applications
API & Formulation
Integrated heat management and control systems to reduce energy consumption and operational cost
Chemical Reactions
Ideal for grignard, hydrogenation, polymerization, alkylation, esterification, and other exothermic/endothermic processes
Solvent Recovery
Optimized heating and cooling stages for evaporation, condensation, and solvent separation
Low-Temperature Applications
Precise thermal control for reactions requiring subzero conditions
Fermentation & Biotech Processes
Thermal regulation for microbial or enzymatic reactions
Nutraceutical & Food Processing
Heating and cooling solutions for temperature-sensitive ingredients
Synthetic Heat Transfer Fluids
As Heating Cooling Skids Manufacturers in India, we design skids compatible with advanced synthetic heat transfer fluids, including
Therminol Series
Therminol D12, Therminol 55, Therminol 66, Therminol VP1
Dowtherm Series
Dowtherm A, Dowtherm J, Dowtherm G
Marlotherm Series
Marlotherm SH, Marlotherm LH, Marlotherm XC
Other High-Performance Fluids
Sigmatherm P, Sigmatherm W, Sigmatherm Pi, Mobiltherm 605, Syltherm 800
Glycol & Water-Based Fluids
We also design heating-cooling skid systems compatible with glycol & water-based fluids, such as Monoethylene Glycol (MEG) – water mixtures, for processes requiring lower cost and simpler fluid media.
